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Find the triple-bonded molecules which are carcinogenic.
|
SELECT DISTINCT T2.molecule_id FROM bond AS T1 INNER JOIN molecule AS T2 ON T1.molecule_id = T2.molecule_id WHERE T1.bond_type = '#' AND T2.label = '+'
|
toxicology
|
You are a proficient SQLite database engineer. You think step by step and give clear and concise answer.
### Here are all the tables with their properties in a SQLite Database.
#
#atom (atom_id text, molecule_id text, element text, , PRIMARY KEY(atom_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#bond (bond_id text, molecule_id text, bond_type text, , PRIMARY KEY(bond_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#connected (atom_id text, atom_id2 text, bond_id text, , PRIMARY KEY(atom_id), PRIMARY KEY(atom_id2), FOREIGN KEY(atom_id2) REFERENCES atom(atom_id), FOREIGN KEY(bond_id) REFERENCES bond(bond_id), FOREIGN KEY(atom_id) REFERENCES atom(atom_id))
#molecule (molecule_id text, label text, , PRIMARY KEY(molecule_id), )
#
Find the triple-bonded molecules which are carcinogenic. None
# Always use aliases for all aggregate functions.
# Use SQL set operations(Union, Union All, Intersect and Minus) if needed.
# Use the actual table names in SQL.
# replace alias with actual table name or column name if equivalent alias present in natural query
SELECT
| 200
|
simple
|
What is the percentage of carbon in double-bond molecules?
|
SELECT CAST(COUNT(DISTINCT CASE WHEN T1.element = 'c' THEN T1.atom_id ELSE NULL END) AS REAL) * 100 / COUNT(DISTINCT T1.atom_id) FROM atom AS T1 INNER JOIN bond AS T2 ON T1.molecule_id = T2.molecule_id WHERE T2.bond_type = '='
|
toxicology
|
You are a proficient SQLite database engineer. You think step by step and give clear and concise answer.
### Here are all the tables with their properties in a SQLite Database.
#
#atom (atom_id text, molecule_id text, element text, , PRIMARY KEY(atom_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#bond (bond_id text, molecule_id text, bond_type text, , PRIMARY KEY(bond_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#connected (atom_id text, atom_id2 text, bond_id text, , PRIMARY KEY(atom_id), PRIMARY KEY(atom_id2), FOREIGN KEY(atom_id2) REFERENCES atom(atom_id), FOREIGN KEY(bond_id) REFERENCES bond(bond_id), FOREIGN KEY(atom_id) REFERENCES atom(atom_id))
#molecule (molecule_id text, label text, , PRIMARY KEY(molecule_id), )
#
What is the percentage of carbon in double-bond molecules? None
# Always use aliases for all aggregate functions.
# Use SQL set operations(Union, Union All, Intersect and Minus) if needed.
# Use the actual table names in SQL.
# replace alias with actual table name or column name if equivalent alias present in natural query
SELECT
| 201
|
moderate
|
How many triple type bonds are there?
|
SELECT COUNT(T.bond_id) FROM bond AS T WHERE T.bond_type = '#'
|
toxicology
|
You are a proficient SQLite database engineer. You think step by step and give clear and concise answer.
### Here are all the tables with their properties in a SQLite Database.
#
#atom (atom_id text, molecule_id text, element text, , PRIMARY KEY(atom_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#bond (bond_id text, molecule_id text, bond_type text, , PRIMARY KEY(bond_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#connected (atom_id text, atom_id2 text, bond_id text, , PRIMARY KEY(atom_id), PRIMARY KEY(atom_id2), FOREIGN KEY(atom_id2) REFERENCES atom(atom_id), FOREIGN KEY(bond_id) REFERENCES bond(bond_id), FOREIGN KEY(atom_id) REFERENCES atom(atom_id))
#molecule (molecule_id text, label text, , PRIMARY KEY(molecule_id), )
#
How many triple type bonds are there? None
# Always use aliases for all aggregate functions.
# Use SQL set operations(Union, Union All, Intersect and Minus) if needed.
# Use the actual table names in SQL.
# replace alias with actual table name or column name if equivalent alias present in natural query
SELECT
| 202
|
simple
|
In how many atoms is there no bromine?
|
SELECT COUNT(DISTINCT T.atom_id) FROM atom AS T WHERE T.element <> 'br'
|
toxicology
|
You are a proficient SQLite database engineer. You think step by step and give clear and concise answer.
### Here are all the tables with their properties in a SQLite Database.
#
#atom (atom_id text, molecule_id text, element text, , PRIMARY KEY(atom_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#bond (bond_id text, molecule_id text, bond_type text, , PRIMARY KEY(bond_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#connected (atom_id text, atom_id2 text, bond_id text, , PRIMARY KEY(atom_id), PRIMARY KEY(atom_id2), FOREIGN KEY(atom_id2) REFERENCES atom(atom_id), FOREIGN KEY(bond_id) REFERENCES bond(bond_id), FOREIGN KEY(atom_id) REFERENCES atom(atom_id))
#molecule (molecule_id text, label text, , PRIMARY KEY(molecule_id), )
#
In how many atoms is there no bromine? None
# Always use aliases for all aggregate functions.
# Use SQL set operations(Union, Union All, Intersect and Minus) if needed.
# Use the actual table names in SQL.
# replace alias with actual table name or column name if equivalent alias present in natural query
SELECT
| 203
|
simple
|
Of the first 100 molecules in number order, how many are carcinogenic?
|
SELECT COUNT(T.molecule_id) FROM molecule AS T WHERE molecule_id BETWEEN 'TR000' AND 'TR099' AND T.label = '+'
|
toxicology
|
You are a proficient SQLite database engineer. You think step by step and give clear and concise answer.
### Here are all the tables with their properties in a SQLite Database.
#
#atom (atom_id text, molecule_id text, element text, , PRIMARY KEY(atom_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#bond (bond_id text, molecule_id text, bond_type text, , PRIMARY KEY(bond_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#connected (atom_id text, atom_id2 text, bond_id text, , PRIMARY KEY(atom_id), PRIMARY KEY(atom_id2), FOREIGN KEY(atom_id2) REFERENCES atom(atom_id), FOREIGN KEY(bond_id) REFERENCES bond(bond_id), FOREIGN KEY(atom_id) REFERENCES atom(atom_id))
#molecule (molecule_id text, label text, , PRIMARY KEY(molecule_id), )
#
Of the first 100 molecules in number order, how many are carcinogenic? None
# Always use aliases for all aggregate functions.
# Use SQL set operations(Union, Union All, Intersect and Minus) if needed.
# Use the actual table names in SQL.
# replace alias with actual table name or column name if equivalent alias present in natural query
SELECT
| 204
|
simple
|
Identify by their ID the molecules in which there is silicon.
|
SELECT T.atom_id FROM atom AS T WHERE T.element = 'si'
|
toxicology
|
You are a proficient SQLite database engineer. You think step by step and give clear and concise answer.
### Here are all the tables with their properties in a SQLite Database.
#
#atom (atom_id text, molecule_id text, element text, , PRIMARY KEY(atom_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#bond (bond_id text, molecule_id text, bond_type text, , PRIMARY KEY(bond_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#connected (atom_id text, atom_id2 text, bond_id text, , PRIMARY KEY(atom_id), PRIMARY KEY(atom_id2), FOREIGN KEY(atom_id2) REFERENCES atom(atom_id), FOREIGN KEY(bond_id) REFERENCES bond(bond_id), FOREIGN KEY(atom_id) REFERENCES atom(atom_id))
#molecule (molecule_id text, label text, , PRIMARY KEY(molecule_id), )
#
Identify by their ID the molecules in which there is silicon. None
# Always use aliases for all aggregate functions.
# Use SQL set operations(Union, Union All, Intersect and Minus) if needed.
# Use the actual table names in SQL.
# replace alias with actual table name or column name if equivalent alias present in natural query
SELECT
| 205
|
simple
|
What elements are in the TR004_8_9 bond atoms?
|
SELECT DISTINCT T1.element FROM atom AS T1 INNER JOIN connected AS T2 ON T1.atom_id = T2.atom_id WHERE T2.bond_id = 'TR004_8_9'
|
toxicology
|
You are a proficient SQLite database engineer. You think step by step and give clear and concise answer.
### Here are all the tables with their properties in a SQLite Database.
#
#atom (atom_id text, molecule_id text, element text, , PRIMARY KEY(atom_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#bond (bond_id text, molecule_id text, bond_type text, , PRIMARY KEY(bond_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#connected (atom_id text, atom_id2 text, bond_id text, , PRIMARY KEY(atom_id), PRIMARY KEY(atom_id2), FOREIGN KEY(atom_id2) REFERENCES atom(atom_id), FOREIGN KEY(bond_id) REFERENCES bond(bond_id), FOREIGN KEY(atom_id) REFERENCES atom(atom_id))
#molecule (molecule_id text, label text, , PRIMARY KEY(molecule_id), )
#
What elements are in the TR004_8_9 bond atoms? None
# Always use aliases for all aggregate functions.
# Use SQL set operations(Union, Union All, Intersect and Minus) if needed.
# Use the actual table names in SQL.
# replace alias with actual table name or column name if equivalent alias present in natural query
SELECT
| 206
|
challenging
|
What elements are in a double type bond?
|
SELECT DISTINCT T1.element FROM atom AS T1 INNER JOIN bond AS T2 ON T1.molecule_id = T2.molecule_id INNER JOIN connected AS T3 ON T1.atom_id = T3.atom_id WHERE T2.bond_type = '='
|
toxicology
|
You are a proficient SQLite database engineer. You think step by step and give clear and concise answer.
### Here are all the tables with their properties in a SQLite Database.
#
#atom (atom_id text, molecule_id text, element text, , PRIMARY KEY(atom_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#bond (bond_id text, molecule_id text, bond_type text, , PRIMARY KEY(bond_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#connected (atom_id text, atom_id2 text, bond_id text, , PRIMARY KEY(atom_id), PRIMARY KEY(atom_id2), FOREIGN KEY(atom_id2) REFERENCES atom(atom_id), FOREIGN KEY(bond_id) REFERENCES bond(bond_id), FOREIGN KEY(atom_id) REFERENCES atom(atom_id))
#molecule (molecule_id text, label text, , PRIMARY KEY(molecule_id), )
#
What elements are in a double type bond? None
# Always use aliases for all aggregate functions.
# Use SQL set operations(Union, Union All, Intersect and Minus) if needed.
# Use the actual table names in SQL.
# replace alias with actual table name or column name if equivalent alias present in natural query
SELECT
| 207
|
challenging
|
Which type of label is the most numerous in atoms with hydrogen?
|
SELECT T.label FROM ( SELECT T2.label, COUNT(T2.molecule_id) FROM atom AS T1 INNER JOIN molecule AS T2 ON T1.molecule_id = T2.molecule_id WHERE T1.element = 'h' GROUP BY T2.label ORDER BY COUNT(T2.molecule_id) DESC LIMIT 1 ) t
|
toxicology
|
You are a proficient SQLite database engineer. You think step by step and give clear and concise answer.
### Here are all the tables with their properties in a SQLite Database.
#
#atom (atom_id text, molecule_id text, element text, , PRIMARY KEY(atom_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#bond (bond_id text, molecule_id text, bond_type text, , PRIMARY KEY(bond_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#connected (atom_id text, atom_id2 text, bond_id text, , PRIMARY KEY(atom_id), PRIMARY KEY(atom_id2), FOREIGN KEY(atom_id2) REFERENCES atom(atom_id), FOREIGN KEY(bond_id) REFERENCES bond(bond_id), FOREIGN KEY(atom_id) REFERENCES atom(atom_id))
#molecule (molecule_id text, label text, , PRIMARY KEY(molecule_id), )
#
Which type of label is the most numerous in atoms with hydrogen? None
# Always use aliases for all aggregate functions.
# Use SQL set operations(Union, Union All, Intersect and Minus) if needed.
# Use the actual table names in SQL.
# replace alias with actual table name or column name if equivalent alias present in natural query
SELECT
| 208
|
moderate
|
Tellurium is in what type of bond?
|
SELECT DISTINCT T1.bond_type FROM bond AS T1 INNER JOIN connected AS T2 ON T1.bond_id = T2.bond_id INNER JOIN atom AS T3 ON T2.atom_id = T3.atom_id WHERE T3.element = 'te'
|
toxicology
|
You are a proficient SQLite database engineer. You think step by step and give clear and concise answer.
### Here are all the tables with their properties in a SQLite Database.
#
#atom (atom_id text, molecule_id text, element text, , PRIMARY KEY(atom_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#bond (bond_id text, molecule_id text, bond_type text, , PRIMARY KEY(bond_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#connected (atom_id text, atom_id2 text, bond_id text, , PRIMARY KEY(atom_id), PRIMARY KEY(atom_id2), FOREIGN KEY(atom_id2) REFERENCES atom(atom_id), FOREIGN KEY(bond_id) REFERENCES bond(bond_id), FOREIGN KEY(atom_id) REFERENCES atom(atom_id))
#molecule (molecule_id text, label text, , PRIMARY KEY(molecule_id), )
#
Tellurium is in what type of bond? None
# Always use aliases for all aggregate functions.
# Use SQL set operations(Union, Union All, Intersect and Minus) if needed.
# Use the actual table names in SQL.
# replace alias with actual table name or column name if equivalent alias present in natural query
SELECT
| 209
|
simple
|
What atoms are connected in single type bonds?
|
SELECT T2.atom_id, T2.atom_id2 FROM bond AS T1 INNER JOIN connected AS T2 ON T1.bond_id = T2.bond_id WHERE T1.bond_type = '-'
|
toxicology
|
You are a proficient SQLite database engineer. You think step by step and give clear and concise answer.
### Here are all the tables with their properties in a SQLite Database.
#
#atom (atom_id text, molecule_id text, element text, , PRIMARY KEY(atom_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#bond (bond_id text, molecule_id text, bond_type text, , PRIMARY KEY(bond_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#connected (atom_id text, atom_id2 text, bond_id text, , PRIMARY KEY(atom_id), PRIMARY KEY(atom_id2), FOREIGN KEY(atom_id2) REFERENCES atom(atom_id), FOREIGN KEY(bond_id) REFERENCES bond(bond_id), FOREIGN KEY(atom_id) REFERENCES atom(atom_id))
#molecule (molecule_id text, label text, , PRIMARY KEY(molecule_id), )
#
What atoms are connected in single type bonds? None
# Always use aliases for all aggregate functions.
# Use SQL set operations(Union, Union All, Intersect and Minus) if needed.
# Use the actual table names in SQL.
# replace alias with actual table name or column name if equivalent alias present in natural query
SELECT
| 210
|
simple
|
Indicate which atoms are connected in non-carcinogenic type molecules.
|
SELECT DISTINCT T1.atom_id FROM atom AS T1 INNER JOIN molecule AS T2 ON T1.molecule_id = T2.molecule_id INNER JOIN connected AS T3 ON T1.atom_id = T3.atom_id WHERE T2.label = '-'
|
toxicology
|
You are a proficient SQLite database engineer. You think step by step and give clear and concise answer.
### Here are all the tables with their properties in a SQLite Database.
#
#atom (atom_id text, molecule_id text, element text, , PRIMARY KEY(atom_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#bond (bond_id text, molecule_id text, bond_type text, , PRIMARY KEY(bond_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#connected (atom_id text, atom_id2 text, bond_id text, , PRIMARY KEY(atom_id), PRIMARY KEY(atom_id2), FOREIGN KEY(atom_id2) REFERENCES atom(atom_id), FOREIGN KEY(bond_id) REFERENCES bond(bond_id), FOREIGN KEY(atom_id) REFERENCES atom(atom_id))
#molecule (molecule_id text, label text, , PRIMARY KEY(molecule_id), )
#
Indicate which atoms are connected in non-carcinogenic type molecules. None
# Always use aliases for all aggregate functions.
# Use SQL set operations(Union, Union All, Intersect and Minus) if needed.
# Use the actual table names in SQL.
# replace alias with actual table name or column name if equivalent alias present in natural query
SELECT
| 211
|
simple
|
Which element is the least numerous in non-carcinogenic molecules?
|
SELECT T.element FROM ( SELECT T1.element, COUNT(DISTINCT T1.molecule_id) FROM atom AS T1 INNER JOIN molecule AS T2 ON T1.molecule_id = T2.molecule_id WHERE T2.label = '-' GROUP BY T1.element ORDER BY COUNT(DISTINCT T1.molecule_id) ASC LIMIT 4 ) t
|
toxicology
|
You are a proficient SQLite database engineer. You think step by step and give clear and concise answer.
### Here are all the tables with their properties in a SQLite Database.
#
#atom (atom_id text, molecule_id text, element text, , PRIMARY KEY(atom_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#bond (bond_id text, molecule_id text, bond_type text, , PRIMARY KEY(bond_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#connected (atom_id text, atom_id2 text, bond_id text, , PRIMARY KEY(atom_id), PRIMARY KEY(atom_id2), FOREIGN KEY(atom_id2) REFERENCES atom(atom_id), FOREIGN KEY(bond_id) REFERENCES bond(bond_id), FOREIGN KEY(atom_id) REFERENCES atom(atom_id))
#molecule (molecule_id text, label text, , PRIMARY KEY(molecule_id), )
#
Which element is the least numerous in non-carcinogenic molecules? None
# Always use aliases for all aggregate functions.
# Use SQL set operations(Union, Union All, Intersect and Minus) if needed.
# Use the actual table names in SQL.
# replace alias with actual table name or column name if equivalent alias present in natural query
SELECT
| 212
|
challenging
|
What type of bond is there between the atoms TR004_8 and TR004_20?
|
SELECT T1.bond_type FROM bond AS T1 INNER JOIN connected AS T2 ON T1.bond_id = T2.bond_id WHERE T2.atom_id = 'TR004_8' AND T2.atom_id2 = 'TR004_20' OR T2.atom_id2 = 'TR004_8' AND T2.atom_id = 'TR004_20'
|
toxicology
|
You are a proficient SQLite database engineer. You think step by step and give clear and concise answer.
