LRRFIP2 (Gene)

Synonyms:ENTREZ:9209, HGNC:6703, HUFI-2, LRR binding FLII interacting protein 2, LRRFIP2, MIM:614043, NM_001134369, NM_001282691, NM_001348297, NM_001348298, NM_001348299, NM_001348300, NM_001348301, NM_001348302, NM_001348303, NM_001348304, NM_001348305, NM_001348306, NM_001348307, NM_001348308, NM_001348309, NM_001348310, NM_001348311, NM_006309, NM_017724, NP_001127841, NP_001269620, NP_001335226, NP_001335227, NP_001335228, NP_001335229, NP_001335230, NP_001335231, NP_001335232, NP_001335233, NP_001335234, NP_001335235, NP_001335236, NP_001335237, NP_001335238, NP_001335239, NP_001335240, NP_006300, NP_060194, NR_145514, XM_005265539, XM_005265540, XM_005265551, XM_006713385, XM_006713386, XM_006713387, XM_006713388, XM_006713389, XM_006713390, XM_006713392, XM_006713393, XM_006713394, XM_006713395, XM_006713396, XM_006713397, XM_006713400, XM_011534217, XM_011534218, XM_011534219, XM_011534222, XM_011534229, XM_017007466, XM_017007467, XM_017007469, XM_017007471, XM_017007472, XM_017007473, XM_017007476, XM_017007479, XM_017007484, XM_024453820, XM_024453821, XM_024453823, XM_024453824, XM_024453826, XP_005265596, XP_005265597, XP_005265608, XP_006713448, XP_006713449, XP_006713450, XP_006713451, XP_006713452, XP_006713453, XP_006713455, XP_006713456, XP_006713457, XP_006713458, XP_006713459, XP_006713460, XP_006713463, XP_011532519, XP_011532520, XP_011532521, XP_011532524, XP_011532531, XP_016862955, XP_016862956, XP_016862958, XP_016862960, XP_016862961, XP_016862962, XP_016862965, XP_016862968, XP_016862973, XP_024309588, XP_024309589, XP_024309591, XP_024309592, XP_024309594, XR_001740363
Omim:OMIM:614043
Id:be8853bc-0ebb-5ba9-ab91-af1531ff3a9f
Hgnc:HGNC:6703
Entrez:9209
Description:LRR binding FLII interacting protein 2
The protein encoded by this gene, along with MYD88, binds to the cytosolic tail of toll-like receptor 4 (TLR4), which results in activation of nuclear factor kappa B signaling. The ubiquitin-like protein FAT10 prevents the interaction of the encoded protein and TLR4, thereby inactivating the nuclear factor kappa B signaling pathway. In addition, this protein can downregulate the NLRP3 inflammasome by recruiting the caspase-1 inhibitor Flightless-I to the inflammasome complex. [provided by RefSeq, Jan 2017]

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Data Distillery
CFDE DD-Knowledge Graph

The CFDE Data Distillery Knowledge Graph contains entities and relationships across the CFDE. View LRRFIP2's neighborhood in the knowledge graph.

Playbook Workflow Builder
Playbook Workflow Builder: Gene-Centric Workflow

View Gene-Centric information about the gene from a pre-built PWB workflow. View the workflow with LRRFIP2.

Gene Partnership Appyter
CFDE Gene-Centric Appyter

The CFDE Gene Centric Appyter Resolves and Displays Gene-Centric information from CFDE APIs. Execute the Appyter using LRRFIP2.

Gene and Drug Landing Page Aggregator
GDLPA Landing Pages Links

The Gene and Drug Landing Page Aggregator (GDLPA) finds links to primary and secondary source information from CFDE and other resources. Discover landing pages for LRRFIP2.

Playbook Workflow Builder
Playbook Workflow Builder

The Playbook Workflow Builder helps you interactively construct workflows leveraging CFDE APIs without code. Start a new workflow with LRRFIP2.

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