Entry XENLA15850 (A0A1L8GTA3)

E Xenopus laevis (sub-genome S)


General Information

Description
hypothetical protein; encoded by transcript XELAEV_18020742m
Organism
XENLA - Xenopus laevis (Taxon-ID: 8355)
Locus
3Sjoin(57459013..57459117, 57466971..57467076, 57469477..57469607, 57472437..57472503, 57473539..57473582, 57474089..57474230, 57476925..57477003, 57477945..57478020, 57479853..57479966, 57480469..57480562, 57483994..57484199, 57485455..57485598, 57488150..57488221, 57489253..57489303)
Number of exons
14

IDs and Cross-references

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Domain Architecture

Gene Ontology

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Protein Sequence

Download: Fasta
MADESGDCQR LPPELDEEAP GTNSDTEGED IFTGAHSGVP APKTKKEPVP DQTSRENGLF    60
LEDDDQDLFA ESTVKLSVDN SQKIQKEEPP KVSLTTPMLI EAASASTKQK SYEELEEEEQ   120
EDQFDAKISV TDPEKIGDGM NAYVVYQVTT QTNLLMFKSK HFTVKRRFSD FLGLYEKLSE   180
KHSQNGFIVA PPPEKSLIGM TKVKVGKEDS SSTEFLERRR TALERYLQRI VSHPTLIQDP   240
DVREFLEKDE LPRAVSTQAL SGAGLLKMFN RATDAVNKMT IKMNESDVWF EDKFQEVECE   300
EQHLRKLHTV VETLVNHRKE LALNTALFAK SLAMLGSSED NTALSRALSQ LAEVEEKIEQ   360
LHQEQANSDF FLLAELLADY IRLLSVVRGV FDQRIKTWQR WQDAQATLQK KRENEARLLW   420
ANKPDKLQQA KDEIAEKEKS KDFKGHIVRY LETLMNSQHK LVKYWEAFLP EAKVIS       476

Coding Sequence

Download: Fasta
ATGGCGGATG AAAGCGGCGA CTGTCAGCGG CTTCCACCGG AACTGGATGA GGAGGCCCCG    60
GGAACTAACA GTGACACAGA AGGAGAGGAT ATCTTTACCG GAGCTCATTC AGGGGTGCCT   120
GCTCCAAAGA CAAAGAAAGA GCCTGTACCA GACCAGACTT CACGGGAAAA TGGTCTCTTT   180
CTGGAAGACG ATGACCAAGA TTTGTTTGCA GAGTCCACTG TCAAGCTGTC AGTGGATAAT   240
TCTCAAAAAA TCCAAAAAGA AGAGCCTCCA AAAGTGTCGC TAACCACCCC CATGCTTATT   300
GAAGCAGCTA GCGCCTCCAC CAAGCAAAAG AGCTATGAAG AGTTGGAAGA AGAAGAGCAA   360
GAAGACCAGT TTGATGCGAA GATTAGTGTC ACAGACCCCG AGAAAATTGG TGACGGTATG   420
AATGCATATG TAGTCTACCA AGTTACAACT CAGACCAATT TACTAATGTT TAAGAGCAAG   480
CACTTCACTG TGAAGAGACG GTTCAGTGAC TTCCTGGGCC TATATGAGAA ACTCTCGGAA   540
AAGCACTCAC AGAACGGGTT TATTGTAGCA CCACCTCCAG AGAAGAGCCT TATAGGCATG   600
ACCAAAGTAA AGGTGGGCAA AGAGGACTCT TCTTCAACAG AGTTTCTGGA GAGAAGAAGA   660
ACAGCTTTAG AAAGGTACCT CCAAAGAATA GTAAGTCATC CTACACTCAT TCAGGACCCT   720
GATGTGAGAG AGTTTCTGGA GAAGGATGAG CTTCCACGTG CAGTCAGCAC CCAGGCTCTA   780
AGTGGAGCAG GACTTCTCAA GATGTTCAAC AGAGCCACTG ATGCAGTCAA TAAAATGACT   840
ATTAAAATGA ATGAATCAGA TGTTTGGTTT GAAGACAAAT TCCAGGAGGT GGAATGTGAG   900
GAACAACATC TCCGAAAGTT GCACACAGTG GTGGAAACTT TAGTGAATCA CAGGAAAGAA   960
CTAGCACTGA ACACTGCTCT ATTTGCCAAG AGTCTGGCCA TGCTGGGGAG CTCAGAGGAT  1020
AACACAGCCC TTTCTCGGGC TTTGTCTCAA CTGGCTGAGG TAGAGGAGAA GATAGAGCAG  1080
CTACACCAGG AGCAGGCCAA CAGTGATTTC TTCCTGCTTG CGGAGCTATT GGCTGATTAC  1140
ATCCGTTTGC TCTCTGTGGT CAGAGGGGTA TTTGATCAGC GAATAAAAAC CTGGCAGCGA  1200
TGGCAGGATG CTCAGGCCAC CTTACAGAAG AAGAGAGAAA ATGAGGCTAG ATTGCTGTGG  1260
GCCAACAAAC CAGACAAACT GCAACAAGCA AAGGATGAGA TTGCAGAGAA AGAGAAGTCT  1320
AAGGATTTTA AAGGTCACAT AGTTAGATAT CTGGAGACAC TGATGAATTC ACAGCACAAA  1380
CTGGTTAAAT ACTGGGAGGC GTTTTTACCT GAAGCAAAAG TTATATCCTA A           1431