### Here are all the tables with their properties in a SQLite Database.
#
#atom (atom_id text, molecule_id text, element text, , PRIMARY KEY(atom_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#bond (bond_id text, molecule_id text, bond_type text, , PRIMARY KEY(bond_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#connected (atom_id text, atom_id2 text, bond_id text, , PRIMARY KEY(atom_id), PRIMARY KEY(atom_id2), FOREIGN KEY(atom_id2) REFERENCES atom(atom_id), FOREIGN KEY(bond_id) REFERENCES bond(bond_id), FOREIGN KEY(atom_id) REFERENCES atom(atom_id))
#molecule (molecule_id text, label text, , PRIMARY KEY(molecule_id), )
#
What type of bond is there between the atoms TR004_8 and TR004_20? None
# Always use aliases for all aggregate functions.
# Use SQL set operations(Union, Union All, Intersect and Minus) if needed.
# Use the actual table names in SQL.
# replace alias with actual table name or column name if equivalent alias present in natural query
SELECT
| 213
|
moderate
|
What type of label is not on molecules with atoms with tin?
|
SELECT DISTINCT T2.label FROM atom AS T1 INNER JOIN molecule AS T2 ON T1.molecule_id = T2.molecule_id WHERE T1.element != 'sn'
|
toxicology
|
You are a proficient SQLite database engineer. You think step by step and give clear and concise answer.
### Here are all the tables with their properties in a SQLite Database.
#
#atom (atom_id text, molecule_id text, element text, , PRIMARY KEY(atom_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#bond (bond_id text, molecule_id text, bond_type text, , PRIMARY KEY(bond_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#connected (atom_id text, atom_id2 text, bond_id text, , PRIMARY KEY(atom_id), PRIMARY KEY(atom_id2), FOREIGN KEY(atom_id2) REFERENCES atom(atom_id), FOREIGN KEY(bond_id) REFERENCES bond(bond_id), FOREIGN KEY(atom_id) REFERENCES atom(atom_id))
#molecule (molecule_id text, label text, , PRIMARY KEY(molecule_id), )
#
What type of label is not on molecules with atoms with tin? None
# Always use aliases for all aggregate functions.
# Use SQL set operations(Union, Union All, Intersect and Minus) if needed.
# Use the actual table names in SQL.
# replace alias with actual table name or column name if equivalent alias present in natural query
SELECT
| 214
|
simple
|
How many atoms with iodine and sulfur type elements are there in single bond molecules?
|
SELECT COUNT(DISTINCT CASE WHEN T1.element = 'i' THEN T1.atom_id ELSE NULL END) AS iodine_nums , COUNT(DISTINCT CASE WHEN T1.element = 's' THEN T1.atom_id ELSE NULL END) AS sulfur_nums FROM atom AS T1 INNER JOIN connected AS T2 ON T1.atom_id = T2.atom_id INNER JOIN bond AS T3 ON T2.bond_id = T3.bond_id WHERE T3.bond_type = '-'
|
toxicology
|
You are a proficient SQLite database engineer. You think step by step and give clear and concise answer.
### Here are all the tables with their properties in a SQLite Database.
#
#atom (atom_id text, molecule_id text, element text, , PRIMARY KEY(atom_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#bond (bond_id text, molecule_id text, bond_type text, , PRIMARY KEY(bond_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#connected (atom_id text, atom_id2 text, bond_id text, , PRIMARY KEY(atom_id), PRIMARY KEY(atom_id2), FOREIGN KEY(atom_id2) REFERENCES atom(atom_id), FOREIGN KEY(bond_id) REFERENCES bond(bond_id), FOREIGN KEY(atom_id) REFERENCES atom(atom_id))
#molecule (molecule_id text, label text, , PRIMARY KEY(molecule_id), )
#
How many atoms with iodine and sulfur type elements are there in single bond molecules? None
# Always use aliases for all aggregate functions.
# Use SQL set operations(Union, Union All, Intersect and Minus) if needed.
# Use the actual table names in SQL.
# replace alias with actual table name or column name if equivalent alias present in natural query
SELECT
| 215
|
challenging
|
Identify all connected atoms with a triple bond.
|
SELECT T2.atom_id, T2.atom_id2 FROM bond AS T1 INNER JOIN connected AS T2 ON T1.bond_id = T2.bond_id WHERE T1.bond_type = '#'
|
toxicology
|
You are a proficient SQLite database engineer. You think step by step and give clear and concise answer.
### Here are all the tables with their properties in a SQLite Database.
#
#atom (atom_id text, molecule_id text, element text, , PRIMARY KEY(atom_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#bond (bond_id text, molecule_id text, bond_type text, , PRIMARY KEY(bond_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#connected (atom_id text, atom_id2 text, bond_id text, , PRIMARY KEY(atom_id), PRIMARY KEY(atom_id2), FOREIGN KEY(atom_id2) REFERENCES atom(atom_id), FOREIGN KEY(bond_id) REFERENCES bond(bond_id), FOREIGN KEY(atom_id) REFERENCES atom(atom_id))
#molecule (molecule_id text, label text, , PRIMARY KEY(molecule_id), )
#
Identify all connected atoms with a triple bond. None
# Always use aliases for all aggregate functions.
# Use SQL set operations(Union, Union All, Intersect and Minus) if needed.
# Use the actual table names in SQL.
# replace alias with actual table name or column name if equivalent alias present in natural query
SELECT
| 216
|
simple
|
Identify all the atoms that are connected to the atoms of the TR181 molecule.
|
SELECT T2.atom_id, T2.atom_id2 FROM atom AS T1 INNER JOIN connected AS T2 ON T2.atom_id = T1.atom_id WHERE T1.molecule_id = 'TR181'
|
toxicology
|
You are a proficient SQLite database engineer. You think step by step and give clear and concise answer.
### Here are all the tables with their properties in a SQLite Database.
#
#atom (atom_id text, molecule_id text, element text, , PRIMARY KEY(atom_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#bond (bond_id text, molecule_id text, bond_type text, , PRIMARY KEY(bond_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#connected (atom_id text, atom_id2 text, bond_id text, , PRIMARY KEY(atom_id), PRIMARY KEY(atom_id2), FOREIGN KEY(atom_id2) REFERENCES atom(atom_id), FOREIGN KEY(bond_id) REFERENCES bond(bond_id), FOREIGN KEY(atom_id) REFERENCES atom(atom_id))
#molecule (molecule_id text, label text, , PRIMARY KEY(molecule_id), )
#
Identify all the atoms that are connected to the atoms of the TR181 molecule. None
# Always use aliases for all aggregate functions.
# Use SQL set operations(Union, Union All, Intersect and Minus) if needed.
# Use the actual table names in SQL.
# replace alias with actual table name or column name if equivalent alias present in natural query
SELECT
| 217
|
simple
|
What percentage of carcinogenic-type molecules does not contain fluorine?
|
SELECT CAST(COUNT(DISTINCT CASE WHEN T1.element <> 'f' THEN T2.molecule_id ELSE NULL END) AS REAL) * 100 / COUNT(DISTINCT T2.molecule_id) FROM atom AS T1 INNER JOIN molecule AS T2 ON T1.molecule_id = T2.molecule_id WHERE T2.label = '+'
|
toxicology
|
You are a proficient SQLite database engineer. You think step by step and give clear and concise answer.
### Here are all the tables with their properties in a SQLite Database.
#
#atom (atom_id text, molecule_id text, element text, , PRIMARY KEY(atom_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#bond (bond_id text, molecule_id text, bond_type text, , PRIMARY KEY(bond_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#connected (atom_id text, atom_id2 text, bond_id text, , PRIMARY KEY(atom_id), PRIMARY KEY(atom_id2), FOREIGN KEY(atom_id2) REFERENCES atom(atom_id), FOREIGN KEY(bond_id) REFERENCES bond(bond_id), FOREIGN KEY(atom_id) REFERENCES atom(atom_id))
#molecule (molecule_id text, label text, , PRIMARY KEY(molecule_id), )
#
What percentage of carcinogenic-type molecules does not contain fluorine? None
# Always use aliases for all aggregate functions.
# Use SQL set operations(Union, Union All, Intersect and Minus) if needed.
# Use the actual table names in SQL.
# replace alias with actual table name or column name if equivalent alias present in natural query
SELECT
| 218
|
challenging
|
What is the percentage of carcinogenic molecules in triple type bonds?
|
SELECT CAST(COUNT(DISTINCT CASE WHEN T2.label = '+' THEN T2.molecule_id ELSE NULL END) AS REAL) * 100 / COUNT(DISTINCT T2.molecule_id) FROM atom AS T1 INNER JOIN molecule AS T2 ON T1.molecule_id = T2.molecule_id INNER JOIN bond AS T3 ON T2.molecule_id = T3.molecule_id WHERE T3.bond_type = '#'
|
toxicology
|
You are a proficient SQLite database engineer. You think step by step and give clear and concise answer.
### Here are all the tables with their properties in a SQLite Database.
#
#atom (atom_id text, molecule_id text, element text, , PRIMARY KEY(atom_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#bond (bond_id text, molecule_id text, bond_type text, , PRIMARY KEY(bond_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#connected (atom_id text, atom_id2 text, bond_id text, , PRIMARY KEY(atom_id), PRIMARY KEY(atom_id2), FOREIGN KEY(atom_id2) REFERENCES atom(atom_id), FOREIGN KEY(bond_id) REFERENCES bond(bond_id), FOREIGN KEY(atom_id) REFERENCES atom(atom_id))
#molecule (molecule_id text, label text, , PRIMARY KEY(molecule_id), )
#
What is the percentage of carcinogenic molecules in triple type bonds? None
# Always use aliases for all aggregate functions.
# Use SQL set operations(Union, Union All, Intersect and Minus) if needed.
# Use the actual table names in SQL.
# replace alias with actual table name or column name if equivalent alias present in natural query
SELECT
| 219
|
challenging
|
Please list top three elements of the toxicology of the molecule TR000 in alphabetical order.
|
SELECT DISTINCT T.element FROM atom AS T WHERE T.molecule_id = 'TR000' ORDER BY T.element LIMIT 3
|
toxicology
|
You are a proficient SQLite database engineer. You think step by step and give clear and concise answer.
### Here are all the tables with their properties in a SQLite Database.
#
#atom (atom_id text, molecule_id text, element text, , PRIMARY KEY(atom_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#bond (bond_id text, molecule_id text, bond_type text, , PRIMARY KEY(bond_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#connected (atom_id text, atom_id2 text, bond_id text, , PRIMARY KEY(atom_id), PRIMARY KEY(atom_id2), FOREIGN KEY(atom_id2) REFERENCES atom(atom_id), FOREIGN KEY(bond_id) REFERENCES bond(bond_id), FOREIGN KEY(atom_id) REFERENCES atom(atom_id))
#molecule (molecule_id text, label text, , PRIMARY KEY(molecule_id), )
#
Please list top three elements of the toxicology of the molecule TR000 in alphabetical order. None
# Always use aliases for all aggregate functions.
# Use SQL set operations(Union, Union All, Intersect and Minus) if needed.
# Use the actual table names in SQL.
# replace alias with actual table name or column name if equivalent alias present in natural query
SELECT
| 220
|
challenging
|
What are the atoms that are bonded in the molecule TR001 with the bond ID of TR001_2_6?
|
SELECT SUBSTR(T.bond_id, 1, 7) AS atom_id1 , T.molecule_id || SUBSTR(T.bond_id, 8, 2) AS atom_id2 FROM bond AS T WHERE T.molecule_id = 'TR001' AND T.bond_id = 'TR001_2_6'
|
toxicology
|
You are a proficient SQLite database engineer. You think step by step and give clear and concise answer.
### Here are all the tables with their properties in a SQLite Database.
#
#atom (atom_id text, molecule_id text, element text, , PRIMARY KEY(atom_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#bond (bond_id text, molecule_id text, bond_type text, , PRIMARY KEY(bond_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#connected (atom_id text, atom_id2 text, bond_id text, , PRIMARY KEY(atom_id), PRIMARY KEY(atom_id2), FOREIGN KEY(atom_id2) REFERENCES atom(atom_id), FOREIGN KEY(bond_id) REFERENCES bond(bond_id), FOREIGN KEY(atom_id) REFERENCES atom(atom_id))
#molecule (molecule_id text, label text, , PRIMARY KEY(molecule_id), )
#
What are the atoms that are bonded in the molecule TR001 with the bond ID of TR001_2_6? None
# Always use aliases for all aggregate functions.
# Use SQL set operations(Union, Union All, Intersect and Minus) if needed.
# Use the actual table names in SQL.
# replace alias with actual table name or column name if equivalent alias present in natural query
SELECT
| 221
|
simple
|
What is the difference between the number of molecules that are carcinogenic and those that are not?
|
SELECT COUNT(CASE WHEN T.label = '+' THEN T.molecule_id ELSE NULL END) - COUNT(CASE WHEN T.label = '-' THEN T.molecule_id ELSE NULL END) AS diff_car_notcar FROM molecule t
|
toxicology
|
You are a proficient SQLite database engineer. You think step by step and give clear and concise answer.
### Here are all the tables with their properties in a SQLite Database.
#
#atom (atom_id text, molecule_id text, element text, , PRIMARY KEY(atom_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#bond (bond_id text, molecule_id text, bond_type text, , PRIMARY KEY(bond_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#connected (atom_id text, atom_id2 text, bond_id text, , PRIMARY KEY(atom_id), PRIMARY KEY(atom_id2), FOREIGN KEY(atom_id2) REFERENCES atom(atom_id), FOREIGN KEY(bond_id) REFERENCES bond(bond_id), FOREIGN KEY(atom_id) REFERENCES atom(atom_id))
#molecule (molecule_id text, label text, , PRIMARY KEY(molecule_id), )
#
What is the difference between the number of molecules that are carcinogenic and those that are not? None
# Always use aliases for all aggregate functions.
# Use SQL set operations(Union, Union All, Intersect and Minus) if needed.
# Use the actual table names in SQL.
# replace alias with actual table name or column name if equivalent alias present in natural query
SELECT
| 222
|
moderate
|
What are the atom IDs of the bond TR_000_2_5?
|
SELECT T.atom_id FROM connected AS T WHERE T.bond_id = 'TR000_2_5'
|
toxicology
|
You are a proficient SQLite database engineer. You think step by step and give clear and concise answer.
### Here are all the tables with their properties in a SQLite Database.
#
#atom (atom_id text, molecule_id text, element text, , PRIMARY KEY(atom_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#bond (bond_id text, molecule_id text, bond_type text, , PRIMARY KEY(bond_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#connected (atom_id text, atom_id2 text, bond_id text, , PRIMARY KEY(atom_id), PRIMARY KEY(atom_id2), FOREIGN KEY(atom_id2) REFERENCES atom(atom_id), FOREIGN KEY(bond_id) REFERENCES bond(bond_id), FOREIGN KEY(atom_id) REFERENCES atom(atom_id))
#molecule (molecule_id text, label text, , PRIMARY KEY(molecule_id), )
#
What are the atom IDs of the bond TR_000_2_5? None
# Always use aliases for all aggregate functions.
# Use SQL set operations(Union, Union All, Intersect and Minus) if needed.
# Use the actual table names in SQL.
# replace alias with actual table name or column name if equivalent alias present in natural query
SELECT
| 223
|
simple
|
What are the bond IDs that have the same atom ID 2 of TR000_2?
|
SELECT T.bond_id FROM connected AS T WHERE T.atom_id2 = 'TR000_2'
|
toxicology
|
You are a proficient SQLite database engineer. You think step by step and give clear and concise answer.
### Here are all the tables with their properties in a SQLite Database.
#
#atom (atom_id text, molecule_id text, element text, , PRIMARY KEY(atom_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#bond (bond_id text, molecule_id text, bond_type text, , PRIMARY KEY(bond_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#connected (atom_id text, atom_id2 text, bond_id text, , PRIMARY KEY(atom_id), PRIMARY KEY(atom_id2), FOREIGN KEY(atom_id2) REFERENCES atom(atom_id), FOREIGN KEY(bond_id) REFERENCES bond(bond_id), FOREIGN KEY(atom_id) REFERENCES atom(atom_id))
#molecule (molecule_id text, label text, , PRIMARY KEY(molecule_id), )
#
What are the bond IDs that have the same atom ID 2 of TR000_2? None
# Always use aliases for all aggregate functions.
# Use SQL set operations(Union, Union All, Intersect and Minus) if needed.
# Use the actual table names in SQL.
# replace alias with actual table name or column name if equivalent alias present in natural query
SELECT
| 224
|
simple
|
Please list top five molecules that have double bonds in alphabetical order.
|
SELECT DISTINCT T.molecule_id FROM bond AS T WHERE T.bond_type = '=' ORDER BY T.molecule_id LIMIT 5
|
toxicology
|
You are a proficient SQLite database engineer. You think step by step and give clear and concise answer.
