Entry GUITH02960 (L1IAL0)

E Guillardia theta


General Information

Description
hypothetical protein
Organism
GUITH - Guillardia theta (Taxon-ID: 905079)
Locus
GUITHscaffold_186join(37973..39024, 39270..39503, 39550..39592)
Number of exons
3

IDs and Cross-references

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Domain Architecture

Gene Ontology

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Protein Sequence

Download: Fasta
MDNLLTDVAD VAVSVNLFIF NMCTGNYLVY ANHANLALGV LSISVWRSMI CALHWMIIPK    60
DPTDELYVPL MLPIEAMPLF RILFIHKYPV LTTSVSIDLI PLLALMSLEF VSTYLTTNGI   120
CQCHWGKLNL SMVVAPTFFT RSFNVMYYLN IIGIFHVMYA LLSFMSTMYL LMEADTLNLY   180
KHTAKLARLQ REIVPYVKTD RDMARKILDE IDSVSMSISK SDTTIHVFMV LYTLSSLFSV   240
LPKFHFSYSD GESSTCMPIY VKDNRVNTKT FHKRLRDGFR PLFKLAVVCN TAGYVTCGVI   300
IAAFYVVTRN SVIALSSIYV LWMLSTLQTM HIGDFFTYID QLYTKHPDKN SMTAVHATMP   360
SDNIFSGIKP DDRVVIENVI AVMKSLNRDL SFSDFEVRST QNGFVLIAKT SSHVMVGIDD   420
LHTALARRGI PLREVLHPLD VA                                            442

Coding Sequence

Download: Fasta
ATGGACAACT TGCTGACTGA TGTCGCGGAC GTCGCCGTCA GCGTCAACCT GTTCATTTTC    60
AACATGTGCA CGGGCAACTA CCTCGTGTAT GCCAACCATG CGAACCTCGC GCTGGGCGTC   120
TTGAGCATCT CCGTCTGGAG GTCCATGATC TGCGCCCTGC ATTGGATGAT CATCCCAAAA   180
GATCCCACCG ACGAGCTCTA TGTGCCGCTG ATGCTGCCCA TAGAGGCCAT GCCTCTCTTC   240
CGGATCCTGT TCATTCACAA GTACCCGGTG TTGACAACCA GCGTGAGCAT CGATCTTATA   300
CCCCTGTTAG CCCTCATGAG CCTGGAGTTC GTCTCCACTT ACCTGACGAC CAACGGTATC   360
TGCCAGTGCC ATTGGGGAAA ACTGAATCTA AGCATGGTAG TGGCGCCTAC ATTCTTCACG   420
AGATCCTTCA ACGTGATGTA CTACCTGAAC ATCATCGGCA TTTTCCATGT GATGTACGCG   480
CTTCTATCGT TCATGAGCAC CATGTATTTA CTTATGGAGG CTGACACGTT GAACCTATAC   540
AAACACACGG CCAAACTGGC CCGATTGCAA AGAGAAATAG TACCGTACGT CAAGACCGAC   600
CGTGACATGG CGAGGAAGAT ACTGGACGAA ATAGACTCTG TGTCTATGTC CATCTCAAAG   660
AGTGATACCA CCATACACGT GTTCATGGTC TTGTACACCC TATCGAGTTT ATTTTCGGTG   720
CTGCCGAAAT TCCACTTTTC GTACTCCGAC GGCGAAAGTT CAACCTGCAT GCCGATATAC   780
GTAAAAGACA ACAGAGTGAA TACAAAGACT TTCCACAAGA GGCTGCGCGA TGGCTTCAGA   840
CCCCTCTTCA AGCTTGCCGT CGTATGCAAT ACGGCCGGAT ACGTCACTTG TGGCGTCATC   900
ATCGCGGCCT TCTATGTGGT CACTCGCAAC TCTGTTATCG CACTCTCATC TATCTACGTA   960
CTATGGATGC TCTCTACGCT GCAAACAATG CATATCGGTG ACTTCTTCAC CTATATCGAC  1020
CAGCTGTACA CGAAGCACCC TGACAAGAAT AGCATGACTG CGGTGCATGC GACGATGCCG  1080
TCGGACAACA TCTTCTCGGG CATCAAGCCG GACGACCGGG TGGTGATCGA GAACGTGATC  1140
GCCGTGATGA AGTCACTCAA CCGCGACCTC TCCTTCTCTG ACTTTGAGGT CCGCAGCACC  1200
CAGAATGGCT TCGTGCTGAT CGCCAAGACA TCCTCCCATG TCATGGTGGG GATCGACGAT  1260
CTTCACACCG CCCTTGCACG TCGGGGGATA CCGCTTCGCG AAGTTCTTCA CCCTCTCGAC  1320
GTGGCATGA                                                          1329