Datasets:
Tasks:
Question Answering
Modalities:
Text
Formats:
parquet
Languages:
English
Size:
10M - 100M
License:
graph stringlengths 1 98 | text sequencelengths 3 3 | label stringlengths 3 5 | dataset_name stringclasses 1
value | task_index stringclasses 1
value | molecule_index stringlengths 1 4 | split stringclasses 3
values |
|---|---|---|---|---|---|---|
OCC3OC(OCC2OC(OC(C#N)c1ccccc1)C(O)C(O)C2O)C(O)C(O)C3O | [
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the solubility of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the logS of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (M... | -0.77 | esol | 0 | 0 | test |
Cc1occc1C(=O)Nc2ccccc2 | [
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the solubility of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the logS of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (M... | -3.3 | esol | 0 | 1 | test |
CC(C)=CCCC(C)=CC(=O) | [
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the solubility of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the logS of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (M... | -2.06 | esol | 0 | 2 | train |
c1ccc2c(c1)ccc3c2ccc4c5ccccc5ccc43 | [
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the solubility of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the logS of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (M... | -7.87 | esol | 0 | 3 | test |
c1ccsc1 | [
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the solubility of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the logS of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (M... | -1.33 | esol | 0 | 4 | test |
c2ccc1scnc1c2 | [
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the solubility of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the logS of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (M... | -1.5 | esol | 0 | 5 | train |
Clc1cc(Cl)c(c(Cl)c1)c2c(Cl)cccc2Cl | [
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the solubility of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the logS of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (M... | -7.32 | esol | 0 | 6 | train |
CC12CCC3C(CCc4cc(O)ccc34)C2CCC1O | [
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the solubility of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the logS of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (M... | -5.03 | esol | 0 | 7 | train |
ClC4=C(Cl)C5(Cl)C3C1CC(C2OC12)C3C4(Cl)C5(Cl)Cl | [
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the solubility of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the logS of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (M... | -6.29 | esol | 0 | 8 | test |
COc5cc4OCC3Oc2c1CC(Oc1ccc2C(=O)C3c4cc5OC)C(C)=C | [
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the solubility of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the logS of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (M... | -4.42 | esol | 0 | 9 | test |
O=C1CCCN1 | [
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the solubility of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the logS of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (M... | 1.07 | esol | 0 | 10 | test |
Clc1ccc2ccccc2c1 | [
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the solubility of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the logS of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (M... | -4.14 | esol | 0 | 11 | train |
CCCC=C | [
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the solubility of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the logS of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (M... | -2.68 | esol | 0 | 12 | train |
CCC1(C(=O)NCNC1=O)c2ccccc2 | [
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the solubility of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the logS of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (M... | -2.64 | esol | 0 | 13 | test |
CCCCCCCCCCCCCC | [
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the solubility of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the logS of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (M... | -7.96 | esol | 0 | 14 | train |
CC(C)Cl | [
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the solubility of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the logS of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (M... | -1.41 | esol | 0 | 15 | train |
CCC(C)CO | [
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the solubility of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the logS of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (M... | -0.47 | esol | 0 | 16 | train |
N#Cc1ccccc1 | [
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the solubility of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the logS of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (M... | -1.0 | esol | 0 | 17 | train |
CCOP(=S)(OCC)Oc1cc(C)nc(n1)C(C)C | [
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the solubility of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the logS of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (M... | -3.64 | esol | 0 | 18 | train |
CCCCCCCCCC(C)O | [
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the solubility of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the logS of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (M... | -2.94 | esol | 0 | 19 | train |
Clc1ccc(c(Cl)c1)c2c(Cl)ccc(Cl)c2Cl | [
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the solubility of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the logS of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (M... | -7.43 | esol | 0 | 20 | train |
O=c2[nH]c1CCCc1c(=O)n2C3CCCCC3 | [
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the solubility of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the logS of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (M... | -4.59 | esol | 0 | 21 | test |
CCOP(=S)(OCC)SCSCC | [
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the solubility of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the logS of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (M... | -4.11 | esol | 0 | 22 | train |
CCOc1ccc(NC(=O)C)cc1 | [
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the solubility of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the logS of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (M... | -2.35 | esol | 0 | 23 | train |