### Here are all the tables with their properties in a SQLite Database.
#
#atom (atom_id text, molecule_id text, element text, , PRIMARY KEY(atom_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#bond (bond_id text, molecule_id text, bond_type text, , PRIMARY KEY(bond_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#connected (atom_id text, atom_id2 text, bond_id text, , PRIMARY KEY(atom_id), PRIMARY KEY(atom_id2), FOREIGN KEY(atom_id2) REFERENCES atom(atom_id), FOREIGN KEY(bond_id) REFERENCES bond(bond_id), FOREIGN KEY(atom_id) REFERENCES atom(atom_id))
#molecule (molecule_id text, label text, , PRIMARY KEY(molecule_id), )
#
Please list top five molecules that have double bonds in alphabetical order. None
# Always use aliases for all aggregate functions.
# Use SQL set operations(Union, Union All, Intersect and Minus) if needed.
# Use the actual table names in SQL.
# replace alias with actual table name or column name if equivalent alias present in natural query
SELECT
| 225
|
simple
|
What is the percentage of double bonds in the molecule TR008?
|
SELECT CAST(COUNT(CASE WHEN T.bond_type = '=' THEN T.bond_id ELSE NULL END) AS REAL) * 100 / COUNT(T.bond_id) FROM bond AS T WHERE T.molecule_id = 'TR008'
|
toxicology
|
You are a proficient SQLite database engineer. You think step by step and give clear and concise answer.
### Here are all the tables with their properties in a SQLite Database.
#
#atom (atom_id text, molecule_id text, element text, , PRIMARY KEY(atom_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#bond (bond_id text, molecule_id text, bond_type text, , PRIMARY KEY(bond_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#connected (atom_id text, atom_id2 text, bond_id text, , PRIMARY KEY(atom_id), PRIMARY KEY(atom_id2), FOREIGN KEY(atom_id2) REFERENCES atom(atom_id), FOREIGN KEY(bond_id) REFERENCES bond(bond_id), FOREIGN KEY(atom_id) REFERENCES atom(atom_id))
#molecule (molecule_id text, label text, , PRIMARY KEY(molecule_id), )
#
What is the percentage of double bonds in the molecule TR008? None
# Always use aliases for all aggregate functions.
# Use SQL set operations(Union, Union All, Intersect and Minus) if needed.
# Use the actual table names in SQL.
# replace alias with actual table name or column name if equivalent alias present in natural query
SELECT
| 226
|
moderate
|
What is the percentage of molecules that are carcinogenic?
|
SELECT CAST(COUNT(CASE WHEN T.label = '+' THEN T.molecule_id ELSE NULL END) AS REAL) * 100 / COUNT(T.molecule_id) FROM molecule t
|
toxicology
|
You are a proficient SQLite database engineer. You think step by step and give clear and concise answer.
### Here are all the tables with their properties in a SQLite Database.
#
#atom (atom_id text, molecule_id text, element text, , PRIMARY KEY(atom_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#bond (bond_id text, molecule_id text, bond_type text, , PRIMARY KEY(bond_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#connected (atom_id text, atom_id2 text, bond_id text, , PRIMARY KEY(atom_id), PRIMARY KEY(atom_id2), FOREIGN KEY(atom_id2) REFERENCES atom(atom_id), FOREIGN KEY(bond_id) REFERENCES bond(bond_id), FOREIGN KEY(atom_id) REFERENCES atom(atom_id))
#molecule (molecule_id text, label text, , PRIMARY KEY(molecule_id), )
#
What is the percentage of molecules that are carcinogenic? None
# Always use aliases for all aggregate functions.
# Use SQL set operations(Union, Union All, Intersect and Minus) if needed.
# Use the actual table names in SQL.
# replace alias with actual table name or column name if equivalent alias present in natural query
SELECT
| 227
|
simple
|
How much of the hydrogen in molecule TR206 is accounted for? Please provide your answer in percentage.
|
SELECT CAST(COUNT(CASE WHEN T.element = 'h' THEN T.atom_id ELSE NULL END) AS REAL) * 100 / COUNT(T.atom_id) FROM atom AS T WHERE T.molecule_id = 'TR206'
|
toxicology
|
You are a proficient SQLite database engineer. You think step by step and give clear and concise answer.
### Here are all the tables with their properties in a SQLite Database.
#
#atom (atom_id text, molecule_id text, element text, , PRIMARY KEY(atom_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#bond (bond_id text, molecule_id text, bond_type text, , PRIMARY KEY(bond_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#connected (atom_id text, atom_id2 text, bond_id text, , PRIMARY KEY(atom_id), PRIMARY KEY(atom_id2), FOREIGN KEY(atom_id2) REFERENCES atom(atom_id), FOREIGN KEY(bond_id) REFERENCES bond(bond_id), FOREIGN KEY(atom_id) REFERENCES atom(atom_id))
#molecule (molecule_id text, label text, , PRIMARY KEY(molecule_id), )
#
How much of the hydrogen in molecule TR206 is accounted for? Please provide your answer in percentage. None
# Always use aliases for all aggregate functions.
# Use SQL set operations(Union, Union All, Intersect and Minus) if needed.
# Use the actual table names in SQL.
# replace alias with actual table name or column name if equivalent alias present in natural query
SELECT
| 228
|
moderate
|
What is the type of bond that molecule TR000 has when involved in any bonds?
|
SELECT DISTINCT T.bond_type FROM bond AS T WHERE T.molecule_id = 'TR000'
|
toxicology
|
You are a proficient SQLite database engineer. You think step by step and give clear and concise answer.
### Here are all the tables with their properties in a SQLite Database.
#
#atom (atom_id text, molecule_id text, element text, , PRIMARY KEY(atom_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#bond (bond_id text, molecule_id text, bond_type text, , PRIMARY KEY(bond_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#connected (atom_id text, atom_id2 text, bond_id text, , PRIMARY KEY(atom_id), PRIMARY KEY(atom_id2), FOREIGN KEY(atom_id2) REFERENCES atom(atom_id), FOREIGN KEY(bond_id) REFERENCES bond(bond_id), FOREIGN KEY(atom_id) REFERENCES atom(atom_id))
#molecule (molecule_id text, label text, , PRIMARY KEY(molecule_id), )
#
What is the type of bond that molecule TR000 has when involved in any bonds? None
# Always use aliases for all aggregate functions.
# Use SQL set operations(Union, Union All, Intersect and Minus) if needed.
# Use the actual table names in SQL.
# replace alias with actual table name or column name if equivalent alias present in natural query
SELECT
| 229
|
simple
|
What are the elements of the toxicology and label of molecule TR060?
|
SELECT DISTINCT T1.element, T2.label FROM atom AS T1 INNER JOIN molecule AS T2 ON T1.molecule_id = T2.molecule_id WHERE T2.molecule_id = 'TR060'
|
toxicology
|
You are a proficient SQLite database engineer. You think step by step and give clear and concise answer.
### Here are all the tables with their properties in a SQLite Database.
#
#atom (atom_id text, molecule_id text, element text, , PRIMARY KEY(atom_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#bond (bond_id text, molecule_id text, bond_type text, , PRIMARY KEY(bond_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#connected (atom_id text, atom_id2 text, bond_id text, , PRIMARY KEY(atom_id), PRIMARY KEY(atom_id2), FOREIGN KEY(atom_id2) REFERENCES atom(atom_id), FOREIGN KEY(bond_id) REFERENCES bond(bond_id), FOREIGN KEY(atom_id) REFERENCES atom(atom_id))
#molecule (molecule_id text, label text, , PRIMARY KEY(molecule_id), )
#
What are the elements of the toxicology and label of molecule TR060? None
# Always use aliases for all aggregate functions.
# Use SQL set operations(Union, Union All, Intersect and Minus) if needed.
# Use the actual table names in SQL.
# replace alias with actual table name or column name if equivalent alias present in natural query
SELECT
| 230
|
challenging
|
Which bond type accounted for the majority of the bonds found in molecule TR018 and state whether or not this molecule is carcinogenic?
|
SELECT T.bond_type FROM ( SELECT T1.bond_type, COUNT(T1.molecule_id) FROM bond AS T1 WHERE T1.molecule_id = 'TR018' GROUP BY T1.bond_type ORDER BY COUNT(T1.molecule_id) DESC LIMIT 1 ) AS T
|
toxicology
|
You are a proficient SQLite database engineer. You think step by step and give clear and concise answer.
### Here are all the tables with their properties in a SQLite Database.
#
#atom (atom_id text, molecule_id text, element text, , PRIMARY KEY(atom_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#bond (bond_id text, molecule_id text, bond_type text, , PRIMARY KEY(bond_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#connected (atom_id text, atom_id2 text, bond_id text, , PRIMARY KEY(atom_id), PRIMARY KEY(atom_id2), FOREIGN KEY(atom_id2) REFERENCES atom(atom_id), FOREIGN KEY(bond_id) REFERENCES bond(bond_id), FOREIGN KEY(atom_id) REFERENCES atom(atom_id))
#molecule (molecule_id text, label text, , PRIMARY KEY(molecule_id), )
#
Which bond type accounted for the majority of the bonds found in molecule TR018 and state whether or not this molecule is carcinogenic? None
# Always use aliases for all aggregate functions.
# Use SQL set operations(Union, Union All, Intersect and Minus) if needed.
# Use the actual table names in SQL.
# replace alias with actual table name or column name if equivalent alias present in natural query
SELECT
| 231
|
challenging
|
Please list top three molecules that have single bonds between two atoms and are not carcinogenic in alphabetical order.
|
SELECT DISTINCT T2.molecule_id FROM bond AS T1 INNER JOIN molecule AS T2 ON T1.molecule_id = T2.molecule_id WHERE T1.bond_type = '-' AND T2.label = '-' ORDER BY T2.molecule_id LIMIT 3
|
toxicology
|
You are a proficient SQLite database engineer. You think step by step and give clear and concise answer.
### Here are all the tables with their properties in a SQLite Database.
#
#atom (atom_id text, molecule_id text, element text, , PRIMARY KEY(atom_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#bond (bond_id text, molecule_id text, bond_type text, , PRIMARY KEY(bond_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#connected (atom_id text, atom_id2 text, bond_id text, , PRIMARY KEY(atom_id), PRIMARY KEY(atom_id2), FOREIGN KEY(atom_id2) REFERENCES atom(atom_id), FOREIGN KEY(bond_id) REFERENCES bond(bond_id), FOREIGN KEY(atom_id) REFERENCES atom(atom_id))
#molecule (molecule_id text, label text, , PRIMARY KEY(molecule_id), )
#
Please list top three molecules that have single bonds between two atoms and are not carcinogenic in alphabetical order. None
# Always use aliases for all aggregate functions.
# Use SQL set operations(Union, Union All, Intersect and Minus) if needed.
# Use the actual table names in SQL.
# replace alias with actual table name or column name if equivalent alias present in natural query
SELECT
| 232
|
moderate
|
Please list top two bonds that happened with the molecule TR006 in alphabetical order.
|
SELECT DISTINCT T2.bond_id FROM atom AS T1 INNER JOIN connected AS T2 ON T1.atom_id = T2.atom_id WHERE T1.molecule_id = 'TR006' ORDER BY T2.bond_id LIMIT 2
|
toxicology
|
You are a proficient SQLite database engineer. You think step by step and give clear and concise answer.
### Here are all the tables with their properties in a SQLite Database.
#
#atom (atom_id text, molecule_id text, element text, , PRIMARY KEY(atom_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#bond (bond_id text, molecule_id text, bond_type text, , PRIMARY KEY(bond_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#connected (atom_id text, atom_id2 text, bond_id text, , PRIMARY KEY(atom_id), PRIMARY KEY(atom_id2), FOREIGN KEY(atom_id2) REFERENCES atom(atom_id), FOREIGN KEY(bond_id) REFERENCES bond(bond_id), FOREIGN KEY(atom_id) REFERENCES atom(atom_id))
#molecule (molecule_id text, label text, , PRIMARY KEY(molecule_id), )
#
Please list top two bonds that happened with the molecule TR006 in alphabetical order. None
# Always use aliases for all aggregate functions.
# Use SQL set operations(Union, Union All, Intersect and Minus) if needed.
# Use the actual table names in SQL.
# replace alias with actual table name or column name if equivalent alias present in natural query
SELECT
| 233
|
simple
|
How many bonds which involved atom 12 does molecule TR009 have?
|
SELECT COUNT(T2.bond_id) FROM bond AS T1 INNER JOIN connected AS T2 ON T1.bond_id = T2.bond_id WHERE T1.molecule_id = 'TR009' AND T2.atom_id = T1.molecule_id || '_1' AND T2.atom_id2 = T1.molecule_id || '_2'
|
toxicology
|
You are a proficient SQLite database engineer. You think step by step and give clear and concise answer.
### Here are all the tables with their properties in a SQLite Database.
#
#atom (atom_id text, molecule_id text, element text, , PRIMARY KEY(atom_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#bond (bond_id text, molecule_id text, bond_type text, , PRIMARY KEY(bond_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#connected (atom_id text, atom_id2 text, bond_id text, , PRIMARY KEY(atom_id), PRIMARY KEY(atom_id2), FOREIGN KEY(atom_id2) REFERENCES atom(atom_id), FOREIGN KEY(bond_id) REFERENCES bond(bond_id), FOREIGN KEY(atom_id) REFERENCES atom(atom_id))
#molecule (molecule_id text, label text, , PRIMARY KEY(molecule_id), )
#
How many bonds which involved atom 12 does molecule TR009 have? None
# Always use aliases for all aggregate functions.
# Use SQL set operations(Union, Union All, Intersect and Minus) if needed.
# Use the actual table names in SQL.
# replace alias with actual table name or column name if equivalent alias present in natural query
SELECT
| 234
|
moderate
|
How many molecules are carcinogenic and have the bromine element?
|
SELECT COUNT(DISTINCT T2.molecule_id) FROM atom AS T1 INNER JOIN molecule AS T2 ON T1.molecule_id = T2.molecule_id WHERE T2.label = '+' AND T1.element = 'br'
|
toxicology
|
You are a proficient SQLite database engineer. You think step by step and give clear and concise answer.
### Here are all the tables with their properties in a SQLite Database.
#
#atom (atom_id text, molecule_id text, element text, , PRIMARY KEY(atom_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#bond (bond_id text, molecule_id text, bond_type text, , PRIMARY KEY(bond_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#connected (atom_id text, atom_id2 text, bond_id text, , PRIMARY KEY(atom_id), PRIMARY KEY(atom_id2), FOREIGN KEY(atom_id2) REFERENCES atom(atom_id), FOREIGN KEY(bond_id) REFERENCES bond(bond_id), FOREIGN KEY(atom_id) REFERENCES atom(atom_id))
#molecule (molecule_id text, label text, , PRIMARY KEY(molecule_id), )
#
How many molecules are carcinogenic and have the bromine element? None
# Always use aliases for all aggregate functions.
# Use SQL set operations(Union, Union All, Intersect and Minus) if needed.
# Use the actual table names in SQL.
# replace alias with actual table name or column name if equivalent alias present in natural query
SELECT
| 235
|
simple
|
What are the bond type and the atoms of the bond ID of TR001_6_9?
|
SELECT T1.bond_type, T2.atom_id, T2.atom_id2 FROM bond AS T1 INNER JOIN connected AS T2 ON T1.bond_id = T2.bond_id WHERE T2.bond_id = 'TR001_6_9'
|
toxicology
|
You are a proficient SQLite database engineer. You think step by step and give clear and concise answer.
### Here are all the tables with their properties in a SQLite Database.
#
#atom (atom_id text, molecule_id text, element text, , PRIMARY KEY(atom_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#bond (bond_id text, molecule_id text, bond_type text, , PRIMARY KEY(bond_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#connected (atom_id text, atom_id2 text, bond_id text, , PRIMARY KEY(atom_id), PRIMARY KEY(atom_id2), FOREIGN KEY(atom_id2) REFERENCES atom(atom_id), FOREIGN KEY(bond_id) REFERENCES bond(bond_id), FOREIGN KEY(atom_id) REFERENCES atom(atom_id))
#molecule (molecule_id text, label text, , PRIMARY KEY(molecule_id), )
#
What are the bond type and the atoms of the bond ID of TR001_6_9? None
# Always use aliases for all aggregate functions.
# Use SQL set operations(Union, Union All, Intersect and Minus) if needed.
# Use the actual table names in SQL.
# replace alias with actual table name or column name if equivalent alias present in natural query
SELECT
| 236
|
moderate
|
Which molecule does the atom TR001_10 belong to? Please state whether this molecule is carcinogenic or not.
|
SELECT T2.molecule_id , IIF(T2.label = '+', 'YES', 'NO') AS flag_carcinogenic FROM atom AS T1 INNER JOIN molecule AS T2 ON T1.molecule_id = T2.molecule_id WHERE T1.atom_id = 'TR001_10'
|
toxicology
|
You are a proficient SQLite database engineer. You think step by step and give clear and concise answer.
