Query: Rmv3_10408
Size: 1290
GI: 6960214
Accession: AAF33405
Short ID: beta- -glucanase
Eval: 2.26E-119
Mean Similarity: 81
Alignment Length: 1023
GO Function: cation binding; glucan endo-1,3-beta-D-glucosidase activity; glucan 1,3-beta-glucosidase activity; protein binding; cellulase activity;
GO Process: positive regulation of abscisic acid mediated signaling pathway; response to cold; regulation of stomatal movement; systemic acquired resistance; protein polymerization; water homeostasis; starch metabolic process; sucrose metabolic process;
GO Component: cell wall; vacuole; apoplast;
GO Slim Function: binding; hydrolase activity; protein binding;
GO Slim Process: response to endogenous stimulus; signal transduction; response to stress; response to abiotic stimulus; cellular process; response to biotic stimulus; cellular component organization; biological_process; carbohydrate metabolic process;
GO Slim Component: cell wall; vacuole; extracellular region;
Species: Rhizophora mangle
Sequence:
ATTGTTTTTGTTTTTTTCTTCTTTTTTAGAAAATTAAAAATGTTTAGACC
TTGATTAAAAATATTTATAAAGGTATTGGATACAATGCAAACGACCTGAA
GGGGTTACCGTCTGCTTATTGATTTACTGGTACATAGAAGTGACTGAACC
AACATATTCAGCACACACACACACATATTTCAAACCTTTTATCAATTGAA
ATTGACAGGATATTTTGGCTGTTTATCAGGGGAGAAGAGTCCCCAGTATT
TCTCATACTCCGCCATGTCCTTCTTGTTCTCATCGAACATGGCAAAGATG
TAAGTTTCTATAGGCTTTCCAGGCTTCTTCGGAGTCCCTCCCTTGACATG
TTGTACCAAATTGTTGTTGTAGGTTCTCGCATTGTCCACTGAAGTCGCTG
GCCCTCCAGCTGTAGGCCAGCCGCTCTCTGATACCACAATCTCTACTGAA
CTCCTACCAGCTTTCTCCAGAGCAGCATAAACGGCATCGACAATGGCATC
GAAAAGGTTTTGGTAACTCAGAGGTGGATCAGAGACCACGGATGATGGAG
CAGTAAAAAGAGCAAAGTCAAGAGGAATATTTGCCATGTCGCCTGTGTAA
CTTATGTATGGATACATGTTCAGGAATAATGGGGACTGGTTTTTCACTAG
AAAGCCTATAATTGGATCCAGAAGCACCCGGTGGTCGTCCCTAAAGGACC
CTTTTGAGGGAGGAGAGGATTCTGCTGCAAGGTTCCCAGTATCAATGGCA
GTCGAAACTTTGATACTGTTGCCTAGGCCTGCTGAATTGATTGCATTCTG
AATGTTTTGCATGGCCGGGACTAGAAACTGTGCGAATGAATCCGAGGTCT
TCACCTCATTTCCAACAGTAATGTAACGGAATTTGACATTTCCGTAGTTT
AATACATTGTCCTTCACCCATTGGTTTGCAGCATCCTGACTGGACGCGAC
CCTTTCAAGGTCAGGGTTTGGAACGTCGAGCATGAGCTGAATGTCGGTGC
CAGAAAGGGCACTGAGAGCATCTGGGGTCGGAGAATAGAGTCGCATCCTT
CTGATGTTATACTGTTTGTACAAACCTACGACATCTGCTGGAGGGGGTAA
GTTGTCTCCATTCATGCCATAGCAAACACCAATTTGAGCATCTGTGGTAT
GTAGGCTAGCCAGTAGCAGTCCCAACAGTAGCACTGTATGAAACGGGGAA
AGGATTTTGCCAGCCAATAAAGATGATATTGCCATGTTTATACAAAGAGA
AGAGAACCGCCCAAGAAAGATTTCAGTGCAACTATATCCC