Entry RETFI39272 (X6M460)

E Reticulomyxa filosa


General Information

Description
hypothetical protein
Organism
RETFI - Reticulomyxa filosa (Taxon-ID: 46433)
Locus
solexa3802387_1.f1.expjoin(complement(3288..3469), complement(2065..3255), complement(1881..2037))
Number of exons
3

IDs and Cross-references

loading xrefs...

Domain Architecture

Gene Ontology

loading GO annotations...

Protein Sequence

Download: Fasta
MYLTLRLLPK GKERYVTIHI FFILRNLGMK IYFHEDYYNL FTYIRFNIFL KALTKVKTAS    60
NKKKMDNDFP FQSLPPLPVP LSLTQCVAYD NEILICGGYN KPNCYSYHVL QNEYKLICSY   120
PIDIKLEGHC VIKIGGNIED DTITLLSFGG QNVDQKKHTL VMKYMSVWKP KRELNGEVLN   180
QWIPLIHNGK TVIIGRKKDH LQGVRGIIGG KKGNLLFLTH WSNKMDVIDL NTYEYITTAS   240
KNELPIPRSD HGLQFHCFVS PAQSYINGRE TSSKTEMLLI SFNVGLHIIY DEDTSSFVVQ   300
QLPVSKEIAS FNCYAYIRVD HFIVFFGGYS NARKAYTSSV YTYSIRDKAW AKCTHTLPQA   360
LGWNACVMAK DNKTLHVLGG FSGVRALPNH FQSQIDFFLP VDTNINQHST QLTTPVNVNN   420
SNSITTTTTI SRIKMEPIPS LFLTSLRFKR WKQITKCHGS DNEYYIDEKM DDWLEILQVN   480
VSPVLFQIKK NICVYAKLCI GNQDNIISL                                     509

Coding Sequence

Download: Fasta
ATGTATTTGA CTTTAAGGTT ACTGCCAAAA GGAAAAGAAC GATATGTTAC AATACACATA    60
TTTTTTATTC TTCGTAACTT GGGAATGAAA ATTTACTTTC ATGAGGATTA TTATAATTTA   120
TTTACATATA TACGTTTTAA CATTTTTTTG AAAGCGTTGA CAAAAGTAAA AACTGCCAGC   180
AATAAAAAAA AAATGGATAA TGATTTTCCA TTTCAATCTT TGCCTCCTTT GCCTGTACCT   240
CTTTCTTTAA CGCAATGTGT GGCATACGAC AACGAAATTC TCATCTGTGG TGGTTACAAT   300
AAGCCCAACT GCTACTCATA TCATGTTCTC CAAAACGAAT ACAAGTTGAT CTGTTCATAT   360
CCAATCGACA TAAAATTGGA GGGTCATTGC GTAATAAAAA TTGGAGGGAA TATTGAAGAT   420
GACACAATTA CTCTCTTATC ATTTGGGGGA CAAAATGTGG ACCAAAAGAA GCACACGTTA   480
GTAATGAAAT ATATGAGTGT TTGGAAACCG AAAAGAGAAT TGAATGGAGA GGTGTTAAAT   540
CAATGGATTC CATTAATTCA CAATGGAAAA ACAGTGATAA TTGGAAGAAA AAAAGACCAT   600
TTGCAAGGAG TGCGAGGTAT AATCGGAGGG AAGAAGGGAA ATTTATTGTT TCTTACACAT   660
TGGTCAAACA AAATGGACGT TATCGATTTG AATACCTACG AATACATAAC CACTGCCAGC   720
AAAAACGAGT TGCCAATCCC AAGAAGTGAT CACGGACTCC AATTTCATTG TTTTGTGTCC   780
CCAGCCCAAA GTTATATTAA TGGCAGAGAA ACATCGTCAA AAACTGAAAT GCTATTGATA   840
TCTTTCAATG TCGGATTACA TATTATCTAT GATGAAGATA CCTCTTCATT TGTTGTGCAA   900
CAGCTTCCAG TGTCGAAAGA GATTGCCTCT TTTAATTGCT ATGCTTACAT ACGTGTGGAC   960
CATTTCATTG TTTTTTTTGG AGGCTATTCC AACGCTCGTA AAGCTTATAC GTCTTCTGTT  1020
TATACGTACT CTATCAGAGA CAAAGCATGG GCCAAGTGCA CTCATACCTT GCCTCAAGCT  1080
TTGGGTTGGA ACGCGTGCGT AATGGCCAAA GACAATAAAA CACTACACGT TTTGGGAGGG  1140
TTTTCCGGCG TGAGGGCTTT GCCCAATCAC TTTCAATCGC AAATTGATTT TTTTTTACCG  1200
GTCGATACAA ATATTAACCA ACACTCCACA CAATTAACTA CTCCTGTCAA TGTAAACAAC  1260
AGCAATTCCA TTACTACCAC CACAACCATT TCCCGTATCA AAATGGAGCC AATTCCGAGC  1320
CTGTTTTTAA CCAGCCTTCG CTTCAAGCGA TGGAAACAGA TCACCAAGTG CCATGGATCA  1380
GACAATGAAT ATTACATTGA TGAGAAGATG GATGATTGGT TGGAAATTCT GCAAGTAAAT  1440
GTCAGTCCTG TTTTATTTCA AATTAAAAAA AATATCTGTG TTTATGCAAA ATTGTGTATT  1500
GGAAATCAAG ATAATATAAT ATCTTTATGA                                   1530