### Here are all the tables with their properties in a SQLite Database.
#
#atom (atom_id text, molecule_id text, element text, , PRIMARY KEY(atom_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#bond (bond_id text, molecule_id text, bond_type text, , PRIMARY KEY(bond_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#connected (atom_id text, atom_id2 text, bond_id text, , PRIMARY KEY(atom_id), PRIMARY KEY(atom_id2), FOREIGN KEY(atom_id2) REFERENCES atom(atom_id), FOREIGN KEY(bond_id) REFERENCES bond(bond_id), FOREIGN KEY(atom_id) REFERENCES atom(atom_id))
#molecule (molecule_id text, label text, , PRIMARY KEY(molecule_id), )
#
Which molecule does the atom TR001_10 belong to? Please state whether this molecule is carcinogenic or not. None
# Always use aliases for all aggregate functions.
# Use SQL set operations(Union, Union All, Intersect and Minus) if needed.
# Use the actual table names in SQL.
# replace alias with actual table name or column name if equivalent alias present in natural query
SELECT
| 237
|
moderate
|
How many molecules have a triple bond type?
|
SELECT COUNT(DISTINCT T.molecule_id) FROM bond AS T WHERE T.bond_type = '#'
|
toxicology
|
You are a proficient SQLite database engineer. You think step by step and give clear and concise answer.
### Here are all the tables with their properties in a SQLite Database.
#
#atom (atom_id text, molecule_id text, element text, , PRIMARY KEY(atom_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#bond (bond_id text, molecule_id text, bond_type text, , PRIMARY KEY(bond_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#connected (atom_id text, atom_id2 text, bond_id text, , PRIMARY KEY(atom_id), PRIMARY KEY(atom_id2), FOREIGN KEY(atom_id2) REFERENCES atom(atom_id), FOREIGN KEY(bond_id) REFERENCES bond(bond_id), FOREIGN KEY(atom_id) REFERENCES atom(atom_id))
#molecule (molecule_id text, label text, , PRIMARY KEY(molecule_id), )
#
How many molecules have a triple bond type? None
# Always use aliases for all aggregate functions.
# Use SQL set operations(Union, Union All, Intersect and Minus) if needed.
# Use the actual table names in SQL.
# replace alias with actual table name or column name if equivalent alias present in natural query
SELECT
| 238
|
simple
|
How many connections does the atom 19 have?
|
SELECT COUNT(T.bond_id) FROM connected AS T WHERE SUBSTR(T.atom_id, -2) = '19'
|
toxicology
|
You are a proficient SQLite database engineer. You think step by step and give clear and concise answer.
### Here are all the tables with their properties in a SQLite Database.
#
#atom (atom_id text, molecule_id text, element text, , PRIMARY KEY(atom_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#bond (bond_id text, molecule_id text, bond_type text, , PRIMARY KEY(bond_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#connected (atom_id text, atom_id2 text, bond_id text, , PRIMARY KEY(atom_id), PRIMARY KEY(atom_id2), FOREIGN KEY(atom_id2) REFERENCES atom(atom_id), FOREIGN KEY(bond_id) REFERENCES bond(bond_id), FOREIGN KEY(atom_id) REFERENCES atom(atom_id))
#molecule (molecule_id text, label text, , PRIMARY KEY(molecule_id), )
#
How many connections does the atom 19 have? None
# Always use aliases for all aggregate functions.
# Use SQL set operations(Union, Union All, Intersect and Minus) if needed.
# Use the actual table names in SQL.
# replace alias with actual table name or column name if equivalent alias present in natural query
SELECT
| 239
|
simple
|
List all the elements of the toxicology of the molecule "TR004".
|
SELECT DISTINCT T.element FROM atom AS T WHERE T.molecule_id = 'TR004'
|
toxicology
|
You are a proficient SQLite database engineer. You think step by step and give clear and concise answer.
### Here are all the tables with their properties in a SQLite Database.
#
#atom (atom_id text, molecule_id text, element text, , PRIMARY KEY(atom_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#bond (bond_id text, molecule_id text, bond_type text, , PRIMARY KEY(bond_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#connected (atom_id text, atom_id2 text, bond_id text, , PRIMARY KEY(atom_id), PRIMARY KEY(atom_id2), FOREIGN KEY(atom_id2) REFERENCES atom(atom_id), FOREIGN KEY(bond_id) REFERENCES bond(bond_id), FOREIGN KEY(atom_id) REFERENCES atom(atom_id))
#molecule (molecule_id text, label text, , PRIMARY KEY(molecule_id), )
#
List all the elements of the toxicology of the molecule "TR004". None
# Always use aliases for all aggregate functions.
# Use SQL set operations(Union, Union All, Intersect and Minus) if needed.
# Use the actual table names in SQL.
# replace alias with actual table name or column name if equivalent alias present in natural query
SELECT
| 240
|
challenging
|
How many of the molecules are not carcinogenic?
|
SELECT COUNT(T.molecule_id) FROM molecule AS T WHERE T.label = '-'
|
toxicology
|
You are a proficient SQLite database engineer. You think step by step and give clear and concise answer.
### Here are all the tables with their properties in a SQLite Database.
#
#atom (atom_id text, molecule_id text, element text, , PRIMARY KEY(atom_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#bond (bond_id text, molecule_id text, bond_type text, , PRIMARY KEY(bond_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#connected (atom_id text, atom_id2 text, bond_id text, , PRIMARY KEY(atom_id), PRIMARY KEY(atom_id2), FOREIGN KEY(atom_id2) REFERENCES atom(atom_id), FOREIGN KEY(bond_id) REFERENCES bond(bond_id), FOREIGN KEY(atom_id) REFERENCES atom(atom_id))
#molecule (molecule_id text, label text, , PRIMARY KEY(molecule_id), )
#
How many of the molecules are not carcinogenic? None
# Always use aliases for all aggregate functions.
# Use SQL set operations(Union, Union All, Intersect and Minus) if needed.
# Use the actual table names in SQL.
# replace alias with actual table name or column name if equivalent alias present in natural query
SELECT
| 241
|
simple
|
Among all the atoms from 21 to 25, list all the molecules that are carcinogenic.
|
SELECT DISTINCT T2.molecule_id FROM atom AS T1 INNER JOIN molecule AS T2 ON T1.molecule_id = T2.molecule_id WHERE SUBSTR(T1.atom_id, -2) BETWEEN '21' AND '25' AND T2.label = '+'
|
toxicology
|
You are a proficient SQLite database engineer. You think step by step and give clear and concise answer.
### Here are all the tables with their properties in a SQLite Database.
#
#atom (atom_id text, molecule_id text, element text, , PRIMARY KEY(atom_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#bond (bond_id text, molecule_id text, bond_type text, , PRIMARY KEY(bond_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#connected (atom_id text, atom_id2 text, bond_id text, , PRIMARY KEY(atom_id), PRIMARY KEY(atom_id2), FOREIGN KEY(atom_id2) REFERENCES atom(atom_id), FOREIGN KEY(bond_id) REFERENCES bond(bond_id), FOREIGN KEY(atom_id) REFERENCES atom(atom_id))
#molecule (molecule_id text, label text, , PRIMARY KEY(molecule_id), )
#
Among all the atoms from 21 to 25, list all the molecules that are carcinogenic. None
# Always use aliases for all aggregate functions.
# Use SQL set operations(Union, Union All, Intersect and Minus) if needed.
# Use the actual table names in SQL.
# replace alias with actual table name or column name if equivalent alias present in natural query
SELECT
| 242
|
moderate
|
What are the bonds that have phosphorus and nitrogen as their atom elements?
|
SELECT T2.bond_id FROM atom AS T1 INNER JOIN connected AS T2 ON T1.atom_id = T2.atom_id WHERE T2.bond_id IN ( SELECT T3.bond_id FROM connected AS T3 INNER JOIN atom AS T4 ON T3.atom_id = T4.atom_id WHERE T4.element = 'p' ) AND T1.element = 'n'
|
toxicology
|
You are a proficient SQLite database engineer. You think step by step and give clear and concise answer.
### Here are all the tables with their properties in a SQLite Database.
#
#atom (atom_id text, molecule_id text, element text, , PRIMARY KEY(atom_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#bond (bond_id text, molecule_id text, bond_type text, , PRIMARY KEY(bond_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#connected (atom_id text, atom_id2 text, bond_id text, , PRIMARY KEY(atom_id), PRIMARY KEY(atom_id2), FOREIGN KEY(atom_id2) REFERENCES atom(atom_id), FOREIGN KEY(bond_id) REFERENCES bond(bond_id), FOREIGN KEY(atom_id) REFERENCES atom(atom_id))
#molecule (molecule_id text, label text, , PRIMARY KEY(molecule_id), )
#
What are the bonds that have phosphorus and nitrogen as their atom elements? None
# Always use aliases for all aggregate functions.
# Use SQL set operations(Union, Union All, Intersect and Minus) if needed.
# Use the actual table names in SQL.
# replace alias with actual table name or column name if equivalent alias present in natural query
SELECT
| 243
|
moderate
|
Is the molecule with the most double bonds carcinogenic?
|
SELECT T1.label FROM molecule AS T1 INNER JOIN ( SELECT T.molecule_id, COUNT(T.bond_type) FROM bond AS T WHERE T.bond_type = '=' GROUP BY T.molecule_id ORDER BY COUNT(T.bond_type) DESC LIMIT 1 ) AS T2 ON T1.molecule_id = T2.molecule_id
|
toxicology
|
You are a proficient SQLite database engineer. You think step by step and give clear and concise answer.
### Here are all the tables with their properties in a SQLite Database.
#
#atom (atom_id text, molecule_id text, element text, , PRIMARY KEY(atom_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#bond (bond_id text, molecule_id text, bond_type text, , PRIMARY KEY(bond_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#connected (atom_id text, atom_id2 text, bond_id text, , PRIMARY KEY(atom_id), PRIMARY KEY(atom_id2), FOREIGN KEY(atom_id2) REFERENCES atom(atom_id), FOREIGN KEY(bond_id) REFERENCES bond(bond_id), FOREIGN KEY(atom_id) REFERENCES atom(atom_id))
#molecule (molecule_id text, label text, , PRIMARY KEY(molecule_id), )
#
Is the molecule with the most double bonds carcinogenic? None
# Always use aliases for all aggregate functions.
# Use SQL set operations(Union, Union All, Intersect and Minus) if needed.
# Use the actual table names in SQL.
# replace alias with actual table name or column name if equivalent alias present in natural query
SELECT
| 244
|
moderate
|
What is the average number of bonds the atoms with the element iodine have?
|
SELECT CAST(COUNT(T2.bond_id) AS REAL) / COUNT(T1.atom_id) FROM atom AS T1 INNER JOIN connected AS T2 ON T1.atom_id = T2.atom_id WHERE T1.element = 'i'
|
toxicology
|
You are a proficient SQLite database engineer. You think step by step and give clear and concise answer.
### Here are all the tables with their properties in a SQLite Database.
#
#atom (atom_id text, molecule_id text, element text, , PRIMARY KEY(atom_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#bond (bond_id text, molecule_id text, bond_type text, , PRIMARY KEY(bond_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#connected (atom_id text, atom_id2 text, bond_id text, , PRIMARY KEY(atom_id), PRIMARY KEY(atom_id2), FOREIGN KEY(atom_id2) REFERENCES atom(atom_id), FOREIGN KEY(bond_id) REFERENCES bond(bond_id), FOREIGN KEY(atom_id) REFERENCES atom(atom_id))
#molecule (molecule_id text, label text, , PRIMARY KEY(molecule_id), )
#
What is the average number of bonds the atoms with the element iodine have? None
# Always use aliases for all aggregate functions.
# Use SQL set operations(Union, Union All, Intersect and Minus) if needed.
# Use the actual table names in SQL.
# replace alias with actual table name or column name if equivalent alias present in natural query
SELECT
| 245
|
moderate
|
List the bond type and the bond ID of the atom 45.
|
SELECT T1.bond_type, T1.bond_id FROM bond AS T1 INNER JOIN connected AS T2 ON T1.bond_id = T2.bond_id WHERE SUBSTR(T2.atom_id, 7, 2) = '45'
|
toxicology
|
You are a proficient SQLite database engineer. You think step by step and give clear and concise answer.
### Here are all the tables with their properties in a SQLite Database.
#
#atom (atom_id text, molecule_id text, element text, , PRIMARY KEY(atom_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#bond (bond_id text, molecule_id text, bond_type text, , PRIMARY KEY(bond_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#connected (atom_id text, atom_id2 text, bond_id text, , PRIMARY KEY(atom_id), PRIMARY KEY(atom_id2), FOREIGN KEY(atom_id2) REFERENCES atom(atom_id), FOREIGN KEY(bond_id) REFERENCES bond(bond_id), FOREIGN KEY(atom_id) REFERENCES atom(atom_id))
#molecule (molecule_id text, label text, , PRIMARY KEY(molecule_id), )
#
List the bond type and the bond ID of the atom 45. None
# Always use aliases for all aggregate functions.
# Use SQL set operations(Union, Union All, Intersect and Minus) if needed.
# Use the actual table names in SQL.
# replace alias with actual table name or column name if equivalent alias present in natural query
SELECT
| 246
|
moderate
|
List all the elements of atoms that can not bond with any other atoms.
|
SELECT DISTINCT T.element FROM atom AS T WHERE T.element NOT IN ( SELECT DISTINCT T1.element FROM atom AS T1 INNER JOIN connected AS T2 ON T1.atom_id = T2.atom_id )
|
toxicology
|
You are a proficient SQLite database engineer. You think step by step and give clear and concise answer.
### Here are all the tables with their properties in a SQLite Database.
#
#atom (atom_id text, molecule_id text, element text, , PRIMARY KEY(atom_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#bond (bond_id text, molecule_id text, bond_type text, , PRIMARY KEY(bond_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#connected (atom_id text, atom_id2 text, bond_id text, , PRIMARY KEY(atom_id), PRIMARY KEY(atom_id2), FOREIGN KEY(atom_id2) REFERENCES atom(atom_id), FOREIGN KEY(bond_id) REFERENCES bond(bond_id), FOREIGN KEY(atom_id) REFERENCES atom(atom_id))
#molecule (molecule_id text, label text, , PRIMARY KEY(molecule_id), )
#
List all the elements of atoms that can not bond with any other atoms. None
# Always use aliases for all aggregate functions.
# Use SQL set operations(Union, Union All, Intersect and Minus) if needed.
# Use the actual table names in SQL.
# replace alias with actual table name or column name if equivalent alias present in natural query
SELECT
| 247
|
challenging
|
What are the atoms of the triple bond with the molecule "TR447"?
|
SELECT T2.atom_id, T2.atom_id2 FROM atom AS T1 INNER JOIN connected AS T2 ON T1.atom_id = T2.atom_id INNER JOIN bond AS T3 ON T2.bond_id = T3.bond_id WHERE T3.bond_type = '#' AND T3.molecule_id = 'TR447'
|
toxicology
|
You are a proficient SQLite database engineer. You think step by step and give clear and concise answer.
### Here are all the tables with their properties in a SQLite Database.
#
#atom (atom_id text, molecule_id text, element text, , PRIMARY KEY(atom_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#bond (bond_id text, molecule_id text, bond_type text, , PRIMARY KEY(bond_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#connected (atom_id text, atom_id2 text, bond_id text, , PRIMARY KEY(atom_id), PRIMARY KEY(atom_id2), FOREIGN KEY(atom_id2) REFERENCES atom(atom_id), FOREIGN KEY(bond_id) REFERENCES bond(bond_id), FOREIGN KEY(atom_id) REFERENCES atom(atom_id))
#molecule (molecule_id text, label text, , PRIMARY KEY(molecule_id), )
#
What are the atoms of the triple bond with the molecule "TR447"? None
# Always use aliases for all aggregate functions.
# Use SQL set operations(Union, Union All, Intersect and Minus) if needed.
# Use the actual table names in SQL.
# replace alias with actual table name or column name if equivalent alias present in natural query
SELECT
| 248
|
simple
|
What are the elements of the atoms of TR144_8_19?
|
SELECT T2.element FROM connected AS T1 INNER JOIN atom AS T2 ON T1.atom_id = T2.atom_id WHERE T1.bond_id = 'TR144_8_19'
|
toxicology
|
You are a proficient SQLite database engineer. You think step by step and give clear and concise answer.
### Here are all the tables with their properties in a SQLite Database.
#
#atom (atom_id text, molecule_id text, element text, , PRIMARY KEY(atom_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#bond (bond_id text, molecule_id text, bond_type text, , PRIMARY KEY(bond_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#connected (atom_id text, atom_id2 text, bond_id text, , PRIMARY KEY(atom_id), PRIMARY KEY(atom_id2), FOREIGN KEY(atom_id2) REFERENCES atom(atom_id), FOREIGN KEY(bond_id) REFERENCES bond(bond_id), FOREIGN KEY(atom_id) REFERENCES atom(atom_id))
#molecule (molecule_id text, label text, , PRIMARY KEY(molecule_id), )
#
What are the elements of the atoms of TR144_8_19? None
# Always use aliases for all aggregate functions.
# Use SQL set operations(Union, Union All, Intersect and Minus) if needed.
# Use the actual table names in SQL.
# replace alias with actual table name or column name if equivalent alias present in natural query
SELECT
| 249
|
challenging
|
Of all the carcinogenic molecules, which one has the most double bonds?
|
SELECT T.molecule_id FROM ( SELECT T3.molecule_id, COUNT(T1.bond_type) FROM bond AS T1 INNER JOIN molecule AS T3 ON T1.molecule_id = T3.molecule_id WHERE T3.label = '+' AND T1.bond_type = '=' GROUP BY T3.molecule_id ORDER BY COUNT(T1.bond_type) DESC LIMIT 1 ) AS T
|
toxicology
|
You are a proficient SQLite database engineer. You think step by step and give clear and concise answer.
