STRUCTURAL BIOLOGY & CHEMICAL EVIDENCEDataset v1.2 · Phase 6D · Comparative experimental recognition environments

Primary-source preparation · Phase 6B

SYC2

parent graph verified assayed material unresolved. The tested preparation is distinct from any structural chemical component.

Primary source 10.1021/acs.jmedchem.6c00983

Source-reported parent graph

InChIKey: RXBCCPFICHOEAD-UHFFFAOYSA-N. This derived identifier describes the source-reported molecular graph; the measured material's salt, lot and composition were not independently established.

Published SMILES: FC1=CC(NC2=C(N=C3C=CC(CN)=CN32)C4=CC=C(Cl)C=C4)=CN=C1

1 experimental observations

Every row retains its original source conditions

Target scopeEndpointConstruct, method, conditionsPrimary source location
NSD3 PWWP instance unresolved
No exact isolated PWWP-domain instance assigned
Kd =0.07 ± 0.01 µM
published ± statistic not independently confirmed
SPR (publisher compound table header)
Construct not verified
Additional conditions not verified
Replicate details not verified
Publisher compound table row 28; SPR Kd (µM) column, corroborated by abstract
Published SMILES and SPR column verified; original construct, statistic definition, replicate count and tested lot/salt remain unresolved. Not assignable to NSD3 PWWP1/PWWP2.

Experimental structural relationship

No verified PWWP-bound experimental structure of this preparation was identified in this Phase 6B snapshot. Docked poses and AlphaFold/predicted conformers do not replace deposited experimental coordinates.

Source-provenance and uncertainty

AI-Driven Discovery of a Hydrophobic-Tag Degrader Targeting NSD3 for Lung Squamous Carcinoma Therapy (DOI 10.1021/acs.jmedchem.6c00983)

Access level: publisher hosted primary compound table and abstract

Unresolved: Original source table supplies compound name, SMILES, SPR Kd and reported uncertainty/censored sign. Protein construct boundaries, replicate definitions and assay preparation lots/salts remain unverified. Linked docking models are predictions rather than experimentally deposited complexes.