Query: Rmv3_58
Size: 1441
GI: 296087188
Accession: CBI33562
Short ID: histone deacetylase
Eval: 0
Mean Similarity: 96
Alignment Length: 1230
GO Function: histone deacetylase activity; protein binding; basal transcription repressor activity;
GO Process: DNA mediated transformation; histone deacetylation; jasmonic acid and ethylene-dependent systemic resistance; negative regulation of transcription; histone acetylation;
GO Component: histone deacetylase complex;
GO Slim Function: hydrolase activity; protein binding; transcription regulator activity;
GO Slim Process: biological_process; cellular component organization; protein modification process; response to external stimulus; response to stress; response to biotic stimulus; transcription;
GO Slim Component: nucleoplasm;
Species: Rhizophora mangle
Sequence:
CCCTCTACAAGAGTCTAGTGTAGACTCCGGTGCTTGTCCCAAAGGAGAAG
AAGAGGAAGAGGACAAAGAAGAGGAGCAAGCAATAGTCTCTTTTGAAGCT
GACTATTGCCATTGATTAGGTTTTATCTACTTCTGACAGATTGCGGTGGT
CATTCTTCTAGATTTGTGGTTCCATTCTGTAAAATTGTTGAAAACTAAGA
ATAAATCAGAGATGGACTCCGGAGGCAATTCTTTGCCGTCAGGTCCCGAT
GGCGTGAAGAGAAAGGTTTGCTATTTCTATGATCCAGAGGTGGGCAATTA
TTATTATGGACAGGGTCACCCCATGAAGCCCCACCGCATTCGAATGACCC
ATGCCCTACTCGCCCACTATGGCTTGCTTCAGAACATGCAGGTCTTCAAA
CCCTGTCCTGCTCGAGATAGGGTTCTTTGCCGTTTCCATGCTGATGACTA
TGTGACTTTCCTCCGGAACATTACCCCAGAAACCCAGCAGGATCAGCTCA
GGCAACTCAAACGCTTTAATGTTGGTGAAGATTGCCCTGTCTTTGATGGC
CTCTATACCTTCTGTCAGACCTATGCTGGTGGCTCTATTGGTGGTGCTGT
CAAGTTAAACCATGGCCTTTGTGATGTTGCTGTCAATTGGGCTGGTGGCC
TCCATCATGCCAAGAAGTGTGAGGCTTCTGGTTTCTGTTATGTCAATGAC
ATTGTTCTTGCAATTTTGGAGCTTCTTAAGCAGCATGAGCGTGTTCTGTA
TGTGGATATTGACATTCACCATGGTGATGGCGTGGAGGAAGCATTTTACA
CAACTGATAGGGTCATGACTGTTTCATTCCATAAATTTGGAGACTATTTT
CCTGGTACTGGGGATATAGGGGATACTGGATATGCGAAAGGGAAATACTA
TTCTCTTAATGTTCCACTGGATGATGGGATTGATGATGAGAGCTATCATT
CCTTATTTAAACCACTAATTGGGAAAGTAATGGAAGTTTTTAAGCCTGGT
GCTGTGGTTCTCCAATGTGGTGCTGACTCATTATCTGGGGATAGATTAGG
ATGCTTTAATCTTTCCATCAAGGGGCATGCAGAGTGTGTCAAATTTATGA
GATCCTTCAATGTGCCATTATTGCTACTTGGTGGTGGTGGCTACACCATC
CGGAATGTTGCTCGCTGCTGGTGCTATGAGACAGGAGTTGCACTGGGAGT
GGAAGTTGATGACAAGATGCCTCAGCATGAGTATTACGAATACTTTGGTC
CAGATTATACCCTTCATGTTGCTCCTAGTAACATGGAAAACAAGAACTCA
CGCCAACACTTAGAGGGAATACGGTCTAAGCTTCTTGACAATTTGTCAAA
GCTTCAGCATGCACCCAGTGTTCAATTTCAGGAAAGAGCACCTGATACTG
AGCTTCCTGAGGCAGATGAAGATCAGGATGATGGAGATGAG