### Here are all the tables with their properties in a SQLite Database.
#
#atom (atom_id text, molecule_id text, element text, , PRIMARY KEY(atom_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#bond (bond_id text, molecule_id text, bond_type text, , PRIMARY KEY(bond_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#connected (atom_id text, atom_id2 text, bond_id text, , PRIMARY KEY(atom_id), PRIMARY KEY(atom_id2), FOREIGN KEY(atom_id2) REFERENCES atom(atom_id), FOREIGN KEY(bond_id) REFERENCES bond(bond_id), FOREIGN KEY(atom_id) REFERENCES atom(atom_id))
#molecule (molecule_id text, label text, , PRIMARY KEY(molecule_id), )
#
Of all the carcinogenic molecules, which one has the most double bonds? None
# Always use aliases for all aggregate functions.
# Use SQL set operations(Union, Union All, Intersect and Minus) if needed.
# Use the actual table names in SQL.
# replace alias with actual table name or column name if equivalent alias present in natural query
SELECT
| 250
|
moderate
|
What is the least common element of all carcinogenic molecules?
|
SELECT T.element FROM ( SELECT T2.element, COUNT(DISTINCT T2.molecule_id) FROM molecule AS T1 INNER JOIN atom AS T2 ON T1.molecule_id = T2.molecule_id WHERE T1.label = '+' GROUP BY T2.element ORDER BY COUNT(DISTINCT T2.molecule_id) LIMIT 1 ) t
|
toxicology
|
You are a proficient SQLite database engineer. You think step by step and give clear and concise answer.
### Here are all the tables with their properties in a SQLite Database.
#
#atom (atom_id text, molecule_id text, element text, , PRIMARY KEY(atom_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#bond (bond_id text, molecule_id text, bond_type text, , PRIMARY KEY(bond_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#connected (atom_id text, atom_id2 text, bond_id text, , PRIMARY KEY(atom_id), PRIMARY KEY(atom_id2), FOREIGN KEY(atom_id2) REFERENCES atom(atom_id), FOREIGN KEY(bond_id) REFERENCES bond(bond_id), FOREIGN KEY(atom_id) REFERENCES atom(atom_id))
#molecule (molecule_id text, label text, , PRIMARY KEY(molecule_id), )
#
What is the least common element of all carcinogenic molecules? None
# Always use aliases for all aggregate functions.
# Use SQL set operations(Union, Union All, Intersect and Minus) if needed.
# Use the actual table names in SQL.
# replace alias with actual table name or column name if equivalent alias present in natural query
SELECT
| 251
|
moderate
|
What are the atoms that can bond with the atom that has the element lead?
|
SELECT T2.atom_id, T2.atom_id2 FROM atom AS T1 INNER JOIN connected AS T2 ON T1.atom_id = T2.atom_id WHERE T1.element = 'pb'
|
toxicology
|
You are a proficient SQLite database engineer. You think step by step and give clear and concise answer.
### Here are all the tables with their properties in a SQLite Database.
#
#atom (atom_id text, molecule_id text, element text, , PRIMARY KEY(atom_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#bond (bond_id text, molecule_id text, bond_type text, , PRIMARY KEY(bond_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#connected (atom_id text, atom_id2 text, bond_id text, , PRIMARY KEY(atom_id), PRIMARY KEY(atom_id2), FOREIGN KEY(atom_id2) REFERENCES atom(atom_id), FOREIGN KEY(bond_id) REFERENCES bond(bond_id), FOREIGN KEY(atom_id) REFERENCES atom(atom_id))
#molecule (molecule_id text, label text, , PRIMARY KEY(molecule_id), )
#
What are the atoms that can bond with the atom that has the element lead? None
# Always use aliases for all aggregate functions.
# Use SQL set operations(Union, Union All, Intersect and Minus) if needed.
# Use the actual table names in SQL.
# replace alias with actual table name or column name if equivalent alias present in natural query
SELECT
| 252
|
simple
|
List the elements of all the triple bonds.
|
SELECT DISTINCT T3.element FROM bond AS T1 INNER JOIN connected AS T2 ON T1.bond_id = T2.bond_id INNER JOIN atom AS T3 ON T2.atom_id = T3.atom_id WHERE T1.bond_type = '#'
|
toxicology
|
You are a proficient SQLite database engineer. You think step by step and give clear and concise answer.
### Here are all the tables with their properties in a SQLite Database.
#
#atom (atom_id text, molecule_id text, element text, , PRIMARY KEY(atom_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#bond (bond_id text, molecule_id text, bond_type text, , PRIMARY KEY(bond_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#connected (atom_id text, atom_id2 text, bond_id text, , PRIMARY KEY(atom_id), PRIMARY KEY(atom_id2), FOREIGN KEY(atom_id2) REFERENCES atom(atom_id), FOREIGN KEY(bond_id) REFERENCES bond(bond_id), FOREIGN KEY(atom_id) REFERENCES atom(atom_id))
#molecule (molecule_id text, label text, , PRIMARY KEY(molecule_id), )
#
List the elements of all the triple bonds. None
# Always use aliases for all aggregate functions.
# Use SQL set operations(Union, Union All, Intersect and Minus) if needed.
# Use the actual table names in SQL.
# replace alias with actual table name or column name if equivalent alias present in natural query
SELECT
| 253
|
challenging
|
What percentage of bonds have the most common combination of atoms' elements?
|
SELECT CAST((SELECT COUNT(T1.atom_id) FROM connected AS T1 INNER JOIN bond AS T2 ON T1.bond_id = T2.bond_id GROUP BY T2.bond_type ORDER BY COUNT(T2.bond_id) DESC LIMIT 1 ) AS REAL) * 100 / ( SELECT COUNT(atom_id) FROM connected )
|
toxicology
|
You are a proficient SQLite database engineer. You think step by step and give clear and concise answer.
### Here are all the tables with their properties in a SQLite Database.
#
#atom (atom_id text, molecule_id text, element text, , PRIMARY KEY(atom_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#bond (bond_id text, molecule_id text, bond_type text, , PRIMARY KEY(bond_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#connected (atom_id text, atom_id2 text, bond_id text, , PRIMARY KEY(atom_id), PRIMARY KEY(atom_id2), FOREIGN KEY(atom_id2) REFERENCES atom(atom_id), FOREIGN KEY(bond_id) REFERENCES bond(bond_id), FOREIGN KEY(atom_id) REFERENCES atom(atom_id))
#molecule (molecule_id text, label text, , PRIMARY KEY(molecule_id), )
#
What percentage of bonds have the most common combination of atoms' elements? None
# Always use aliases for all aggregate functions.
# Use SQL set operations(Union, Union All, Intersect and Minus) if needed.
# Use the actual table names in SQL.
# replace alias with actual table name or column name if equivalent alias present in natural query
SELECT
| 254
|
moderate
|
What proportion of single bonds are carcinogenic?
|
SELECT CAST(COUNT(CASE WHEN T2.label = '+' THEN T1.bond_id ELSE NULL END) AS REAL) * 100 / COUNT(T1.bond_id) FROM bond AS T1 INNER JOIN molecule AS T2 ON T1.molecule_id = T2.molecule_id WHERE T1.bond_type = '-'
|
toxicology
|
You are a proficient SQLite database engineer. You think step by step and give clear and concise answer.
### Here are all the tables with their properties in a SQLite Database.
#
#atom (atom_id text, molecule_id text, element text, , PRIMARY KEY(atom_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#bond (bond_id text, molecule_id text, bond_type text, , PRIMARY KEY(bond_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#connected (atom_id text, atom_id2 text, bond_id text, , PRIMARY KEY(atom_id), PRIMARY KEY(atom_id2), FOREIGN KEY(atom_id2) REFERENCES atom(atom_id), FOREIGN KEY(bond_id) REFERENCES bond(bond_id), FOREIGN KEY(atom_id) REFERENCES atom(atom_id))
#molecule (molecule_id text, label text, , PRIMARY KEY(molecule_id), )
#
What proportion of single bonds are carcinogenic? None
# Always use aliases for all aggregate functions.
# Use SQL set operations(Union, Union All, Intersect and Minus) if needed.
# Use the actual table names in SQL.
# replace alias with actual table name or column name if equivalent alias present in natural query
SELECT
| 255
|
moderate
|
Calculate the total atoms consisting of the element carbon and hydrogen.
|
SELECT COUNT(T.atom_id) FROM atom AS T WHERE T.element = 'c' OR T.element = 'h'
|
toxicology
|
You are a proficient SQLite database engineer. You think step by step and give clear and concise answer.
### Here are all the tables with their properties in a SQLite Database.
#
#atom (atom_id text, molecule_id text, element text, , PRIMARY KEY(atom_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#bond (bond_id text, molecule_id text, bond_type text, , PRIMARY KEY(bond_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#connected (atom_id text, atom_id2 text, bond_id text, , PRIMARY KEY(atom_id), PRIMARY KEY(atom_id2), FOREIGN KEY(atom_id2) REFERENCES atom(atom_id), FOREIGN KEY(bond_id) REFERENCES bond(bond_id), FOREIGN KEY(atom_id) REFERENCES atom(atom_id))
#molecule (molecule_id text, label text, , PRIMARY KEY(molecule_id), )
#
Calculate the total atoms consisting of the element carbon and hydrogen. None
# Always use aliases for all aggregate functions.
# Use SQL set operations(Union, Union All, Intersect and Minus) if needed.
# Use the actual table names in SQL.
# replace alias with actual table name or column name if equivalent alias present in natural query
SELECT
| 256
|
simple
|
List down atom id2 for atoms with element sulfur.
|
SELECT DISTINCT T2.atom_id2 FROM atom AS T1 INNER JOIN connected AS T2 ON T1.atom_id = T2.atom_id WHERE T1.element = 's'
|
toxicology
|
You are a proficient SQLite database engineer. You think step by step and give clear and concise answer.
### Here are all the tables with their properties in a SQLite Database.
#
#atom (atom_id text, molecule_id text, element text, , PRIMARY KEY(atom_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#bond (bond_id text, molecule_id text, bond_type text, , PRIMARY KEY(bond_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#connected (atom_id text, atom_id2 text, bond_id text, , PRIMARY KEY(atom_id), PRIMARY KEY(atom_id2), FOREIGN KEY(atom_id2) REFERENCES atom(atom_id), FOREIGN KEY(bond_id) REFERENCES bond(bond_id), FOREIGN KEY(atom_id) REFERENCES atom(atom_id))
#molecule (molecule_id text, label text, , PRIMARY KEY(molecule_id), )
#
List down atom id2 for atoms with element sulfur. None
# Always use aliases for all aggregate functions.
# Use SQL set operations(Union, Union All, Intersect and Minus) if needed.
# Use the actual table names in SQL.
# replace alias with actual table name or column name if equivalent alias present in natural query
SELECT
| 257
|
simple
|
What are the bond type for atoms with element Tin?
|
SELECT DISTINCT T3.bond_type FROM atom AS T1 INNER JOIN connected AS T2 ON T1.atom_id = T2.atom_id INNER JOIN bond AS T3 ON T3.bond_id = T2.bond_id WHERE T1.element = 'sn'
|
toxicology
|
You are a proficient SQLite database engineer. You think step by step and give clear and concise answer.
### Here are all the tables with their properties in a SQLite Database.
#
#atom (atom_id text, molecule_id text, element text, , PRIMARY KEY(atom_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#bond (bond_id text, molecule_id text, bond_type text, , PRIMARY KEY(bond_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#connected (atom_id text, atom_id2 text, bond_id text, , PRIMARY KEY(atom_id), PRIMARY KEY(atom_id2), FOREIGN KEY(atom_id2) REFERENCES atom(atom_id), FOREIGN KEY(bond_id) REFERENCES bond(bond_id), FOREIGN KEY(atom_id) REFERENCES atom(atom_id))
#molecule (molecule_id text, label text, , PRIMARY KEY(molecule_id), )
#
What are the bond type for atoms with element Tin? None
# Always use aliases for all aggregate functions.
# Use SQL set operations(Union, Union All, Intersect and Minus) if needed.
# Use the actual table names in SQL.
# replace alias with actual table name or column name if equivalent alias present in natural query
SELECT
| 258
|
moderate
|
How many elements are there for single bond molecules?
|
SELECT COUNT(DISTINCT T.element) FROM ( SELECT DISTINCT T2.molecule_id, T1.element FROM atom AS T1 INNER JOIN molecule AS T2 ON T1.molecule_id = T2.molecule_id INNER JOIN bond AS T3 ON T2.molecule_id = T3.molecule_id WHERE T3.bond_type = '-' ) AS T
|
toxicology
|
You are a proficient SQLite database engineer. You think step by step and give clear and concise answer.
### Here are all the tables with their properties in a SQLite Database.
#
#atom (atom_id text, molecule_id text, element text, , PRIMARY KEY(atom_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#bond (bond_id text, molecule_id text, bond_type text, , PRIMARY KEY(bond_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#connected (atom_id text, atom_id2 text, bond_id text, , PRIMARY KEY(atom_id), PRIMARY KEY(atom_id2), FOREIGN KEY(atom_id2) REFERENCES atom(atom_id), FOREIGN KEY(bond_id) REFERENCES bond(bond_id), FOREIGN KEY(atom_id) REFERENCES atom(atom_id))
#molecule (molecule_id text, label text, , PRIMARY KEY(molecule_id), )
#
How many elements are there for single bond molecules? None
# Always use aliases for all aggregate functions.
# Use SQL set operations(Union, Union All, Intersect and Minus) if needed.
# Use the actual table names in SQL.
# replace alias with actual table name or column name if equivalent alias present in natural query
SELECT
| 259
|
simple
|
Calculate the total atoms with triple-bond molecules containing the element phosphorus or bromine.
|
SELECT COUNT(T1.atom_id) FROM atom AS T1 INNER JOIN molecule AS T2 ON T1.molecule_id = T2.molecule_id INNER JOIN bond AS T3 ON T2.molecule_id = T3.molecule_id WHERE T3.bond_type = '#' AND T1.element IN ('p', 'br')
|
toxicology
|
You are a proficient SQLite database engineer. You think step by step and give clear and concise answer.
### Here are all the tables with their properties in a SQLite Database.
#
#atom (atom_id text, molecule_id text, element text, , PRIMARY KEY(atom_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#bond (bond_id text, molecule_id text, bond_type text, , PRIMARY KEY(bond_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#connected (atom_id text, atom_id2 text, bond_id text, , PRIMARY KEY(atom_id), PRIMARY KEY(atom_id2), FOREIGN KEY(atom_id2) REFERENCES atom(atom_id), FOREIGN KEY(bond_id) REFERENCES bond(bond_id), FOREIGN KEY(atom_id) REFERENCES atom(atom_id))
#molecule (molecule_id text, label text, , PRIMARY KEY(molecule_id), )
#
Calculate the total atoms with triple-bond molecules containing the element phosphorus or bromine. None
# Always use aliases for all aggregate functions.
# Use SQL set operations(Union, Union All, Intersect and Minus) if needed.
# Use the actual table names in SQL.
# replace alias with actual table name or column name if equivalent alias present in natural query
SELECT
| 260
|
moderate
|
Write down bond id for molecules that are carcinogenic.
|
SELECT DISTINCT T1.bond_id FROM bond AS T1 INNER JOIN molecule AS T2 ON T1.molecule_id = T2.molecule_id WHERE T2.label = '+'
|
toxicology
|
You are a proficient SQLite database engineer. You think step by step and give clear and concise answer.
### Here are all the tables with their properties in a SQLite Database.
#
#atom (atom_id text, molecule_id text, element text, , PRIMARY KEY(atom_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#bond (bond_id text, molecule_id text, bond_type text, , PRIMARY KEY(bond_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#connected (atom_id text, atom_id2 text, bond_id text, , PRIMARY KEY(atom_id), PRIMARY KEY(atom_id2), FOREIGN KEY(atom_id2) REFERENCES atom(atom_id), FOREIGN KEY(bond_id) REFERENCES bond(bond_id), FOREIGN KEY(atom_id) REFERENCES atom(atom_id))
#molecule (molecule_id text, label text, , PRIMARY KEY(molecule_id), )
#
Write down bond id for molecules that are carcinogenic. None
# Always use aliases for all aggregate functions.
# Use SQL set operations(Union, Union All, Intersect and Minus) if needed.
# Use the actual table names in SQL.
# replace alias with actual table name or column name if equivalent alias present in natural query
SELECT
| 261
|
simple
|
Among the single bond molecule id, which molecules are not carcinogenic?
|
SELECT DISTINCT T1.molecule_id FROM bond AS T1 INNER JOIN molecule AS T2 ON T1.molecule_id = T2.molecule_id WHERE T2.label = '-' AND T1.bond_type = '-'
|
toxicology
|
You are a proficient SQLite database engineer. You think step by step and give clear and concise answer.