CCN(CC)c1c(cc(c(N)c1N(=O)=O)C(F)(F)F)N(=O)=O | [
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the solubility of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the logS of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (M... | -5.47 | esol | 0 | 24 | train |
CCCCCCCO | [
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the solubility of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the logS of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (M... | -1.81 | esol | 0 | 25 | train |
Cn1c(=O)n(C)c2nc[nH]c2c1=O | [
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the solubility of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the logS of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (M... | -1.39 | esol | 0 | 26 | train |
CCCCC1(CC)C(=O)NC(=O)NC1=O | [
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the solubility of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the logS of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (M... | -1.66 | esol | 0 | 27 | train |
ClC(Cl)=C(c1ccc(Cl)cc1)c2ccc(Cl)cc2 | [
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the solubility of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the logS of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (M... | -6.9 | esol | 0 | 28 | test |
CCCCCCCC(=O)OC | [
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the solubility of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the logS of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (M... | -3.17 | esol | 0 | 29 | train |
CCc1ccc(CC)cc1 | [
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the solubility of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the logS of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (M... | -3.75 | esol | 0 | 30 | train |
CCOP(=S)(OCC)SCSC(C)(C)C | [
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the solubility of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the logS of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (M... | -4.76 | esol | 0 | 31 | train |
COC(=O)Nc1cccc(OC(=O)Nc2cccc(C)c2)c1 | [
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the solubility of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the logS of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (M... | -4.8 | esol | 0 | 32 | valid |
ClC(=C)Cl | [
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the solubility of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the logS of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (M... | -1.64 | esol | 0 | 33 | train |
Cc1cccc2c1Cc3ccccc32 | [
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the solubility of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the logS of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (M... | -5.22 | esol | 0 | 34 | valid |
CCCCC=O | [
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the solubility of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the logS of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (M... | -0.85 | esol | 0 | 35 | train |
N(c1ccccc1)c2ccccc2 | [
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the solubility of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the logS of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (M... | -3.5 | esol | 0 | 36 | test |
CN(C)C(=O)SCCCCOc1ccccc1 | [
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the solubility of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the logS of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (M... | -3.93 | esol | 0 | 37 | train |
CCCOP(=S)(OCCC)SCC(=O)N1CCCCC1C | [
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the solubility of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the logS of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (M... | -4.15 | esol | 0 | 38 | test |
CCCCCCCI | [
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the solubility of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the logS of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (M... | -4.81 | esol | 0 | 39 | train |
c1c(Cl)cccc1c2ccccc2 | [
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the solubility of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the logS of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (M... | -4.88 | esol | 0 | 40 | train |
OCCCC=C | [
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the solubility of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the logS of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (M... | -0.15 | esol | 0 | 41 | train |
O=C2NC(=O)C1(CCC1)C(=O)N2 | [
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the solubility of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the logS of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (M... | -1.65 | esol | 0 | 42 | test |
CC(C)C1CCC(C)CC1O | [
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the solubility of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the logS of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (M... | -2.53 | esol | 0 | 43 | train |
CC(C)OC=O | [
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the solubility of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the logS of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (M... | -0.63 | esol | 0 | 44 | train |
CCCCCC(C)O | [
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the solubility of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the logS of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (M... | -1.55 | esol | 0 | 45 | train |
CC(=O)Nc1ccc(Br)cc1 | [
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the solubility of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the logS of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (M... | -3.08 | esol | 0 | 46 | train |
c1ccccc1n2ncc(N)c(Br)c2(=O) | [
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the solubility of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the logS of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (M... | -3.13 | esol | 0 | 47 | train |
COC(=O)C1=C(C)NC(=C(C1c2ccccc2N(=O)=O)C(=O)OC)C | [
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the solubility of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the logS of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (M... | -4.76 | esol | 0 | 48 | test |
c2c(C)cc1nc(C)ccc1c2 | [
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the solubility of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the logS of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (M... | -1.94 | esol | 0 | 49 | train |
