HOS3

Histone deacetylase HOS3

697 amino acids

Responsible for the deacetylation of lysine residues on the N-terminal part of the core histones (H2A, H2B, H3 and H4). Histone deacetylation gives a tag for epigenetic repression and plays an important role in transcriptional regulation, cell cycle progression and developmental events. Histone deacetylases act via the formation of large multiprotein complexes (By similarity).

Belongs to the histone deacetylase family. HD type 1 subfamily.

79.2 kDa

MSSKHSDPLERFYKQFQAFVQNNPNVISAARAAAQIPESAKAVVVLSPYSLQHVFPREWVTKSYRKTIVERPERLLASSMGISAAITMYPSLFTLKSSHQRKGSLMAPHVLKVHGSSWPAELIELCQMADAKLLKGEIEVPDTWNSGDIYLSSKTIKALQGTIGAIETGVDSIFKGPSAEHISNRAFVAIRPPGHHCHYGTPSGFCLLNNAHVAIEYAYDTYNVTHVVVLDFDLHHGDGTQDICWKRAGFKPEEEPEDSSYDDFGKKFAEFPKVGYFSMHDINSFPTESGFATKENIKNASTCIMNSHDLNIWNIHLSKWTTEEEFNVLYRTKYRTLFAKADEFFRSAKLEMNQQGRPFKGLVVISAGFDASEFEQTSMQRHSVNVPTSFYTTFTKDALKLAQMHCHGKVLSLMEGGYSDKAICSGVFAHLIGLQNQDWVKEWGSEQVVKEIVRGCKPAWKPYKTKRAKDVIRIWAEEVIRLGRAMIPEFDDIIFKDAVNSAPSNSLLKATVEPASTSTIAQRIIRSHRSNASPEKELHENKPRSTEKQEQREIRSDTKVKQLSSNNRAAETQIPFLQQEFSSEDEDEEYVYDEELNKTFNRTVEDITIDDISRHLETLEIEKKGDEDSDHELKEKNWKNSHQRRLQGNGMYKIPSNTKPHRIRQPQNANTPTYDDSDISMISHVSRKHTTRSGGRW

HOS3

Histone deacetylase HOS3

697 amino acids

Responsible for the deacetylation of lysine residues on the N-terminal part of the core histones (H2A, H2B, H3 and H4). Histone deacetylation gives a tag for epigenetic repression and plays an important role in transcriptional regulation, cell cycle progression and developmental events. Histone deacetylases act via the formation of large multiprotein complexes (By similarity).

Belongs to the histone deacetylase family. HD type 1 subfamily.

79.2 kDa

MSSKHSDPLERFYKQFQAFVQNNPNVISAARAAAQIPESAKAVVVLSPYSLQHVFPREWVTKSYRKTIVERPERLLASSMGISAAITMYPSLFTLKSSHQRKGSLMAPHVLKVHGSSWPAELIELCQMADAKLLKGEIEVPDTWNSGDIYLSSKTIKALQGTIGAIETGVDSIFKGPSAEHISNRAFVAIRPPGHHCHYGTPSGFCLLNNAHVAIEYAYDTYNVTHVVVLDFDLHHGDGTQDICWKRAGFKPEEEPEDSSYDDFGKKFAEFPKVGYFSMHDINSFPTESGFATKENIKNASTCIMNSHDLNIWNIHLSKWTTEEEFNVLYRTKYRTLFAKADEFFRSAKLEMNQQGRPFKGLVVISAGFDASEFEQTSMQRHSVNVPTSFYTTFTKDALKLAQMHCHGKVLSLMEGGYSDKAICSGVFAHLIGLQNQDWVKEWGSEQVVKEIVRGCKPAWKPYKTKRAKDVIRIWAEEVIRLGRAMIPEFDDIIFKDAVNSAPSNSLLKATVEPASTSTIAQRIIRSHRSNASPEKELHENKPRSTEKQEQREIRSDTKVKQLSSNNRAAETQIPFLQQEFSSEDEDEEYVYDEELNKTFNRTVEDITIDDISRHLETLEIEKKGDEDSDHELKEKNWKNSHQRRLQGNGMYKIPSNTKPHRIRQPQNANTPTYDDSDISMISHVSRKHTTRSGGRW

HOS3

Elongation of fatty acids protein 3-like

289 amino acids

Probable very long-chain fatty acid (VLCFA) elongase that controls VLCFA composition and functions to inhibit abscisic acid (ABA)-mediated stress responses, including regulation of stomatal aperture, maintenance of primary root growth and inhibition of germination. VLCFA pathway and products may function as signaling components acting upstream of sphingosine-1-phosphate, ceramide and the heterotrimeric G-protein complex, in lipid-mediated regulation of abiotic stress signaling.

Belongs to the ELO family.

32.782 kDa

MSTALINSITYFLSEHPYIVGFRWSNSQSWGSTWSFLFTSISLYIAVSSSLHILLSAVRRSNRSVPLGHIPEIHSLLMSILSATIFAGILLSAAAEIRDTRWLWRRSKTATPLQWLLCFPLGTRPSGRVFFWSYVFYLTRFLHMFRTIFAVLRSRRLAVSQLFCNSVMAFTSFLWLEFSQSYQILAILSTTLVYSVVYGYRFWTGFGLPGSAFPSFVVNCQLVLVGCNLVSHAGVLTMHLFKGGCNGIGAWGLNSVLNGAILLLFLNFYVRMHSPMRRHINKMNSQRNA

hos3

High osmolarity sensitivity protein 3

94 amino acids

May play a role in the progression of mitosis in an environment of high osmotic stress.

10.381 kDa

MRRSTIVPTSRTSSSSPSPSQMKSFQMNRLVDQLSKLQSNMSHLENHLHVTAIQAEAIRRLGALQASLLMASGRVMSEARIQKSSDAVEEDVPM

hos3

High osmolarity sensitivity protein 3

94 amino acids

May play a role in the progression of mitosis in an environment of high osmotic stress.

10.381 kDa

MRRSTIVPTSRTSSSSPSPSQMKSFQMNRLVDQLSKLQSNMSHLENHLHVTAIQAEAIRRLGALQASLLMASGRVMSEARIQKSSDAVEEDVPM