### Here are all the tables with their properties in a SQLite Database.
#
#atom (atom_id text, molecule_id text, element text, , PRIMARY KEY(atom_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#bond (bond_id text, molecule_id text, bond_type text, , PRIMARY KEY(bond_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#connected (atom_id text, atom_id2 text, bond_id text, , PRIMARY KEY(atom_id), PRIMARY KEY(atom_id2), FOREIGN KEY(atom_id2) REFERENCES atom(atom_id), FOREIGN KEY(bond_id) REFERENCES bond(bond_id), FOREIGN KEY(atom_id) REFERENCES atom(atom_id))
#molecule (molecule_id text, label text, , PRIMARY KEY(molecule_id), )
#
Among the single bond molecule id, which molecules are not carcinogenic? None
# Always use aliases for all aggregate functions.
# Use SQL set operations(Union, Union All, Intersect and Minus) if needed.
# Use the actual table names in SQL.
# replace alias with actual table name or column name if equivalent alias present in natural query
SELECT
| 262
|
simple
|
What is the composition of element chlorine in percentage among the single bond molecules?
|
SELECT CAST(COUNT(CASE WHEN T.element = 'cl' THEN T.atom_id ELSE NULL END) AS REAL) * 100 / COUNT(T.atom_id) FROM ( SELECT T1.atom_id, T1.element FROM atom AS T1 INNER JOIN molecule AS T2 ON T1.molecule_id = T2.molecule_id INNER JOIN bond AS T3 ON T2.molecule_id = T3.molecule_id WHERE T3.bond_type = '-' ) AS T
|
toxicology
|
You are a proficient SQLite database engineer. You think step by step and give clear and concise answer.
### Here are all the tables with their properties in a SQLite Database.
#
#atom (atom_id text, molecule_id text, element text, , PRIMARY KEY(atom_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#bond (bond_id text, molecule_id text, bond_type text, , PRIMARY KEY(bond_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#connected (atom_id text, atom_id2 text, bond_id text, , PRIMARY KEY(atom_id), PRIMARY KEY(atom_id2), FOREIGN KEY(atom_id2) REFERENCES atom(atom_id), FOREIGN KEY(bond_id) REFERENCES bond(bond_id), FOREIGN KEY(atom_id) REFERENCES atom(atom_id))
#molecule (molecule_id text, label text, , PRIMARY KEY(molecule_id), )
#
What is the composition of element chlorine in percentage among the single bond molecules? None
# Always use aliases for all aggregate functions.
# Use SQL set operations(Union, Union All, Intersect and Minus) if needed.
# Use the actual table names in SQL.
# replace alias with actual table name or column name if equivalent alias present in natural query
SELECT
| 263
|
challenging
|
What are the labels for TR000, TR001 and TR002?
|
SELECT molecule_id, T.label FROM molecule AS T WHERE T.molecule_id IN ('TR000', 'TR001', 'TR002')
|
toxicology
|
You are a proficient SQLite database engineer. You think step by step and give clear and concise answer.
### Here are all the tables with their properties in a SQLite Database.
#
#atom (atom_id text, molecule_id text, element text, , PRIMARY KEY(atom_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#bond (bond_id text, molecule_id text, bond_type text, , PRIMARY KEY(bond_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#connected (atom_id text, atom_id2 text, bond_id text, , PRIMARY KEY(atom_id), PRIMARY KEY(atom_id2), FOREIGN KEY(atom_id2) REFERENCES atom(atom_id), FOREIGN KEY(bond_id) REFERENCES bond(bond_id), FOREIGN KEY(atom_id) REFERENCES atom(atom_id))
#molecule (molecule_id text, label text, , PRIMARY KEY(molecule_id), )
#
What are the labels for TR000, TR001 and TR002? None
# Always use aliases for all aggregate functions.
# Use SQL set operations(Union, Union All, Intersect and Minus) if needed.
# Use the actual table names in SQL.
# replace alias with actual table name or column name if equivalent alias present in natural query
SELECT
| 264
|
simple
|
List down the molecule id for non carcinogenic molecules.
|
SELECT T.molecule_id FROM molecule AS T WHERE T.label = '-'
|
toxicology
|
You are a proficient SQLite database engineer. You think step by step and give clear and concise answer.
### Here are all the tables with their properties in a SQLite Database.
#
#atom (atom_id text, molecule_id text, element text, , PRIMARY KEY(atom_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#bond (bond_id text, molecule_id text, bond_type text, , PRIMARY KEY(bond_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#connected (atom_id text, atom_id2 text, bond_id text, , PRIMARY KEY(atom_id), PRIMARY KEY(atom_id2), FOREIGN KEY(atom_id2) REFERENCES atom(atom_id), FOREIGN KEY(bond_id) REFERENCES bond(bond_id), FOREIGN KEY(atom_id) REFERENCES atom(atom_id))
#molecule (molecule_id text, label text, , PRIMARY KEY(molecule_id), )
#
List down the molecule id for non carcinogenic molecules. None
# Always use aliases for all aggregate functions.
# Use SQL set operations(Union, Union All, Intersect and Minus) if needed.
# Use the actual table names in SQL.
# replace alias with actual table name or column name if equivalent alias present in natural query
SELECT
| 265
|
simple
|
Calculate the total carcinogenic molecules for molecule id from TR000 to TR030.
|
SELECT COUNT(T.molecule_id) FROM molecule AS T WHERE T.molecule_id BETWEEN 'TR000' AND 'TR030' AND T.label = '+'
|
toxicology
|
You are a proficient SQLite database engineer. You think step by step and give clear and concise answer.
### Here are all the tables with their properties in a SQLite Database.
#
#atom (atom_id text, molecule_id text, element text, , PRIMARY KEY(atom_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#bond (bond_id text, molecule_id text, bond_type text, , PRIMARY KEY(bond_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#connected (atom_id text, atom_id2 text, bond_id text, , PRIMARY KEY(atom_id), PRIMARY KEY(atom_id2), FOREIGN KEY(atom_id2) REFERENCES atom(atom_id), FOREIGN KEY(bond_id) REFERENCES bond(bond_id), FOREIGN KEY(atom_id) REFERENCES atom(atom_id))
#molecule (molecule_id text, label text, , PRIMARY KEY(molecule_id), )
#
Calculate the total carcinogenic molecules for molecule id from TR000 to TR030. None
# Always use aliases for all aggregate functions.
# Use SQL set operations(Union, Union All, Intersect and Minus) if needed.
# Use the actual table names in SQL.
# replace alias with actual table name or column name if equivalent alias present in natural query
SELECT
| 266
|
simple
|
List down the bond type for molecules from molecule id TR000 to TR050.
|
SELECT T2.molecule_id, T2.bond_type FROM molecule AS T1 INNER JOIN bond AS T2 ON T1.molecule_id = T2.molecule_id WHERE T1.molecule_id BETWEEN 'TR000' AND 'TR050'
|
toxicology
|
You are a proficient SQLite database engineer. You think step by step and give clear and concise answer.
### Here are all the tables with their properties in a SQLite Database.
#
#atom (atom_id text, molecule_id text, element text, , PRIMARY KEY(atom_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#bond (bond_id text, molecule_id text, bond_type text, , PRIMARY KEY(bond_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#connected (atom_id text, atom_id2 text, bond_id text, , PRIMARY KEY(atom_id), PRIMARY KEY(atom_id2), FOREIGN KEY(atom_id2) REFERENCES atom(atom_id), FOREIGN KEY(bond_id) REFERENCES bond(bond_id), FOREIGN KEY(atom_id) REFERENCES atom(atom_id))
#molecule (molecule_id text, label text, , PRIMARY KEY(molecule_id), )
#
List down the bond type for molecules from molecule id TR000 to TR050. None
# Always use aliases for all aggregate functions.
# Use SQL set operations(Union, Union All, Intersect and Minus) if needed.
# Use the actual table names in SQL.
# replace alias with actual table name or column name if equivalent alias present in natural query
SELECT
| 267
|
moderate
|
What are the elements for bond id TR001_10_11?
|
SELECT T2.element FROM connected AS T1 INNER JOIN atom AS T2 ON T1.atom_id = T2.atom_id WHERE T1.bond_id = 'TR001_10_11'
|
toxicology
|
You are a proficient SQLite database engineer. You think step by step and give clear and concise answer.
### Here are all the tables with their properties in a SQLite Database.
#
#atom (atom_id text, molecule_id text, element text, , PRIMARY KEY(atom_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#bond (bond_id text, molecule_id text, bond_type text, , PRIMARY KEY(bond_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#connected (atom_id text, atom_id2 text, bond_id text, , PRIMARY KEY(atom_id), PRIMARY KEY(atom_id2), FOREIGN KEY(atom_id2) REFERENCES atom(atom_id), FOREIGN KEY(bond_id) REFERENCES bond(bond_id), FOREIGN KEY(atom_id) REFERENCES atom(atom_id))
#molecule (molecule_id text, label text, , PRIMARY KEY(molecule_id), )
#
What are the elements for bond id TR001_10_11? None
# Always use aliases for all aggregate functions.
# Use SQL set operations(Union, Union All, Intersect and Minus) if needed.
# Use the actual table names in SQL.
# replace alias with actual table name or column name if equivalent alias present in natural query
SELECT
| 268
|
challenging
|
How many bond id have element iodine?
|
SELECT COUNT(T3.bond_id) FROM atom AS T1 INNER JOIN molecule AS T2 ON T1.molecule_id = T2.molecule_id INNER JOIN bond AS T3 ON T2.molecule_id = T3.molecule_id WHERE T1.element = 'i'
|
toxicology
|
You are a proficient SQLite database engineer. You think step by step and give clear and concise answer.
### Here are all the tables with their properties in a SQLite Database.
#
#atom (atom_id text, molecule_id text, element text, , PRIMARY KEY(atom_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#bond (bond_id text, molecule_id text, bond_type text, , PRIMARY KEY(bond_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#connected (atom_id text, atom_id2 text, bond_id text, , PRIMARY KEY(atom_id), PRIMARY KEY(atom_id2), FOREIGN KEY(atom_id2) REFERENCES atom(atom_id), FOREIGN KEY(bond_id) REFERENCES bond(bond_id), FOREIGN KEY(atom_id) REFERENCES atom(atom_id))
#molecule (molecule_id text, label text, , PRIMARY KEY(molecule_id), )
#
How many bond id have element iodine? None
# Always use aliases for all aggregate functions.
# Use SQL set operations(Union, Union All, Intersect and Minus) if needed.
# Use the actual table names in SQL.
# replace alias with actual table name or column name if equivalent alias present in natural query
SELECT
| 269
|
simple
|
Among the molecules with element Calcium, are they mostly carcinogenic or non carcinogenic?
|
SELECT T2.label FROM atom AS T1 INNER JOIN molecule AS T2 ON T1.molecule_id = T2.molecule_id WHERE T1.element = 'ca' GROUP BY T2.label ORDER BY COUNT(T2.label) DESC LIMIT 1
|
toxicology
|
You are a proficient SQLite database engineer. You think step by step and give clear and concise answer.
### Here are all the tables with their properties in a SQLite Database.
#
#atom (atom_id text, molecule_id text, element text, , PRIMARY KEY(atom_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#bond (bond_id text, molecule_id text, bond_type text, , PRIMARY KEY(bond_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#connected (atom_id text, atom_id2 text, bond_id text, , PRIMARY KEY(atom_id), PRIMARY KEY(atom_id2), FOREIGN KEY(atom_id2) REFERENCES atom(atom_id), FOREIGN KEY(bond_id) REFERENCES bond(bond_id), FOREIGN KEY(atom_id) REFERENCES atom(atom_id))
#molecule (molecule_id text, label text, , PRIMARY KEY(molecule_id), )
#
Among the molecules with element Calcium, are they mostly carcinogenic or non carcinogenic? None
# Always use aliases for all aggregate functions.
# Use SQL set operations(Union, Union All, Intersect and Minus) if needed.
# Use the actual table names in SQL.
# replace alias with actual table name or column name if equivalent alias present in natural query
SELECT
| 270
|
moderate
|
Does bond id TR001_1_8 have both element of chlorine and carbon?
|
SELECT T2.bond_id, T2.atom_id2, T1.element AS flag_have_CaCl FROM atom AS T1 INNER JOIN connected AS T2 ON T2.atom_id = T1.atom_id WHERE T2.bond_id = 'TR001_1_8' AND (T1.element = 'c1' OR T1.element = 'c')
|
toxicology
|
You are a proficient SQLite database engineer. You think step by step and give clear and concise answer.
### Here are all the tables with their properties in a SQLite Database.
#
#atom (atom_id text, molecule_id text, element text, , PRIMARY KEY(atom_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#bond (bond_id text, molecule_id text, bond_type text, , PRIMARY KEY(bond_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#connected (atom_id text, atom_id2 text, bond_id text, , PRIMARY KEY(atom_id), PRIMARY KEY(atom_id2), FOREIGN KEY(atom_id2) REFERENCES atom(atom_id), FOREIGN KEY(bond_id) REFERENCES bond(bond_id), FOREIGN KEY(atom_id) REFERENCES atom(atom_id))
#molecule (molecule_id text, label text, , PRIMARY KEY(molecule_id), )
#
Does bond id TR001_1_8 have both element of chlorine and carbon? None
# Always use aliases for all aggregate functions.
# Use SQL set operations(Union, Union All, Intersect and Minus) if needed.
# Use the actual table names in SQL.
# replace alias with actual table name or column name if equivalent alias present in natural query
SELECT
| 271
|
simple
|
List down two molecule id of triple bond non carcinogenic molecules with element carbon.
|
SELECT DISTINCT T2.molecule_id FROM atom AS T1 INNER JOIN molecule AS T2 ON T1.molecule_id = T2.molecule_id INNER JOIN bond AS T3 ON T2.molecule_id = T3.molecule_id WHERE T3.bond_type = '#' AND T1.element = 'c' AND T2.label = '-'
|
toxicology
|
You are a proficient SQLite database engineer. You think step by step and give clear and concise answer.
### Here are all the tables with their properties in a SQLite Database.
#
#atom (atom_id text, molecule_id text, element text, , PRIMARY KEY(atom_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#bond (bond_id text, molecule_id text, bond_type text, , PRIMARY KEY(bond_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#connected (atom_id text, atom_id2 text, bond_id text, , PRIMARY KEY(atom_id), PRIMARY KEY(atom_id2), FOREIGN KEY(atom_id2) REFERENCES atom(atom_id), FOREIGN KEY(bond_id) REFERENCES bond(bond_id), FOREIGN KEY(atom_id) REFERENCES atom(atom_id))
#molecule (molecule_id text, label text, , PRIMARY KEY(molecule_id), )
#
List down two molecule id of triple bond non carcinogenic molecules with element carbon. None
# Always use aliases for all aggregate functions.
# Use SQL set operations(Union, Union All, Intersect and Minus) if needed.
# Use the actual table names in SQL.
# replace alias with actual table name or column name if equivalent alias present in natural query
SELECT
| 272
|
moderate
|
What is the percentage of element chlorine in carcinogenic molecules?
|
SELECT CAST(COUNT( CASE WHEN T1.element = 'cl' THEN T1.element ELSE NULL END) AS REAL) * 100 / COUNT(T1.element) FROM atom AS T1 INNER JOIN molecule AS T2 ON T1.molecule_id = T2.molecule_id WHERE T2.label = '+'
|
toxicology
|
You are a proficient SQLite database engineer. You think step by step and give clear and concise answer.
### Here are all the tables with their properties in a SQLite Database.
#
#atom (atom_id text, molecule_id text, element text, , PRIMARY KEY(atom_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#bond (bond_id text, molecule_id text, bond_type text, , PRIMARY KEY(bond_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#connected (atom_id text, atom_id2 text, bond_id text, , PRIMARY KEY(atom_id), PRIMARY KEY(atom_id2), FOREIGN KEY(atom_id2) REFERENCES atom(atom_id), FOREIGN KEY(bond_id) REFERENCES bond(bond_id), FOREIGN KEY(atom_id) REFERENCES atom(atom_id))
#molecule (molecule_id text, label text, , PRIMARY KEY(molecule_id), )
#
What is the percentage of element chlorine in carcinogenic molecules? None
# Always use aliases for all aggregate functions.
# Use SQL set operations(Union, Union All, Intersect and Minus) if needed.
# Use the actual table names in SQL.
# replace alias with actual table name or column name if equivalent alias present in natural query
SELECT
| 273
|
moderate
|
List the toxicology elements associated with molecule TR001.
|
SELECT DISTINCT T.element FROM atom AS T WHERE T.molecule_id = 'TR001'
|
toxicology
|
You are a proficient SQLite database engineer. You think step by step and give clear and concise answer.
### Here are all the tables with their properties in a SQLite Database.
#
#atom (atom_id text, molecule_id text, element text, , PRIMARY KEY(atom_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#bond (bond_id text, molecule_id text, bond_type text, , PRIMARY KEY(bond_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#connected (atom_id text, atom_id2 text, bond_id text, , PRIMARY KEY(atom_id), PRIMARY KEY(atom_id2), FOREIGN KEY(atom_id2) REFERENCES atom(atom_id), FOREIGN KEY(bond_id) REFERENCES bond(bond_id), FOREIGN KEY(atom_id) REFERENCES atom(atom_id))
#molecule (molecule_id text, label text, , PRIMARY KEY(molecule_id), )
#
List the toxicology elements associated with molecule TR001. None
# Always use aliases for all aggregate functions.
# Use SQL set operations(Union, Union All, Intersect and Minus) if needed.
# Use the actual table names in SQL.
# replace alias with actual table name or column name if equivalent alias present in natural query
SELECT
| 274
|
simple
|
Give me the molecule ID of the double bond type.
|
SELECT DISTINCT T.molecule_id FROM bond AS T WHERE T.bond_type = '='
|
toxicology
|
You are a proficient SQLite database engineer. You think step by step and give clear and concise answer.
