Per-compound provenance: structure, identifiers, taxonomy, license tier, ChemBERTa-similar neighbors, ADMET predictions, and external cross-references.

Unnamed compound

Synonyms: No synonyms reported

THEO_0000004 plant CC BY 4.0

Structure

SMILESC[C@@H]1C(=O)[C@H](C[C@@H]2c3[nH]c4ccc([O-])cc4c3CCN2C=O)C[C@@H]2c3c(c4ccccc4n31)CCN2C
InChIKeyLPKTWYBNAVVZIC-DJNOREOHSA-M

Properties

Exact mass495.24
LogP4.02
TPSA84.4
HBA5.0
HBD1.0
Rings7.0
Rotatable bonds3.0

Provenance

Primary sourceCOCONUT
Also found in COCONUT (unique to this source)
Attested species—
Geographic regionsglobal / unresolved
References —
License CC BY 4.0
License provenance
Resolved via most-restrictive-wins across 1 attesting source.
COCONUT: CC BY 4.0

Taxonomic classification

Kingdomplant (resolved)
Genus / Familynot resolved via WCVP

Chemical classification

Tripeptides Inferred (XGBoost) confidence 0.82
Small peptides → Amino acids and Peptides
Chemical class (see Help for how classes are assigned)
NPClassifier class—
NPClassifier superclassPeptide alkaloids
NPClassifier pathwayAlkaloids
ClassyFire superclass—
Inferred classTripeptides (inferred_xgb_v135b)

Stereoisomer family overview

3 family members; click any structure to navigate.

Label font | Subfigure size | SVG PDF PNG

InChIKey family (full 27-character InChIKey)

3 compounds in the corpus share the connectivity prefix LPKTWYBNAVVZIC. They are partitioned below by the type of variation: true stereoisomers, stereo-unspecified entries, and protonation/charge variants.

Compound InChIKey (stereo / proton) Source License
Reference compound
THEO_0000004 (this compound) LPKTWYBNAVVZIC-DJNOREOHSA-M COCONUT CC BY 4.0
Stereo-unspecified (from source SMILES) (1 entry)
THEO_1102152 LPKTWYBNAVVZIC-UHFFFAOYSA-N LOTUS CC BY 4.0
Protonation and charge states (1 entry with a different charge state)
THEO_1102151 LPKTWYBNAVVZIC-DJNOREOHSA-N LOTUS CC BY 4.0

ADMET Predictions (ADMET-AI)

Lipinski4.0000
QED0.4353
stereo_centers4.0000
PAINS_alert1.0000
BRENK_alert1.0000
NIH_alert0.0000
AMES0.8964
BBB_Martins0.8514
Bioavailability_Ma0.8679
CYP1A2_Veith0.1162
CYP2C19_Veith0.0893
CYP2C9_Substrate_CarbonMangels0.2223
CYP2C9_Veith0.0577
CYP2D6_Substrate_CarbonMangels0.3444
CYP2D6_Veith0.1495
CYP3A4_Substrate_CarbonMangels0.7543
CYP3A4_Veith0.2140
Carcinogens_Lagunin0.1249
ClinTox0.7648
DILI0.7825
HIA_Hou0.9951
NR_AR_LBD0.1250
NR_AR0.0811
NR_AhR0.2781
NR_Aromatase0.0714
NR_ER_LBD0.0381
NR_ER0.1439
NR_PPAR_gamma0.0531
PAMPA_NCATS0.8147
Pgp_Broccatelli0.5856
SR_ARE0.2441
SR_ATAD50.1695
SR_HSE0.0306
SR_MMP0.1421
SR_p530.2577
Skin_Reaction0.4587
hERG0.8554
Caco2_Wang-5.3613
Clearance_Hepatocyte_AZ10.3926
Clearance_Microsome_AZ15.0794
Half_Life_Obach45.2062
HydrationFreeEnergy_FreeSolv-17.4191
LD50_Zhu2.9595
Lipophilicity_AstraZeneca2.0993
PPBR_AZ89.6841
Solubility_AqSolDB-4.1875
VDss_Lombardo5.5943
Show all ADMET

External links

Google PubChem COCONUT JSON ADMET