Query: Rmv3_17058
Size: 1509
GI: 255641162
Accession: ACU20858
Short ID: 60s acidic ribosomal protein
Eval: 3.27E-136
Mean Similarity: 92
Alignment Length: 957
GO Function: structural constituent of ribosome; DNA-(apurinic or apyrimidinic site) lyase activity;
GO Process: ribosome biogenesis; translational elongation; base-excision repair;
GO Component: ribosome;
GO Slim Function: structural molecule activity; catalytic activity;
GO Slim Process: cellular process; translation; response to stress; DNA metabolic process;
GO Slim Component: ribosome;
Species: Rhizophora mangle
Sequence:
GCAGTATCTCATCGTCTTGATAGCTAGGTCTTACCTCTTAATTTTCTGTA
GACTGCGAGCAGGATACGGAGGTTAAAGTGACGGCGACGCCTAGCTGTCC
GCCTTGACCGAGCCCTAGCTTCGTCTTGGCCCTCGTTTTTGTTTGTTTTG
TCTTCTTCTTTTAGTACCTAAAGCTTTCAATCGTTGTTTTTTCTTTTTGC
TTTTTTTGTTTTTATAAAATTATTGTGACAAAATAAAAAGGGGAAGAAGA
AATAAAAAGATCAGAAATGGCCATCAAACAATCTAAGAGTGATAAGAAGG
TTGCATACGACGCTAAGCTGTGCAAGTTGCTAGACGAATACAGCCAGATC
TTGGTGGTGGGTGCGGATAATGTCGGGTCGACCCAGCTGCAGAACATCAG
GAGGGGGCTGAGAGGGGACTCTGTGGTGCTGATGGGAAAGAATACTATGA
TGAAGAGGACCATCAGGGTTCATGCTGAAACTACCGGAAACAAGGGCTTC
CTCAGTCTCATACCACTCCTTCAGGGAAACGTGGGCTTGATTTTCACAAA
AGGTGACCTTAAGGAAGTGAGCGAGGAGGTTTCCAAGTATAAGGTTGGAG
CTCCTGCTCGTGTTGGTTTGGTAGCCCCAATAGATGTTATTGTCCCTCCT
GGAAACACTGGGCTTGATCCATCCCAGACCTCTTTCTTCCAGGTGCTCAA
CGTTTCCACCAAGATTAACAAGGGTACTGTTGAAATTCTTGCTCCTGTGG
AGATCATTAAGAAGGGTGACAAGGTTGGCTCTTCTGAGGCTGCCCTTTTG
GCTAAGCTGGGAATAAGACCATTCTCTTATGGTCTCATTGTCTTGTCTGT
TTATGATAATGGCTCTGTATTCAGTCCCGAGGTGCTTTATCTGACCGAGG
ATGACCTTATTGGGAAATTTGCTGCTGGTCTTTCTATGGTCACTTCCCTG
TCATTGGCAATCTCATACCCAACCCTGGCTGCTGCCCCTCATATGTTCAT
GAATGCTTACAAGAATGTCCTTGCTGTTGCTGTTGAAACTGATTATTCCT
ACCCTCAGGCAGAACAAGTGAAGGAGTACCTCAAGGATCCCAGCAAGTTT
GCAGTTGCTGCTGCTCCAGTTGCCACTGCCAGTGCCAGTTCTGCCCCAGC
AGCTGCTGAGGAAGAGAAGAAGGAGGAACCTGCTGAGGAATCTGATGATG
ACATGGGTTTCAGTCTGTTTGATTAAGATTGATGTTCCTTTACTTTTCAT
ATGGGACTTTTAGATATTGGATTTCCCTGACTGCCTGTGGATTTTATCCT
GTTGTCTTTATTATGTTTTGTTGACCTGGTTTTTATGGAAAGGATTGGAT
GTTAAATTTTTTTCGCACGATAGAATGCCCGTGTTTTCTGTCATACACAC
TCTAGGCCTTTTCCATGTTAAATATTTCTTTGTTCGGTCCTGCAATGCTG
TGTTGAGGGCTAAGATGGAGATATATTGCATTATTTGACATTCTCTTCTT
TTGAGCCTC