### Here are all the tables with their properties in a SQLite Database.
#
#atom (atom_id text, molecule_id text, element text, , PRIMARY KEY(atom_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#bond (bond_id text, molecule_id text, bond_type text, , PRIMARY KEY(bond_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#connected (atom_id text, atom_id2 text, bond_id text, , PRIMARY KEY(atom_id), PRIMARY KEY(atom_id2), FOREIGN KEY(atom_id2) REFERENCES atom(atom_id), FOREIGN KEY(bond_id) REFERENCES bond(bond_id), FOREIGN KEY(atom_id) REFERENCES atom(atom_id))
#molecule (molecule_id text, label text, , PRIMARY KEY(molecule_id), )
#
Give me the molecule ID of the double bond type. None
# Always use aliases for all aggregate functions.
# Use SQL set operations(Union, Union All, Intersect and Minus) if needed.
# Use the actual table names in SQL.
# replace alias with actual table name or column name if equivalent alias present in natural query
SELECT
| 275
|
simple
|
Write down the atom IDs of the first and second atoms of triple bond type molecules.
|
SELECT T2.atom_id, T2.atom_id2 FROM bond AS T1 INNER JOIN connected AS T2 ON T1.bond_id = T2.bond_id WHERE T1.bond_type = '#'
|
toxicology
|
You are a proficient SQLite database engineer. You think step by step and give clear and concise answer.
### Here are all the tables with their properties in a SQLite Database.
#
#atom (atom_id text, molecule_id text, element text, , PRIMARY KEY(atom_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#bond (bond_id text, molecule_id text, bond_type text, , PRIMARY KEY(bond_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#connected (atom_id text, atom_id2 text, bond_id text, , PRIMARY KEY(atom_id), PRIMARY KEY(atom_id2), FOREIGN KEY(atom_id2) REFERENCES atom(atom_id), FOREIGN KEY(bond_id) REFERENCES bond(bond_id), FOREIGN KEY(atom_id) REFERENCES atom(atom_id))
#molecule (molecule_id text, label text, , PRIMARY KEY(molecule_id), )
#
Write down the atom IDs of the first and second atoms of triple bond type molecules. None
# Always use aliases for all aggregate functions.
# Use SQL set operations(Union, Union All, Intersect and Minus) if needed.
# Use the actual table names in SQL.
# replace alias with actual table name or column name if equivalent alias present in natural query
SELECT
| 276
|
simple
|
What are the toxicology elements associated with bond ID TR005_16_26?
|
SELECT T1.element FROM atom AS T1 INNER JOIN connected AS T2 ON T1.atom_id = T2.atom_id WHERE T2.bond_id = 'TR005_16_26'
|
toxicology
|
You are a proficient SQLite database engineer. You think step by step and give clear and concise answer.
### Here are all the tables with their properties in a SQLite Database.
#
#atom (atom_id text, molecule_id text, element text, , PRIMARY KEY(atom_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#bond (bond_id text, molecule_id text, bond_type text, , PRIMARY KEY(bond_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#connected (atom_id text, atom_id2 text, bond_id text, , PRIMARY KEY(atom_id), PRIMARY KEY(atom_id2), FOREIGN KEY(atom_id2) REFERENCES atom(atom_id), FOREIGN KEY(bond_id) REFERENCES bond(bond_id), FOREIGN KEY(atom_id) REFERENCES atom(atom_id))
#molecule (molecule_id text, label text, , PRIMARY KEY(molecule_id), )
#
What are the toxicology elements associated with bond ID TR005_16_26? None
# Always use aliases for all aggregate functions.
# Use SQL set operations(Union, Union All, Intersect and Minus) if needed.
# Use the actual table names in SQL.
# replace alias with actual table name or column name if equivalent alias present in natural query
SELECT
| 277
|
challenging
|
How many of the single bond type molecules are non-carcinogenic?
|
SELECT COUNT(DISTINCT T2.molecule_id) FROM bond AS T1 INNER JOIN molecule AS T2 ON T1.molecule_id = T2.molecule_id WHERE T2.label = '-' AND T1.bond_type = '-'
|
toxicology
|
You are a proficient SQLite database engineer. You think step by step and give clear and concise answer.
### Here are all the tables with their properties in a SQLite Database.
#
#atom (atom_id text, molecule_id text, element text, , PRIMARY KEY(atom_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#bond (bond_id text, molecule_id text, bond_type text, , PRIMARY KEY(bond_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#connected (atom_id text, atom_id2 text, bond_id text, , PRIMARY KEY(atom_id), PRIMARY KEY(atom_id2), FOREIGN KEY(atom_id2) REFERENCES atom(atom_id), FOREIGN KEY(bond_id) REFERENCES bond(bond_id), FOREIGN KEY(atom_id) REFERENCES atom(atom_id))
#molecule (molecule_id text, label text, , PRIMARY KEY(molecule_id), )
#
How many of the single bond type molecules are non-carcinogenic? None
# Always use aliases for all aggregate functions.
# Use SQL set operations(Union, Union All, Intersect and Minus) if needed.
# Use the actual table names in SQL.
# replace alias with actual table name or column name if equivalent alias present in natural query
SELECT
| 278
|
simple
|
What is the label for bond ID TR001_10_11?
|
SELECT T2.label FROM bond AS T1 INNER JOIN molecule AS T2 ON T1.molecule_id = T2.molecule_id WHERE T1.bond_id = 'TR001_10_11'
|
toxicology
|
You are a proficient SQLite database engineer. You think step by step and give clear and concise answer.
### Here are all the tables with their properties in a SQLite Database.
#
#atom (atom_id text, molecule_id text, element text, , PRIMARY KEY(atom_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#bond (bond_id text, molecule_id text, bond_type text, , PRIMARY KEY(bond_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#connected (atom_id text, atom_id2 text, bond_id text, , PRIMARY KEY(atom_id), PRIMARY KEY(atom_id2), FOREIGN KEY(atom_id2) REFERENCES atom(atom_id), FOREIGN KEY(bond_id) REFERENCES bond(bond_id), FOREIGN KEY(atom_id) REFERENCES atom(atom_id))
#molecule (molecule_id text, label text, , PRIMARY KEY(molecule_id), )
#
What is the label for bond ID TR001_10_11? None
# Always use aliases for all aggregate functions.
# Use SQL set operations(Union, Union All, Intersect and Minus) if needed.
# Use the actual table names in SQL.
# replace alias with actual table name or column name if equivalent alias present in natural query
SELECT
| 279
|
simple
|
Enumerate the bond ID of triple bond type molecules and tell me if they are carcinogenic or not.
|
SELECT DISTINCT T1.bond_id, T2.label FROM bond AS T1 INNER JOIN molecule AS T2 ON T1.molecule_id = T2.molecule_id WHERE T1.bond_type = '#'
|
toxicology
|
You are a proficient SQLite database engineer. You think step by step and give clear and concise answer.
### Here are all the tables with their properties in a SQLite Database.
#
#atom (atom_id text, molecule_id text, element text, , PRIMARY KEY(atom_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#bond (bond_id text, molecule_id text, bond_type text, , PRIMARY KEY(bond_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#connected (atom_id text, atom_id2 text, bond_id text, , PRIMARY KEY(atom_id), PRIMARY KEY(atom_id2), FOREIGN KEY(atom_id2) REFERENCES atom(atom_id), FOREIGN KEY(bond_id) REFERENCES bond(bond_id), FOREIGN KEY(atom_id) REFERENCES atom(atom_id))
#molecule (molecule_id text, label text, , PRIMARY KEY(molecule_id), )
#
Enumerate the bond ID of triple bond type molecules and tell me if they are carcinogenic or not. None
# Always use aliases for all aggregate functions.
# Use SQL set operations(Union, Union All, Intersect and Minus) if needed.
# Use the actual table names in SQL.
# replace alias with actual table name or column name if equivalent alias present in natural query
SELECT
| 280
|
moderate
|
Tally the toxicology element of the 4th atom of each molecule that was carcinogenic.
|
SELECT DISTINCT T1.element FROM atom AS T1 INNER JOIN molecule AS T2 ON T1.molecule_id = T2.molecule_id WHERE T2.label = '+' AND SUBSTR(T1.atom_id, -1) = '4' AND LENGTH(T1.atom_id) = 7
|
toxicology
|
You are a proficient SQLite database engineer. You think step by step and give clear and concise answer.
### Here are all the tables with their properties in a SQLite Database.
#
#atom (atom_id text, molecule_id text, element text, , PRIMARY KEY(atom_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#bond (bond_id text, molecule_id text, bond_type text, , PRIMARY KEY(bond_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#connected (atom_id text, atom_id2 text, bond_id text, , PRIMARY KEY(atom_id), PRIMARY KEY(atom_id2), FOREIGN KEY(atom_id2) REFERENCES atom(atom_id), FOREIGN KEY(bond_id) REFERENCES bond(bond_id), FOREIGN KEY(atom_id) REFERENCES atom(atom_id))
#molecule (molecule_id text, label text, , PRIMARY KEY(molecule_id), )
#
Tally the toxicology element of the 4th atom of each molecule that was carcinogenic. None
# Always use aliases for all aggregate functions.
# Use SQL set operations(Union, Union All, Intersect and Minus) if needed.
# Use the actual table names in SQL.
# replace alias with actual table name or column name if equivalent alias present in natural query
SELECT
| 281
|
challenging
|
What is the ratio of Hydrogen elements in molecule ID TR006? Please indicate its label.
|
SELECT CAST(COUNT(CASE WHEN T.element = 'h' THEN T.atom_id ELSE NULL END) AS REAL) / COUNT(T.atom_id) FROM ( SELECT DISTINCT T1.atom_id, T1.element, T1.molecule_id, T2.label FROM atom AS T1 INNER JOIN molecule AS T2 ON T1.molecule_id = T2.molecule_id WHERE T2.molecule_id = 'TR006' ) AS T UNION ALL SELECT DISTINCT T3.label FROM ( SELECT DISTINCT T1.atom_id, T1.element, T1.molecule_id, T2.label FROM atom AS T1 INNER JOIN molecule AS T2 ON T1.molecule_id = T2.molecule_id WHERE T2.molecule_id = 'TR006' ) AS T3
|
toxicology
|
You are a proficient SQLite database engineer. You think step by step and give clear and concise answer.
### Here are all the tables with their properties in a SQLite Database.
#
#atom (atom_id text, molecule_id text, element text, , PRIMARY KEY(atom_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#bond (bond_id text, molecule_id text, bond_type text, , PRIMARY KEY(bond_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#connected (atom_id text, atom_id2 text, bond_id text, , PRIMARY KEY(atom_id), PRIMARY KEY(atom_id2), FOREIGN KEY(atom_id2) REFERENCES atom(atom_id), FOREIGN KEY(bond_id) REFERENCES bond(bond_id), FOREIGN KEY(atom_id) REFERENCES atom(atom_id))
#molecule (molecule_id text, label text, , PRIMARY KEY(molecule_id), )
#
What is the ratio of Hydrogen elements in molecule ID TR006? Please indicate its label. None
# Always use aliases for all aggregate functions.
# Use SQL set operations(Union, Union All, Intersect and Minus) if needed.
# Use the actual table names in SQL.
# replace alias with actual table name or column name if equivalent alias present in natural query
SELECT
| 282
|
challenging
|
Identify whether the chemical compound that contains Calcium is carcinogenic.
|
SELECT T2.label AS flag_carcinogenic FROM atom AS T1 INNER JOIN molecule AS T2 ON T1.molecule_id = T2.molecule_id WHERE T1.element = 'ca'
|
toxicology
|
You are a proficient SQLite database engineer. You think step by step and give clear and concise answer.
### Here are all the tables with their properties in a SQLite Database.
#
#atom (atom_id text, molecule_id text, element text, , PRIMARY KEY(atom_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#bond (bond_id text, molecule_id text, bond_type text, , PRIMARY KEY(bond_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#connected (atom_id text, atom_id2 text, bond_id text, , PRIMARY KEY(atom_id), PRIMARY KEY(atom_id2), FOREIGN KEY(atom_id2) REFERENCES atom(atom_id), FOREIGN KEY(bond_id) REFERENCES bond(bond_id), FOREIGN KEY(atom_id) REFERENCES atom(atom_id))
#molecule (molecule_id text, label text, , PRIMARY KEY(molecule_id), )
#
Identify whether the chemical compound that contains Calcium is carcinogenic. None
# Always use aliases for all aggregate functions.
# Use SQL set operations(Union, Union All, Intersect and Minus) if needed.
# Use the actual table names in SQL.
# replace alias with actual table name or column name if equivalent alias present in natural query
SELECT
| 283
|
moderate
|
Determine the bond type that is formed in the chemical compound containing element Tellurium.
|
SELECT DISTINCT T2.bond_type FROM atom AS T1 INNER JOIN bond AS T2 ON T1.molecule_id = T2.molecule_id WHERE T1.element = 'te'
|
toxicology
|
You are a proficient SQLite database engineer. You think step by step and give clear and concise answer.
### Here are all the tables with their properties in a SQLite Database.
#
#atom (atom_id text, molecule_id text, element text, , PRIMARY KEY(atom_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#bond (bond_id text, molecule_id text, bond_type text, , PRIMARY KEY(bond_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#connected (atom_id text, atom_id2 text, bond_id text, , PRIMARY KEY(atom_id), PRIMARY KEY(atom_id2), FOREIGN KEY(atom_id2) REFERENCES atom(atom_id), FOREIGN KEY(bond_id) REFERENCES bond(bond_id), FOREIGN KEY(atom_id) REFERENCES atom(atom_id))
#molecule (molecule_id text, label text, , PRIMARY KEY(molecule_id), )
#
Determine the bond type that is formed in the chemical compound containing element Tellurium. None
# Always use aliases for all aggregate functions.
# Use SQL set operations(Union, Union All, Intersect and Minus) if needed.
# Use the actual table names in SQL.
# replace alias with actual table name or column name if equivalent alias present in natural query
SELECT
| 284
|
moderate
|
Name chemical elements that form a bond TR001_10_11.
|
SELECT T1.element FROM atom AS T1 INNER JOIN connected AS T2 ON T1.atom_id = T2.atom_id INNER JOIN bond AS T3 ON T2.bond_id = T3.bond_id WHERE T3.bond_id = 'TR001_10_11'
|
toxicology
|
You are a proficient SQLite database engineer. You think step by step and give clear and concise answer.
### Here are all the tables with their properties in a SQLite Database.
#
#atom (atom_id text, molecule_id text, element text, , PRIMARY KEY(atom_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#bond (bond_id text, molecule_id text, bond_type text, , PRIMARY KEY(bond_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#connected (atom_id text, atom_id2 text, bond_id text, , PRIMARY KEY(atom_id), PRIMARY KEY(atom_id2), FOREIGN KEY(atom_id2) REFERENCES atom(atom_id), FOREIGN KEY(bond_id) REFERENCES bond(bond_id), FOREIGN KEY(atom_id) REFERENCES atom(atom_id))
#molecule (molecule_id text, label text, , PRIMARY KEY(molecule_id), )
#
Name chemical elements that form a bond TR001_10_11. None
# Always use aliases for all aggregate functions.
# Use SQL set operations(Union, Union All, Intersect and Minus) if needed.
# Use the actual table names in SQL.
# replace alias with actual table name or column name if equivalent alias present in natural query
SELECT
| 285
|
challenging
|
Among all chemical compounds identified in the database, what percent of compounds form a triple-bond.
|
SELECT CAST(COUNT(CASE WHEN T.bond_type = '#' THEN T.bond_id ELSE NULL END) AS REAL) * 100 / COUNT(T.bond_id) FROM bond AS T
|
toxicology
|
You are a proficient SQLite database engineer. You think step by step and give clear and concise answer.
### Here are all the tables with their properties in a SQLite Database.
#
#atom (atom_id text, molecule_id text, element text, , PRIMARY KEY(atom_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#bond (bond_id text, molecule_id text, bond_type text, , PRIMARY KEY(bond_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#connected (atom_id text, atom_id2 text, bond_id text, , PRIMARY KEY(atom_id), PRIMARY KEY(atom_id2), FOREIGN KEY(atom_id2) REFERENCES atom(atom_id), FOREIGN KEY(bond_id) REFERENCES bond(bond_id), FOREIGN KEY(atom_id) REFERENCES atom(atom_id))
#molecule (molecule_id text, label text, , PRIMARY KEY(molecule_id), )
#
Among all chemical compounds identified in the database, what percent of compounds form a triple-bond. None
# Always use aliases for all aggregate functions.
# Use SQL set operations(Union, Union All, Intersect and Minus) if needed.
# Use the actual table names in SQL.
# replace alias with actual table name or column name if equivalent alias present in natural query
SELECT
| 286
|
simple
|
Among all chemical compounds that contain molecule TR047, identify the percent that form a double-bond.
|
SELECT CAST(COUNT(CASE WHEN T.bond_type = '=' THEN T.bond_id ELSE NULL END) AS REAL) * 100 / COUNT(T.bond_id) FROM bond AS T WHERE T.molecule_id = 'TR047'
|
toxicology
|
You are a proficient SQLite database engineer. You think step by step and give clear and concise answer.
