7LMT Y6V
native annotation core contact
same exact chemical identity and native domain; construct equivalence not assumed
Published assay observation
PWWP:ASSAY:0003
Reported observation
= 349.0 nM ± 19.0
Reported uncertainty; definition uncurated
Evidence provenance
Results: Discovery of a potent ligand targeting NSD2-PWWP1
Field-level provenance
Missing information is not proof of absence. The v1.2 source overlay separates not reported in inspected material, not inspected, not transcribed and not applicable.
| Field | Value and source state | Source and interpretation |
|---|---|---|
| construct bounds | not reported | SV02A · Results MRT866 and general SPR Methods MRT866 349 ± 19 nM is explicitly reported; assay-specific mapping of this measurement to a construct/protocol is not explicit in the inspected paragraphs. The method names UNC6934 and UNC7145; their conditions are not automatically transferred. Inspected source scopePrimary author manuscript full text retrieved; relevant Methods, Results and figure legends inspected |
| tags | not reported | SV02A · Results MRT866 and general SPR Methods MRT866 349 ± 19 nM is explicitly reported; assay-specific mapping of this measurement to a construct/protocol is not explicit in the inspected paragraphs. The method names UNC6934 and UNC7145; their conditions are not automatically transferred. Inspected source scopePrimary author manuscript full text retrieved; relevant Methods, Results and figure legends inspected |
| engineered mutations | not reported | SV02A · Results MRT866 and general SPR Methods MRT866 349 ± 19 nM is explicitly reported; assay-specific mapping of this measurement to a construct/protocol is not explicit in the inspected paragraphs. The method names UNC6934 and UNC7145; their conditions are not automatically transferred. Inspected source scopePrimary author manuscript full text retrieved; relevant Methods, Results and figure legends inspected |
| assay type | SPR Kd verified | SV02A · Results and assay-specific MethodsInspected source scopePrimary author manuscript full text retrieved; relevant Methods, Results and figure legends inspected |
| temperature C | not reported | SV02A · Results MRT866 and general SPR Methods MRT866 349 ± 19 nM is explicitly reported; assay-specific mapping of this measurement to a construct/protocol is not explicit in the inspected paragraphs. The method names UNC6934 and UNC7145; their conditions are not automatically transferred. Inspected source scopePrimary author manuscript full text retrieved; relevant Methods, Results and figure legends inspected |
| buffer | not reported | SV02A · Results MRT866 and general SPR Methods MRT866 349 ± 19 nM is explicitly reported; assay-specific mapping of this measurement to a construct/protocol is not explicit in the inspected paragraphs. The method names UNC6934 and UNC7145; their conditions are not automatically transferred. Inspected source scopePrimary author manuscript full text retrieved; relevant Methods, Results and figure legends inspected |
| pH | not reported | SV02A · Results MRT866 and general SPR Methods MRT866 349 ± 19 nM is explicitly reported; assay-specific mapping of this measurement to a construct/protocol is not explicit in the inspected paragraphs. The method names UNC6934 and UNC7145; their conditions are not automatically transferred. Inspected source scopePrimary author manuscript full text retrieved; relevant Methods, Results and figure legends inspected |
| DMSO percent | not reported | SV02A · Results MRT866 and general SPR Methods MRT866 349 ± 19 nM is explicitly reported; assay-specific mapping of this measurement to a construct/protocol is not explicit in the inspected paragraphs. The method names UNC6934 and UNC7145; their conditions are not automatically transferred. Inspected source scopePrimary author manuscript full text retrieved; relevant Methods, Results and figure legends inspected |
| units | nM verified | SV02A · Results and assay-specific MethodsInspected source scopePrimary author manuscript full text retrieved; relevant Methods, Results and figure legends inspected |
| measurement uncertainty | 19.0 verified | SV02A · Results and assay-specific Methods Reported plus/minus magnitude, in the units of the assay result. Inspected source scopePrimary author manuscript full text retrieved; relevant Methods, Results and figure legends inspected |
| uncertainty type | not reported | SV02A · Results MRT866Inspected source scopePrimary author manuscript full text retrieved; relevant Methods, Results and figure legends inspected |
| replicate definition | not reported | SV02A · Results MRT866 and general SPR Methods MRT866 349 ± 19 nM is explicitly reported; assay-specific mapping of this measurement to a construct/protocol is not explicit in the inspected paragraphs. The method names UNC6934 and UNC7145; their conditions are not automatically transferred. Inspected source scopePrimary author manuscript full text retrieved; relevant Methods, Results and figure legends inspected |
| measurement entity | PREP:MRT866 verified | SV02A · Results and assay-specific Methods The reported result belongs to this experimental preparation and construct; structural CCD membership alone cannot transfer affinity. Inspected source scopePrimary author manuscript full text retrieved; relevant Methods, Results and figure legends inspected |
