Query: Rmv3_13804
Size: 1639
GI: 29423813
Accession: AAO73546
Short ID: alpha tubulin 1
Eval: 0
Mean Similarity: 99
Alignment Length: 1314
GO Function: GTP binding; structural molecule activity; GTPase activity;
GO Process: microtubule-based movement; protein polymerization;
GO Component: microtubule;
GO Slim Function: nucleotide binding; structural molecule activity; hydrolase activity;
GO Slim Process: cellular process; cellular component organization;
GO Slim Component: cytoskeleton;
Species: Rhizophora mangle
Sequence:
TTTTTTTTGGACAATGAAAGTCATTTTATTATAATAATACCAAATGTTCA
CATGCACGACAATCCACGAAACTCAAAGCAAGGCTACCGCAAGAACATCC
ATAAGCAAAAAGTTCATAGAGCACAACAGTAAAATGCAAAAGAAAATGCA
TGCTTTGATCAGTAGTCATATCCTTCTTCACCATCCTCCCCTTCATTCAA
CTCTGCGCCAACCTCCTCATAATCCTTCTCCAAGGCAGCAAGATCCTCGC
GGGCCTCTGAGAACTCTCCCTCCTCCATGCCCTCACCAACATACCAGTGC
ACAAAGGCACGCTTGCAATACATGAGATCAAACTTGTAGTCAATGCGGGA
GAAAACTTCTGCAACCCCTGTGGAATTGGAGATCATGCAGACTGCCCTCT
GCACCTTAGCAAGGTCACCACCAGGAACAACAGTTGGTGGCTGGTAATTG
ATGCCACACTTGAACCCAGTAGGACACCAGTCAACAAACTGGATTGTGCG
CTTGGTCTTGATGGTGGCCACAGCTGCATTCACATCCTTAGGGACAACGT
CACCACGGTACATGAGACAGCAAGCCATGTATTTACCATGCCGTGGGTCA
CACTTAGCCATCATAGATGAAGGCTCAAAAGCACTGTTGGTAATCTCTGC
AACTGAGAGTTGCTCATGGTATGCCTTCTCTGCTGAGATAACAGGAGCAT
AAGAGGAAAGCATGAAATGGATCCTGGGATAAGGGACCAAGTTGGTTTGA
AACTCAGTAACATCTACATTAAGAGCCCCATCAAACCTCAGAGAGGCAGT
GAGGGAAGAGATCACCTGAGAAACAAGACGATTTAGATTGGTATAAGTGG
GCCGCTCAATGTCAAGAGATCGCCGGCAAATGTCATAGATGGCCTCGTTG
TCAAGGAGAACAGCAACATCAGTATGTTCAAGGAGAGAGTGGGTTGAAAG
GACACTGTTGTAAGGCTCAACAACAGATGTTGAAACCTGAGGTGAAGGAT
AGACAGTGAAACCAAGCTTTGATTTTTTGCCATAATCGACAGAGAGACGC
TCCAAAAGAAGCGACCCAAGTCCAGAACCGGTACCACCACCAACAGCATT
GAACACCAAGAACCCTTGCAGGCCAGTACAGTTGTCAGCAAGCTTCCTTA
TGCGATCCAAGCAGAGATCAACAATCTCCTTCCCGATGGTATAATGTCCA
CGAGCAAAGTTGTTAGCAGCGTCTTCCTTGCCGCTGATGAGCTGCTCAGG
GTGAAAGAGCTGGCGATAGCCTCCAGTTCTCACTTCATCGATAACAGTGG
GCTCGAGATCAACGAAAACGGCACGAGGGACGTGCTTTCCTGCACCTGTC
TCACTAAAAAAGGTATTGAAAGCATCATCTCCTCCGCCTACACTCTTATC
ACTCGGCATCTGGCCATCAGGCTGAATACCATGCTCGAGGCAGTAAAGCT
CCCAGCATGCATTGCCGACCTGAATACCGGCCTGACCGATGTGGATTGAA
ATGCACTCTCTCATTTTCGCCTGAAAGGAAAGCTAGAAGGAACTTTTGGA
AGGAAAAGAAGAAGAATGAGAGGATTGAAATTTTATAAAAGCTATAATCG
CGGCGGCGTTTATGAAGACGCCTCTCAATTCGTGGGTCC