### Here are all the tables with their properties in a SQLite Database.
#
#atom (atom_id text, molecule_id text, element text, , PRIMARY KEY(atom_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#bond (bond_id text, molecule_id text, bond_type text, , PRIMARY KEY(bond_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#connected (atom_id text, atom_id2 text, bond_id text, , PRIMARY KEY(atom_id), PRIMARY KEY(atom_id2), FOREIGN KEY(atom_id2) REFERENCES atom(atom_id), FOREIGN KEY(bond_id) REFERENCES bond(bond_id), FOREIGN KEY(atom_id) REFERENCES atom(atom_id))
#molecule (molecule_id text, label text, , PRIMARY KEY(molecule_id), )
#
Among all chemical compounds that contain molecule TR047, identify the percent that form a double-bond. None
# Always use aliases for all aggregate functions.
# Use SQL set operations(Union, Union All, Intersect and Minus) if needed.
# Use the actual table names in SQL.
# replace alias with actual table name or column name if equivalent alias present in natural query
SELECT
| 287
|
moderate
|
Identify whether the molecule that contains atom TR001_1 is carcinogenic.
|
SELECT T2.label AS flag_carcinogenic FROM atom AS T1 INNER JOIN molecule AS T2 ON T1.molecule_id = T2.molecule_id WHERE T1.atom_id = 'TR001_1'
|
toxicology
|
You are a proficient SQLite database engineer. You think step by step and give clear and concise answer.
### Here are all the tables with their properties in a SQLite Database.
#
#atom (atom_id text, molecule_id text, element text, , PRIMARY KEY(atom_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#bond (bond_id text, molecule_id text, bond_type text, , PRIMARY KEY(bond_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#connected (atom_id text, atom_id2 text, bond_id text, , PRIMARY KEY(atom_id), PRIMARY KEY(atom_id2), FOREIGN KEY(atom_id2) REFERENCES atom(atom_id), FOREIGN KEY(bond_id) REFERENCES bond(bond_id), FOREIGN KEY(atom_id) REFERENCES atom(atom_id))
#molecule (molecule_id text, label text, , PRIMARY KEY(molecule_id), )
#
Identify whether the molecule that contains atom TR001_1 is carcinogenic. None
# Always use aliases for all aggregate functions.
# Use SQL set operations(Union, Union All, Intersect and Minus) if needed.
# Use the actual table names in SQL.
# replace alias with actual table name or column name if equivalent alias present in natural query
SELECT
| 288
|
simple
|
Is molecule TR151 carcinogenic?
|
SELECT T.label FROM molecule AS T WHERE T.molecule_id = 'TR151'
|
toxicology
|
You are a proficient SQLite database engineer. You think step by step and give clear and concise answer.
### Here are all the tables with their properties in a SQLite Database.
#
#atom (atom_id text, molecule_id text, element text, , PRIMARY KEY(atom_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#bond (bond_id text, molecule_id text, bond_type text, , PRIMARY KEY(bond_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#connected (atom_id text, atom_id2 text, bond_id text, , PRIMARY KEY(atom_id), PRIMARY KEY(atom_id2), FOREIGN KEY(atom_id2) REFERENCES atom(atom_id), FOREIGN KEY(bond_id) REFERENCES bond(bond_id), FOREIGN KEY(atom_id) REFERENCES atom(atom_id))
#molecule (molecule_id text, label text, , PRIMARY KEY(molecule_id), )
#
Is molecule TR151 carcinogenic? None
# Always use aliases for all aggregate functions.
# Use SQL set operations(Union, Union All, Intersect and Minus) if needed.
# Use the actual table names in SQL.
# replace alias with actual table name or column name if equivalent alias present in natural query
SELECT
| 289
|
simple
|
Which toxic element can be found in the molecule TR151?
|
SELECT DISTINCT T.element FROM atom AS T WHERE T.molecule_id = 'TR151'
|
toxicology
|
You are a proficient SQLite database engineer. You think step by step and give clear and concise answer.
### Here are all the tables with their properties in a SQLite Database.
#
#atom (atom_id text, molecule_id text, element text, , PRIMARY KEY(atom_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#bond (bond_id text, molecule_id text, bond_type text, , PRIMARY KEY(bond_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#connected (atom_id text, atom_id2 text, bond_id text, , PRIMARY KEY(atom_id), PRIMARY KEY(atom_id2), FOREIGN KEY(atom_id2) REFERENCES atom(atom_id), FOREIGN KEY(bond_id) REFERENCES bond(bond_id), FOREIGN KEY(atom_id) REFERENCES atom(atom_id))
#molecule (molecule_id text, label text, , PRIMARY KEY(molecule_id), )
#
Which toxic element can be found in the molecule TR151? None
# Always use aliases for all aggregate functions.
# Use SQL set operations(Union, Union All, Intersect and Minus) if needed.
# Use the actual table names in SQL.
# replace alias with actual table name or column name if equivalent alias present in natural query
SELECT
| 290
|
challenging
|
How many chemical compounds in the database are identified as carcinogenic.
|
SELECT COUNT(T.molecule_id) FROM molecule AS T WHERE T.label = '+'
|
toxicology
|
You are a proficient SQLite database engineer. You think step by step and give clear and concise answer.
### Here are all the tables with their properties in a SQLite Database.
#
#atom (atom_id text, molecule_id text, element text, , PRIMARY KEY(atom_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#bond (bond_id text, molecule_id text, bond_type text, , PRIMARY KEY(bond_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#connected (atom_id text, atom_id2 text, bond_id text, , PRIMARY KEY(atom_id), PRIMARY KEY(atom_id2), FOREIGN KEY(atom_id2) REFERENCES atom(atom_id), FOREIGN KEY(bond_id) REFERENCES bond(bond_id), FOREIGN KEY(atom_id) REFERENCES atom(atom_id))
#molecule (molecule_id text, label text, , PRIMARY KEY(molecule_id), )
#
How many chemical compounds in the database are identified as carcinogenic. None
# Always use aliases for all aggregate functions.
# Use SQL set operations(Union, Union All, Intersect and Minus) if needed.
# Use the actual table names in SQL.
# replace alias with actual table name or column name if equivalent alias present in natural query
SELECT
| 291
|
simple
|
Identify the atoms belong to the molecule with ID between TR010 to TR050 that contain the element carbon.
|
SELECT T.atom_id FROM atom AS T WHERE T.molecule_id BETWEEN 'TR010' AND 'TR050' AND T.element = 'c'
|
toxicology
|
You are a proficient SQLite database engineer. You think step by step and give clear and concise answer.
### Here are all the tables with their properties in a SQLite Database.
#
#atom (atom_id text, molecule_id text, element text, , PRIMARY KEY(atom_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#bond (bond_id text, molecule_id text, bond_type text, , PRIMARY KEY(bond_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#connected (atom_id text, atom_id2 text, bond_id text, , PRIMARY KEY(atom_id), PRIMARY KEY(atom_id2), FOREIGN KEY(atom_id2) REFERENCES atom(atom_id), FOREIGN KEY(bond_id) REFERENCES bond(bond_id), FOREIGN KEY(atom_id) REFERENCES atom(atom_id))
#molecule (molecule_id text, label text, , PRIMARY KEY(molecule_id), )
#
Identify the atoms belong to the molecule with ID between TR010 to TR050 that contain the element carbon. None
# Always use aliases for all aggregate functions.
# Use SQL set operations(Union, Union All, Intersect and Minus) if needed.
# Use the actual table names in SQL.
# replace alias with actual table name or column name if equivalent alias present in natural query
SELECT
| 292
|
simple
|
How many atoms belong to the molecule labeled with carcinogenic compounds?
|
SELECT COUNT(T1.atom_id) FROM atom AS T1 INNER JOIN molecule AS T2 ON T1.molecule_id = T2.molecule_id WHERE T2.label = '+'
|
toxicology
|
You are a proficient SQLite database engineer. You think step by step and give clear and concise answer.
### Here are all the tables with their properties in a SQLite Database.
#
#atom (atom_id text, molecule_id text, element text, , PRIMARY KEY(atom_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#bond (bond_id text, molecule_id text, bond_type text, , PRIMARY KEY(bond_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#connected (atom_id text, atom_id2 text, bond_id text, , PRIMARY KEY(atom_id), PRIMARY KEY(atom_id2), FOREIGN KEY(atom_id2) REFERENCES atom(atom_id), FOREIGN KEY(bond_id) REFERENCES bond(bond_id), FOREIGN KEY(atom_id) REFERENCES atom(atom_id))
#molecule (molecule_id text, label text, , PRIMARY KEY(molecule_id), )
#
How many atoms belong to the molecule labeled with carcinogenic compounds? None
# Always use aliases for all aggregate functions.
# Use SQL set operations(Union, Union All, Intersect and Minus) if needed.
# Use the actual table names in SQL.
# replace alias with actual table name or column name if equivalent alias present in natural query
SELECT
| 293
|
simple
|
Which bond ids are double-bond with carcinogenic compound?
|
SELECT T1.bond_id FROM bond AS T1 INNER JOIN molecule AS T2 ON T1.molecule_id = T2.molecule_id WHERE T2.label = '+' AND T1.bond_type = '='
|
toxicology
|
You are a proficient SQLite database engineer. You think step by step and give clear and concise answer.
### Here are all the tables with their properties in a SQLite Database.
#
#atom (atom_id text, molecule_id text, element text, , PRIMARY KEY(atom_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#bond (bond_id text, molecule_id text, bond_type text, , PRIMARY KEY(bond_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#connected (atom_id text, atom_id2 text, bond_id text, , PRIMARY KEY(atom_id), PRIMARY KEY(atom_id2), FOREIGN KEY(atom_id2) REFERENCES atom(atom_id), FOREIGN KEY(bond_id) REFERENCES bond(bond_id), FOREIGN KEY(atom_id) REFERENCES atom(atom_id))
#molecule (molecule_id text, label text, , PRIMARY KEY(molecule_id), )
#
Which bond ids are double-bond with carcinogenic compound? None
# Always use aliases for all aggregate functions.
# Use SQL set operations(Union, Union All, Intersect and Minus) if needed.
# Use the actual table names in SQL.
# replace alias with actual table name or column name if equivalent alias present in natural query
SELECT
| 294
|
simple
|
How many atoms belong to the molecule that element is hydrogen and labeled with carcinogenic compound?
|
SELECT COUNT(T1.atom_id) AS atomnums_h FROM atom AS T1 INNER JOIN molecule AS T2 ON T1.molecule_id = T2.molecule_id WHERE T2.label = '+' AND T1.element = 'h'
|
toxicology
|
You are a proficient SQLite database engineer. You think step by step and give clear and concise answer.
### Here are all the tables with their properties in a SQLite Database.
#
#atom (atom_id text, molecule_id text, element text, , PRIMARY KEY(atom_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#bond (bond_id text, molecule_id text, bond_type text, , PRIMARY KEY(bond_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#connected (atom_id text, atom_id2 text, bond_id text, , PRIMARY KEY(atom_id), PRIMARY KEY(atom_id2), FOREIGN KEY(atom_id2) REFERENCES atom(atom_id), FOREIGN KEY(bond_id) REFERENCES bond(bond_id), FOREIGN KEY(atom_id) REFERENCES atom(atom_id))
#molecule (molecule_id text, label text, , PRIMARY KEY(molecule_id), )
#
How many atoms belong to the molecule that element is hydrogen and labeled with carcinogenic compound? None
# Always use aliases for all aggregate functions.
# Use SQL set operations(Union, Union All, Intersect and Minus) if needed.
# Use the actual table names in SQL.
# replace alias with actual table name or column name if equivalent alias present in natural query
SELECT
| 295
|
simple
|
Indicate the molecule id is belonging to the TR00_1_2 bond that has the first atom named TR00_1.
|
SELECT T2.molecule_id, T2.bond_id, T1.atom_id FROM connected AS T1 INNER JOIN bond AS T2 ON T1.bond_id = T2.bond_id WHERE T1.atom_id = 'TR000_1' AND T2.bond_id = 'TR000_1_2'
|
toxicology
|
You are a proficient SQLite database engineer. You think step by step and give clear and concise answer.
### Here are all the tables with their properties in a SQLite Database.
#
#atom (atom_id text, molecule_id text, element text, , PRIMARY KEY(atom_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#bond (bond_id text, molecule_id text, bond_type text, , PRIMARY KEY(bond_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#connected (atom_id text, atom_id2 text, bond_id text, , PRIMARY KEY(atom_id), PRIMARY KEY(atom_id2), FOREIGN KEY(atom_id2) REFERENCES atom(atom_id), FOREIGN KEY(bond_id) REFERENCES bond(bond_id), FOREIGN KEY(atom_id) REFERENCES atom(atom_id))
#molecule (molecule_id text, label text, , PRIMARY KEY(molecule_id), )
#
Indicate the molecule id is belonging to the TR00_1_2 bond that has the first atom named TR00_1. None
# Always use aliases for all aggregate functions.
# Use SQL set operations(Union, Union All, Intersect and Minus) if needed.
# Use the actual table names in SQL.
# replace alias with actual table name or column name if equivalent alias present in natural query
SELECT
| 296
|
simple
|
Among the atoms that contain element carbon, which one does not contain compound carcinogenic?
|
SELECT T1.atom_id FROM atom AS T1 INNER JOIN molecule AS T2 ON T1.molecule_id = T2.molecule_id WHERE T1.element = 'c' AND T2.label = '-'
|
toxicology
|
You are a proficient SQLite database engineer. You think step by step and give clear and concise answer.
### Here are all the tables with their properties in a SQLite Database.
#
#atom (atom_id text, molecule_id text, element text, , PRIMARY KEY(atom_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#bond (bond_id text, molecule_id text, bond_type text, , PRIMARY KEY(bond_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#connected (atom_id text, atom_id2 text, bond_id text, , PRIMARY KEY(atom_id), PRIMARY KEY(atom_id2), FOREIGN KEY(atom_id2) REFERENCES atom(atom_id), FOREIGN KEY(bond_id) REFERENCES bond(bond_id), FOREIGN KEY(atom_id) REFERENCES atom(atom_id))
#molecule (molecule_id text, label text, , PRIMARY KEY(molecule_id), )
#
Among the atoms that contain element carbon, which one does not contain compound carcinogenic? None
# Always use aliases for all aggregate functions.
# Use SQL set operations(Union, Union All, Intersect and Minus) if needed.
# Use the actual table names in SQL.
# replace alias with actual table name or column name if equivalent alias present in natural query
SELECT
| 297
|
simple
|
Calculate the percentage of molecules containing carcinogenic compounds that element is hydrogen.
|
SELECT CAST(COUNT(CASE WHEN T1.element = 'h' THEN T2.molecule_id ELSE NULL END) AS REAL) * 100 / COUNT(T2.molecule_id) FROM atom AS T1 INNER JOIN molecule AS T2 ON T1.molecule_id = T2.molecule_id WHERE T2.label = '+'
|
toxicology
|
You are a proficient SQLite database engineer. You think step by step and give clear and concise answer.
### Here are all the tables with their properties in a SQLite Database.
#
#atom (atom_id text, molecule_id text, element text, , PRIMARY KEY(atom_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#bond (bond_id text, molecule_id text, bond_type text, , PRIMARY KEY(bond_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#connected (atom_id text, atom_id2 text, bond_id text, , PRIMARY KEY(atom_id), PRIMARY KEY(atom_id2), FOREIGN KEY(atom_id2) REFERENCES atom(atom_id), FOREIGN KEY(bond_id) REFERENCES bond(bond_id), FOREIGN KEY(atom_id) REFERENCES atom(atom_id))
#molecule (molecule_id text, label text, , PRIMARY KEY(molecule_id), )
#
Calculate the percentage of molecules containing carcinogenic compounds that element is hydrogen. None
# Always use aliases for all aggregate functions.
# Use SQL set operations(Union, Union All, Intersect and Minus) if needed.
# Use the actual table names in SQL.
# replace alias with actual table name or column name if equivalent alias present in natural query
SELECT
| 298
|
moderate
|
Is molecule TR124 carcinogenic?
|
SELECT T.label FROM molecule AS T WHERE T.molecule_id = 'TR124'
|
toxicology
|
You are a proficient SQLite database engineer. You think step by step and give clear and concise answer.
### Here are all the tables with their properties in a SQLite Database.
#
#atom (atom_id text, molecule_id text, element text, , PRIMARY KEY(atom_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#bond (bond_id text, molecule_id text, bond_type text, , PRIMARY KEY(bond_id), FOREIGN KEY(molecule_id) REFERENCES molecule(molecule_id))
#connected (atom_id text, atom_id2 text, bond_id text, , PRIMARY KEY(atom_id), PRIMARY KEY(atom_id2), FOREIGN KEY(atom_id2) REFERENCES atom(atom_id), FOREIGN KEY(bond_id) REFERENCES bond(bond_id), FOREIGN KEY(atom_id) REFERENCES atom(atom_id))
#molecule (molecule_id text, label text, , PRIMARY KEY(molecule_id), )
#
Is molecule TR124 carcinogenic? None
# Always use aliases for all aggregate functions.
# Use SQL set operations(Union, Union All, Intersect and Minus) if needed.
# Use the actual table names in SQL.
# replace alias with actual table name or column name if equivalent alias present in natural query
SELECT
| 299
|
simple
|
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