CCCCCCC#C | [
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the solubility of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the logS of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (M... | -3.66 | esol | 0 | 50 | train |
CCC1(C(=O)NC(=O)NC1=O)C2=CCCCC2 | [
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the solubility of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the logS of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (M... | -2.17 | esol | 0 | 51 | test |
c1ccc2c(c1)ccc3c4ccccc4ccc23 | [
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the solubility of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the logS of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (M... | -8.06 | esol | 0 | 52 | train |
CCC(C)n1c(=O)[nH]c(C)c(Br)c1=O | [
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the solubility of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the logS of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (M... | -2.52 | esol | 0 | 53 | train |
Clc1cccc(c1Cl)c2c(Cl)c(Cl)cc(Cl)c2Cl | [
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the solubility of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the logS of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (M... | -8.6 | esol | 0 | 54 | train |
Cc1ccccc1O | [
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the solubility of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the logS of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (M... | -0.62 | esol | 0 | 55 | train |
CC(C)CCC(C)(C)C | [
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the solubility of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the logS of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (M... | -5.05 | esol | 0 | 56 | train |
Cc1ccc(C)c2ccccc12 | [
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the solubility of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the logS of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (M... | -4.14 | esol | 0 | 57 | train |
Cc1cc2c3ccccc3ccc2c4ccccc14 | [
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the solubility of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the logS of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (M... | -6.57 | esol | 0 | 58 | train |
CCCC(=O)C | [
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the solubility of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the logS of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (M... | -0.19 | esol | 0 | 59 | train |
Clc1cc(Cl)c(Cl)c(c1Cl)c2c(Cl)c(Cl)cc(Cl)c2Cl | [
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the solubility of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the logS of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (M... | -9.15 | esol | 0 | 60 | train |
CCCOC(=O)CC | [
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the solubility of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the logS of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (M... | -0.82 | esol | 0 | 61 | train |
CC34CC(O)C1(F)C(CCC2=CC(=O)C=CC12C)C3CC(O)C4(O)C(=O)CO | [
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the solubility of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the logS of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (M... | -3.68 | esol | 0 | 62 | train |
Nc1ccc(O)cc1 | [
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the solubility of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the logS of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (M... | -0.8 | esol | 0 | 63 | train |
O=C(Cn1ccnc1N(=O)=O)NCc2ccccc2 | [
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the solubility of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the logS of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (M... | -2.81 | esol | 0 | 64 | test |
OC4=C(C1CCC(CC1)c2ccc(Cl)cc2)C(=O)c3ccccc3C4=O | [
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the solubility of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the logS of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (M... | -5.93 | esol | 0 | 65 | test |
CCNc1nc(Cl)nc(n1)N(CC)CC | [
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the solubility of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the logS of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (M... | -4.06 | esol | 0 | 66 | train |
NC(=O)c1cnccn1 | [
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the solubility of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the logS of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (M... | -0.67 | esol | 0 | 67 | test |
CCC(Br)(CC)C(=O)NC(N)=O | [
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the solubility of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the logS of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (M... | -2.68 | esol | 0 | 68 | train |
Clc1ccccc1c2ccccc2Cl | [
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the solubility of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the logS of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (M... | -5.27 | esol | 0 | 69 | train |
O=C2CN(N=Cc1ccc(o1)N(=O)=O)C(=O)N2 | [
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the solubility of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the logS of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (M... | -3.38 | esol | 0 | 70 | test |
Clc2ccc(Oc1ccc(cc1)N(=O)=O)c(Cl)c2 | [
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the solubility of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the logS of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (M... | -5.46 | esol | 0 | 71 | train |
CC1(C)C2CCC1(C)C(=O)C2 | [
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the solubility of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the logS of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (M... | -1.96 | esol | 0 | 72 | valid |
O=C1NC(=O)NC(=O)C1(CC=C)c1ccccc1 | [
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the solubility of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the logS of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (M... | -2.37 | esol | 0 | 73 | train |
CCCCC(=O)OCC | [
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the solubility of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the logS of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (M... | -2.25 | esol | 0 | 74 | train |
