Wikidata:Property proposal/Inhibitor (Biochemistry)

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inhibitor of

[edit]

Originally proposed at Wikidata:Property proposal/Natural science

   Done: inhibitor of (P3776) (Talk and documentation)
Descriptionprotein for which this chemical compound acts as an inhibitor
Data typeItem
Domainbiology, chemistry
Allowed valuesWikidata items of instance of (P31)/subclass of (P279): chemical compound (Q11173) or protein (Q8054)
Examplevemurafenib (Q423111)B-Raf proto-oncogene, serine/threonine kinase (Q21109218)
SourceGuide to Pharmacology, ChEMBL, BindingDB, PDB
Planned useSeveral thousand chemical compound to protein relations should be imported
Motivation

We have been importing proteins, chemical compounds and the relations between those and have modeled the relation by using physically interacts with (P129) and qualifiers to indicate the type of relation (e.g. Activator, Inhibitor). This approach is not very convenient. It makes adding data by users more difficult, as well as querying the data with SPARQL and it also makes it impossible to properly map these relations to external resources/ontologies. Therefore, we talked to the folks from ChEMBL and they kindly provided us with their list of chemical compound - protein mechanistic relations. We are currently also getting these relations established in the Relation Ontology which allows for interoperability and direct integration of these relations Wikidata with the OBO world. This is a big advantage, as data contributions to Wikidata can easily disseminate into the OBO world, making community curation in WD even more valuable. In total, there are 29 relations, I will now just propose the 10 most important as properties. Sebotic (talk) 19:05, 6 February 2017 (UTC)[reply]

WikiProject Molecular biology has more than 50 participants and couldn't be pinged. Please post on the WikiProject's talk page instead.

Saehrimnir
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Tobias1984
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Discussion
@Sebotic, ChristianKl, Emitraka, Gstupp: ✓ Done ArthurPSmith (talk) 18:15, 21 March 2017 (UTC)[reply]


2019-10-14 WikiProject Molecular biology has more than 50 participants and couldn't be pinged. Please post on the WikiProject's talk page instead.

Saehrimnir
Leyo
Snipre
Dcirovic
Walkerma
Egon Willighagen
Denise Slenter
Daniel Mietchen
Kopiersperre
Emily Temple-Wood
Pablo Busatto (Almondega)
Antony Williams (EPA)
TomT0m
Wostr
Devon Fyson
User:DePiep
User:DavRosen
Benjaminabel
99of9
Kubaello
Fractaler
Sebotic
Netha
Hugo
Samuel Clark
Tris T7
Leiem
Christianhauck
SCIdude
Binter
Photocyte
Robert Giessmann
Cord Wiljes
Adriano Rutz
Jonathan Bisson
GrndStt
Ameisenigel
Charles Tapley Hoyt
ChemHobby
Peter Murray-Rust
Erfurth
TiagoLubiana
NadirSH
Matthias M.
S8321414

Notified participants of WikiProject Chemistry

Tobias1984
Doc James
Bluerasberry
Gambo7
Daniel Mietchen
Andrew Su
Andrux
Pavel Dušek
Mvolz
User:Jtuom
Chris Mungall
ChristianKl
Gstupp
Sintakso
علاء
Adert
CFCF
Jtuom
Drchriswilliams
Okkn
CAPTAIN RAJU
LeadSongDog
Ozzie10aaaa
Marsupium
Netha Hussain
Abhijeet Safai
Seppi333
Shani Evenstein
Csisc
TiagoLubiana
ZI Jony
Antoine2711
JustScienceJS
Scossin
Josegustavomartins
Zeromonk
The Anome
Kasyap
JMagalhães
Ameer Fauri
CorraleH

Notified participants of WikiProject Medicine

Dear all, for a project I'm (DeSl) currently working on, we would like to use the properties that came out of this discussion. The 10 selected relationship are now retrievable since they are linked to each other with the related property (P1659) claim. I want to add the subclass of (P279) + mechanism of action (Q3271540) claim as well (since I think it will make these properties and any additions easier to find for future modeling purposes, and to query which relationships WD is covering), however I got a issue when I added it to inhibitor of (P3776). Question 1: Is there any other way to connect these properties together ("instance of" "Wikidata property related to chemistry" is not detailed enough I believe). Question 2: if we're missing relationships for our project, should I propose them here (or somewhere else?). Question 3: what about all the relationships which are based on the old model (physically interacts with (P129) as predicate); should these be changed to fit with the properties from this proposal? Otherwise querying the data is still not so easy (especially if we are using two types of models). Hoping to hear your thoughts! DeSl (talk) 13:13, 14 October 2019 (UTC)[reply]