Entry ALIFM02326 (ASSY_ALIFM)

B Aliivibrio fischeri (strain MJ11)


General Information

Description
Argininosuccinate synthase
Organism
ALIFM - Aliivibrio fischeri (strain MJ11) (Taxon-ID: 388396)
Locus
Chromosome Icomplement(2599019..2600230)
Number of exons
1

IDs and Cross-references

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Domain Architecture

Gene Ontology

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Protein Sequence

Download: Fasta
MSKKVEVNKV VVAYSGGLDT SVIIPWLKEN YNCEVIAFVA DVGQGEEELE GIEAKAIASG    60
ATECYIADLK EEMVSEYIFP TLKTGALYEG KYLLGTSMAR PIIAKAQVEV ARNVGADALC   120
HGCTGKGNDQ IRFEGAFAAL APDLHVIAPW REWDLVSREE CLDYLAERNI PCTASLTKIY   180
SRDANAWHIS TEGGVLEETW NAPNDDCWAW TVDPEQAPNE SETISLKVEK GAVVAVDGKA   240
MTPYEVVVYL NEKGAKHGVG RIDIVENRLV GMKSRGCYET PGGTIINEAL RAVEQLVLDK   300
TSFEFREELG IKASHLVYDG RWFTPLCKSI LAASEELAKD VNGEVVIKLY KGHATVIQKR   360
SDNSLYSEEF ATFGADEVYD QSHAEGFIRL YSLSSRIRAL NSK                     403

Coding Sequence

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ATGAGTAAGA AAGTAGAAGT AAACAAGGTT GTTGTCGCAT ACTCTGGTGG CTTAGATACC    60
TCTGTGATCA TCCCATGGTT AAAAGAGAAT TATAACTGTG AAGTGATTGC TTTTGTTGCG   120
GATGTTGGTC AAGGCGAAGA AGAACTTGAA GGTATTGAAG CGAAGGCAAT TGCATCGGGG   180
GCGACTGAGT GTTACATCGC TGATTTAAAA GAAGAAATGG TTTCTGAGTA TATTTTCCCA   240
ACGCTAAAAA CAGGCGCGTT GTATGAAGGT AAATATTTAC TAGGAACGTC AATGGCACGT   300
CCTATCATTG CTAAAGCACA AGTTGAAGTG GCTCGTAATG TGGGTGCAGA TGCGCTTTGT   360
CATGGTTGTA CTGGTAAAGG TAATGACCAG ATTCGTTTTG AAGGTGCGTT TGCTGCACTA   420
GCTCCAGATC TTCATGTTAT TGCTCCATGG CGTGAGTGGG ATCTTGTGAG CCGTGAAGAG   480
TGTTTAGATT ATTTGGCTGA GCGTAATATC CCTTGTACCG CTTCTCTTAC TAAGATCTAT   540
TCTCGTGATG CTAATGCATG GCATATCTCA ACTGAAGGTG GTGTTTTAGA AGAAACATGG   600
AATGCACCAA ATGACGATTG TTGGGCATGG ACGGTTGATC CTGAGCAAGC ACCAAATGAA   660
TCAGAAACGA TCTCATTAAA AGTAGAAAAG GGTGCGGTTG TTGCGGTTGA TGGTAAAGCG   720
ATGACACCTT ATGAAGTAGT TGTATACCTA AATGAGAAAG GGGCAAAACA CGGTGTTGGT   780
CGTATTGATA TCGTTGAAAA CCGTTTGGTC GGAATGAAGT CTCGTGGTTG TTATGAAACT   840
CCAGGGGGCA CGATCATTAA CGAAGCACTG CGTGCAGTCG AGCAACTTGT TTTAGATAAA   900
ACGTCATTTG AATTCCGCGA AGAGCTAGGT ATTAAAGCCT CTCACCTTGT TTATGATGGT   960
CGTTGGTTTA CACCGTTATG TAAATCTATC TTAGCGGCAT CAGAAGAGCT AGCAAAAGAC  1020
GTGAATGGTG AGGTCGTTAT TAAGTTGTAT AAAGGTCATG CGACGGTAAT TCAAAAGCGT  1080
TCTGATAACA GTTTATATTC AGAAGAATTT GCTACTTTTG GTGCTGATGA AGTGTATGAC  1140
CAAAGTCATG CCGAAGGCTT TATTCGTCTT TACTCACTAT CAAGTCGTAT TCGTGCGCTA  1200
AATAGCAAAT AA                                                      1212