CC(C)CCOC(=O)C | [
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the solubility of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the logS of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (M... | -1.92 | esol | 0 | 75 | train |
O=C1N(COC(=O)CCCCC)C(=O)C(N1)(c2ccccc2)c3ccccc3 | [
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the solubility of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the logS of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (M... | -5.89 | esol | 0 | 76 | train |
Clc1cccc(c1)c2cc(Cl)ccc2Cl | [
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the solubility of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the logS of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (M... | -6.01 | esol | 0 | 77 | train |
CCCBr | [
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the solubility of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the logS of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (M... | -1.73 | esol | 0 | 78 | train |
CCCC1COC(Cn2cncn2)(O1)c3ccc(Cl)cc3Cl | [
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the solubility of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the logS of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (M... | -3.49 | esol | 0 | 79 | test |
COP(=S)(OC)SCC(=O)N(C)C=O | [
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the solubility of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the logS of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (M... | -2.0 | esol | 0 | 80 | train |
Cc1ncnc2nccnc12 | [
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the solubility of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the logS of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (M... | -0.47 | esol | 0 | 81 | train |
NC(=S)N | [
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the solubility of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the logS of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (M... | 0.32 | esol | 0 | 82 | train |
Cc1ccc(C)cc1 | [
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the solubility of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the logS of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (M... | -2.77 | esol | 0 | 83 | train |
CCc1ccccc1CC | [
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the solubility of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the logS of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (M... | -3.28 | esol | 0 | 84 | train |
ClC(Cl)(Cl)C(Cl)(Cl)Cl | [
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the solubility of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the logS of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (M... | -3.67 | esol | 0 | 85 | train |
CC(C)C(C(=O)OC(C#N)c1cccc(Oc2ccccc2)c1)c3ccc(OC(F)F)cc3 | [
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the solubility of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the logS of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (M... | -6.88 | esol | 0 | 86 | test |
CCCN(=O)=O | [
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the solubility of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the logS of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (M... | -0.8 | esol | 0 | 87 | train |
CC(C)C1CCC(C)CC1=O | [
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the solubility of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the logS of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (M... | -2.35 | esol | 0 | 88 | valid |
CCN2c1cc(Cl)ccc1NC(=O)c3cccnc23 | [
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the solubility of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the logS of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (M... | -5.36 | esol | 0 | 89 | train |
O=N(=O)c1c(Cl)c(Cl)ccc1 | [
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the solubility of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the logS of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (M... | -3.48 | esol | 0 | 90 | train |
CCCC(C)C1(CC=C)C(=O)NC(=S)NC1=O | [
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the solubility of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the logS of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (M... | -3.46 | esol | 0 | 91 | valid |
c1ccc2c(c1)c3cccc4cccc2c34 | [
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the solubility of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the logS of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (M... | -6.0 | esol | 0 | 92 | test |
CCCOC(C)C | [
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the solubility of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the logS of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (M... | -1.34 | esol | 0 | 93 | train |
Cc1cc(C)c2ccccc2c1 | [
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the solubility of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the logS of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (M... | -4.29 | esol | 0 | 94 | train |
CCC(=C(CC)c1ccc(O)cc1)c2ccc(O)cc2 | [
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the solubility of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the logS of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (M... | -4.07 | esol | 0 | 95 | test |
c1(C#N)c(Cl)c(C#N)c(Cl)c(Cl)c(Cl)1 | [
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the solubility of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the logS of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (M... | -5.64 | esol | 0 | 96 | train |
Clc1ccc(Cl)c(c1)c2ccc(Cl)c(Cl)c2 | [
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the solubility of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the logS of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (M... | -7.25 | esol | 0 | 97 | train |
C1OC1c2ccccc2 | [
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the solubility of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the logS of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (M... | -1.6 | esol | 0 | 98 | test |
CC(C)c1ccccc1 | [
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the solubility of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (MPt – 25) + 0.5 . What is the logS of this molecule?",
"Solubility (logS) can be approximated by negative LogP -0.01 * (M... | -3.27 | esol | 0 | 99 | train |
End of preview. Expand in Data Studio
- Downloads last month
- 1,710