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838338 AT1G17615

838338

AT1G17615

Disease resistance protein (TIR-NBS class)

protein-coding

Arabidopsis thaliana

基因描述

Type Description
Definition Disease resistance protein (TIR-NBS class)

研究结论

Date Results Publications
2020-01-22 17:00:00 By using CRISPR/Cas9 technology, genetic analysis and biochemical assays, it was discovered that SOC3 pairs with different truncated TN proteins, CHS1 or TN2, to monitor either the disappearance or overaccumulation of SAUL1, respectively. The differential pairing results in autoimmunity with distinct morphological outcomes. [TN2] 30317650
2015-07-10 16:38:00 Our data are consistent with a speculative model wherein pathogen effectors could evolve to target EXO70B1 to manipulate plant secretion machinery. TN2 could monitor EXO70B1 integrity as part of an immune receptor complex. [TN2] 25617755

名称对应

Type IDs
Synonymous F1L3.31, F1L3_31
Gene
UniProtKB-ID: A0A178WC89_ARATH, Q4PT31_ARATH
UniprotKB: A0A178WC89, Q4PT31
UniParc: UPI0000162DD4
EMBL: CACSHJ010000087, CACRSJ010000104, CP002684, DQ056455, LUHQ01000001
EnsemblGenome: AT1G17615
KO: ath:AT1G17615
Nucleutide sequences
EMBL-CDS: VYS46397.1, CAA0215118.1, OAP15978.1, AEE29614.1, AAY78612.1
Gene_ORFName: C24_LOCUS1813, AN1_LOCUS1897, F1L3_31, F1L3.31
Protein sequencees
RefSeq: NP_173205.1
Others
UniRef100: UniRef100_A0A178WC89
UniRef90: UniRef90_A0A178WC89
UniRef50: UniRef50_R0G139
UniGene: At.51652

全选

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研究热度

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