FTSH2 Antibody

1. the thylakoid membrane-bound FtsH5 and FtsH2 have dual functions in the maintenance of photosynthetic complexes. PMID: 27208291
2. The initiation of (1)O2 signaling in grana margins depends on EX1 and the ATP-dependent zinc metalloprotease FtsH. As FtsH cleaves also the D1 protein during the disassembly of damaged PSII, EX1- and (1)O2-mediated signaling seems to be not only spatially but also functionally associated with the repair of PSII PMID: 27303039
3. SVR10 and BPG2 are functionally related with VAR2, likely through their potential roles in regulating chloroplast protein homeostasis. PMID: 26435530
4. A brief update of im and var2 and the functions of PTOX and AtFtsH2, is provided. PMID: 23703455
5. The disruption of specific aspects of chloroplast translation, rather than a general impairment in chloroplast translation, suppress var2 variegation and the existence of complex genetic interactions in chloroplast development. PMID: 23721655
6. These data demonstrate in vivo cooperative degradation of D1, in which Deg cleavage assists FtsH processive degradation under photoinhibitory conditions. PMID: 22698923
7. To gain structural information of the possible complexes, the Arabidopsis FtsH2 (type B) and FtsH5 (type A) were modeled. PMID: 22558304
8. Chloroplastic N-terminal methionine excision(cNME) acts upstream of the FtsH protease complex. Developmental defects and higher sensitivity to photoinhibition associated with the ftsh2 mutation were abolished when cNME was inhibited. PMID: 22010036
9. In Arabidopsis thaliana, ATP-dependent chloroplast proteases belonging to FtsH family (especially FtsH2) are considered to be involved in aspects of chloroplast and whole plant maintenance under non-stressing as well as stressing conditions PMID: 21735825
10. The Tat pathway integrates FtsH2 into thylakoids. PMID: 21214651
11. Findings reinforce the strong genetic link between VAR2 and chloroplast translation, and point to a critical role of SVR3, and possibly some aspects of chloroplast translation, in the response of plants to chilling stress. PMID: 21187014
12. The effect of FtsHs in D1 degradation was investigated in Arabidopsis (Arabidopsis thaliana) mutants lacking FtsH2 (yellow variegated2 [var2]) or FtsH5 (var1). PMID: 19767385
13. Results showed that the conserved Gly-Ala-Asp motif plays an important role in FtsH activity and characterization of the var2 alleles could help to identify the physiologically important domain of FtsH. PMID: 15803409
14. A model has been proposed to explain the mechanism of var2 variegation, which suggests that threshold levels of FtsH complexes are required for green sector formation. PMID: 16449381
15. The white sectors in var2 are made by viable cells that have plastids arrested in thylakoid formation. PMID: 17449646
16. These results indicate that photo-oxidative stress by excess light is involved in the regulation of respiratory gene expression and the modulation of respiratory properties, especially the AOX up-regulation. PMID: 18296449
17. Data show that var2-mediated leaf variegation in Arabidopsis can be suppressed by mutations in SUPPRESSOR OF VARIEGATIONS. PMID: 18599582
18. Chloroplast development promoted by the ectopic expression of GPA1 is dependent on FtsH2. PMID: 19228339

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KEGG: ath:AT2G30950

STRING: 3702.AT2G30950.1

UniGene: At.22024