| concentration range | not inspected | Outside the source scope inspected for this field; no absence claim. |
| incubation and flow | not reported | SV02A · Results MRT866 and general SPR Methods MRT866 349 ± 19 nM is explicitly reported; assay-specific mapping of this measurement to a construct/protocol is not explicit in the inspected paragraphs. The method names UNC6934 and UNC7145; their conditions are not automatically transferred. Inspected source scopePrimary author manuscript full text retrieved; relevant Methods, Results and figure legends inspected |
| fitting | not reported | SV02A · Results MRT866 and general SPR Methods MRT866 349 ± 19 nM is explicitly reported; assay-specific mapping of this measurement to a construct/protocol is not explicit in the inspected paragraphs. The method names UNC6934 and UNC7145; their conditions are not automatically transferred. Inspected source scopePrimary author manuscript full text retrieved; relevant Methods, Results and figure legends inspected |
| negative observation | not applicable | SV02A · Results and assay-specific MethodsInspected source scopePrimary author manuscript full text retrieved; relevant Methods, Results and figure legends inspected |
| identity assignment | exact_single_CCD_identity verified | SV02A · Chemical series Results and existing CCD mapping No change to existing identity node or preparation ID. Inspected source scopePrimary author manuscript full text retrieved; relevant Methods, Results and figure legends inspected |
Structure → Component → Assay
native annotation core contact
same exact chemical identity and native domain; construct equivalence not assumed
native annotation core contact
same exact chemical identity and native domain; construct equivalence not assumed
native annotation core contact
same exact chemical identity and native domain; construct equivalence not assumed
native annotation core contact
same exact chemical identity and native domain; construct equivalence not assumed
native annotation core contact
same exact chemical identity and native domain; construct equivalence not assumed
native annotation core contact
same exact chemical identity and native domain; construct equivalence not assumed
native annotation core contact
same exact chemical identity and native domain; construct equivalence not assumed
native annotation core contact
same exact chemical identity and native domain; construct equivalence not assumed
native annotation core contact
same exact chemical identity and native domain; construct equivalence not assumed
native annotation core contact
same exact chemical identity and native domain; construct equivalence not assumed
native annotation core contact
same exact chemical identity and native domain; construct equivalence not assumed
native annotation core contact
same exact chemical identity and native domain; construct equivalence not assumed
native annotation core contact
same exact chemical identity and native domain; construct equivalence not assumed
native annotation core contact
same exact chemical identity and native domain; construct equivalence not assumed
native annotation core contact
same exact chemical identity and native domain; construct equivalence not assumed
native annotation core contact
same exact chemical identity and native domain; construct equivalence not assumed
native annotation core contact
same exact chemical identity and native domain; construct equivalence not assumed
native annotation core contact
same exact chemical identity and native domain; construct equivalence not assumed
native annotation core contact
same exact chemical identity and native domain; construct equivalence not assumed
native annotation core contact
same exact chemical identity and native domain; construct equivalence not assumed
native annotation core contact
same exact chemical identity and native domain; construct equivalence not assumed
native annotation core contact
same exact chemical identity and native domain; construct equivalence not assumed
native annotation core contact
same exact chemical identity and native domain; construct equivalence not assumed
native annotation core contact
same exact chemical identity and native domain; construct equivalence not assumed
native annotation core contact
same exact chemical identity and native domain; construct equivalence not assumed
native annotation core contact
same exact chemical identity and native domain; construct equivalence not assumed
native annotation core contact
same exact chemical identity and native domain; construct equivalence not assumed
native annotation core contact
same exact chemical identity and native domain; construct equivalence not assumed
native annotation core contact
same exact chemical identity and native domain; construct equivalence not assumed
native annotation core contact
same exact chemical identity and native domain; construct equivalence not assumed
native annotation core contact
same exact chemical identity and native domain; construct equivalence not assumed
native annotation core contact
same exact chemical identity and native domain; construct equivalence not assumed