Gene GORGO10387 (G3S701)

E Gorilla gorilla gorilla | Ceramide synthase 3 [CERS3]

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Protein sequences and cDNA of the selected isoforms are displayed below the tables
Protein ID
Sequence length
Exons
Domain Architectures
Number exons
Cross reference
GORGO10387 reference isoform 383 10 UniProtKB/TrEMBL G3S701


Protein Sequence

Download: Fasta
MFWTFKEWFW LERFWLPPTI KWSDLEDHDG LVFVKPSHLY VTIPYAFLLL IIRRVFEKFV    60
ASPLAKSFGI KETVRKVTPN TVLENFFKHS TRQPLQTDIY GLAKKCNLTE RQVERWFRSR   120
RNQERPSRLK KFQEACWRFA FYLMITVAGI AFLYDKPWLY DLWEVWNGYP KQPLLPSQYW   180
YYILEMSFYW SLLFRLGFDV KRKDFLAHII HHLAAISLMS FSWCANYIRS GTLVMIVHDV   240
ADIWLESAKM FSYAGWTQTC NTLFFIFSTI FFISRLIVFP FWILYCTLIL PMYHLEPFFS   300
YIFLNLQLMI LQVLHLYWGY YILKMLNRCI FMKSIQDVRS DDEDYEEEEE EEEEEATKGK   360
EMDCLTNGLG AERHLIPNGQ HGH                                           383

cDNA Sequence

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ATGTTTTGGA CGTTTAAAGA ATGGTTCTGG TTGGAAAGAT TCTGGCTTCC TCCAACAATA    60
AAGTGGTCAG ATCTTGAGGA TCACGATGGA CTCGTCTTTG TAAAACCTTC TCATTTATAC   120
GTGACAATTC CATATGCTTT TCTCTTGCTG ATTATCAGAC GTGTATTTGA AAAATTTGTT   180
GCTTCACCTC TAGCAAAATC ATTTGGCATT AAAGAGACAG TTCGAAAGGT TACACCAAAT   240
ACTGTCTTAG AGAATTTTTT CAAACATTCC ACAAGGCAAC CATTGCAAAC TGATATTTAT   300
GGACTGGCAA AGAAGTGTAA CTTGACGGAG CGCCAGGTGG AAAGATGGTT TAGGAGTCGG   360
CGGAATCAAG AGAGGCCTTC CAGGCTGAAG AAATTCCAGG AAGCTTGCTG GAGATTTGCA   420
TTTTACTTAA TGATCACTGT TGCTGGAATT GCGTTTCTTT ATGATAAACC TTGGCTATAT   480
GACTTATGGG AGGTTTGGAA TGGCTATCCC AAACAGCCCC TCCTGCCATC CCAGTACTGG   540
TACTACATTT TAGAAATGAG TTTTTATTGG TCTCTGTTAT TTAGACTTGG CTTTGATGTC   600
AAGAGAAAGG ATTTTCTAGC TCATATCATC CACCACCTGG CTGCTATTAG TCTGATGAGC   660
TTCTCTTGGT GTGCTAATTA TATTCGCAGT GGGACCCTCG TGATGATTGT ACACGATGTG   720
GCTGACATTT GGCTGGAGTC TGCTAAGATG TTTTCTTATG CTGGATGGAC GCAGACCTGT   780
AACACCCTGT TTTTCATCTT CTCCACCATA TTTTTCATCA GCCGCCTCAT TGTTTTTCCT   840
TTCTGGATTT TATATTGCAC ACTGATCTTG CCTATGTATC ACCTCGAGCC TTTCTTTTCA   900
TACATCTTCC TCAACCTACA GCTCATGATC TTGCAGGTCC TTCACCTTTA CTGGGGTTAT   960
TACATCTTGA AGATGCTCAA CAGATGTATA TTCATGAAGA GCATCCAGGA TGTGAGGAGT  1020
GATGACGAGG ATTATGAAGA GGAAGAGGAA GAGGAAGAAG AAGAGGCTAC CAAAGGCAAA  1080
GAGATGGATT GTTTAACGAA TGGCCTCGGG GCTGAGAGGC ACCTCATTCC CAATGGTCAG  1140
CATGGCCATT AG                                                      1152