Entry LAWIP00655 (ASSY_LAWIP)

B Lawsonia intracellularis (strain PHE/MN1-00)


General Information

Description
Argininosuccinate synthase
Organism
LAWIP - Lawsonia intracellularis (strain PHE/MN1-00) (Taxon-ID: 363253)
Locus
A815668..816861
Number of exons
1

IDs and Cross-references

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Domain Architecture

Gene Ontology

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Protein Sequence

Download: Fasta
MSNRIKKVVL AYSGGLDTSV ILKWLIATYN CEVIAVTADL GQNENFHDIE EKAIVTGASK    60
AYVVDLRNEF AKNFIFPMLR ASAIYEGRYL LGTAIARPLI TKLLIDIARA EEADAIAHGA   120
TGKGNDQVRF ELAAAALAPD IHVIAPWREW DLISRTALTT FAEKHNIPIS TSHKRYSKDQ   180
NMLHCSIEGS ELENPWEEPH IESYTMTVPI EHTPDSPEYI TIDFEKGDPI AINGQQMIPA   240
DIMFTLNDIA GRHGIGRIDM VESRFLGIKS RGVYETPGGT IIHIAHQDLE GITLDHMTLL   300
TRNQLIPSYA DAIYNGFWFS PEREAIQAFM DKAQERVTGT VKLKLYKGMA YPIGRKSSNS   360
LYSSQLATFE EDTSYNHNDA TGFIKLKSLR IRGYQKS                            397

Coding Sequence

Download: Fasta
GTGTCTAATA GAATAAAAAA AGTTGTTTTA GCCTACTCTG GAGGACTAGA TACATCTGTT    60
ATATTAAAAT GGCTTATTGC TACTTATAAC TGTGAGGTCA TTGCTGTAAC TGCCGATCTT   120
GGTCAAAATG AAAATTTTCA TGACATTGAA GAAAAAGCAA TAGTAACAGG TGCTAGCAAA   180
GCATATGTTG TAGATCTTCG GAATGAATTT GCTAAAAATT TTATTTTCCC CATGCTAAGA   240
GCAAGTGCTA TCTATGAAGG ACGATATCTC CTTGGGACTG CTATTGCTAG ACCCTTAATT   300
ACAAAACTTC TTATTGATAT TGCTAGAGCA GAAGAAGCTG ATGCAATTGC CCATGGAGCT   360
ACAGGAAAAG GAAACGATCA AGTTCGATTT GAACTTGCAG CCGCAGCACT TGCACCAGAT   420
ATTCACGTTA TTGCTCCGTG GCGTGAATGG GATTTAATAT CTCGAACTGC ATTAACTACT   480
TTTGCAGAAA AGCATAATAT CCCTATATCT ACTTCTCATA AACGTTACAG TAAAGATCAA   540
AATATGCTTC ACTGTAGCAT TGAAGGAAGT GAATTAGAAA ACCCTTGGGA AGAACCTCAC   600
ATTGAATCAT ATACAATGAC AGTCCCTATT GAACATACGC CTGATTCTCC AGAATATATT   660
ACAATTGATT TTGAAAAAGG AGACCCTATT GCTATTAATG GTCAACAAAT GATCCCTGCT   720
GATATTATGT TTACATTAAA TGACATTGCG GGAAGACATG GTATTGGACG AATTGACATG   780
GTAGAAAGTC GCTTTTTAGG GATAAAATCA CGTGGTGTAT ATGAGACTCC TGGAGGGACA   840
ATTATCCATA TAGCACACCA AGATCTTGAA GGTATTACCC TTGATCACAT GACTCTTCTT   900
ACTCGTAATC AACTTATTCC TTCATATGCA GATGCTATAT ATAATGGATT TTGGTTCTCC   960
CCAGAGCGTG AAGCCATACA AGCATTCATG GATAAAGCAC AAGAACGTGT GACTGGCACA  1020
GTTAAACTAA AACTTTATAA GGGTATGGCT TATCCTATAG GCAGAAAATC TTCTAATAGT  1080
CTTTATAGCT CCCAACTTGC AACCTTTGAA GAAGACACTT CATATAATCA CAATGATGCA  1140
ACAGGTTTTA TTAAACTTAA AAGCTTACGT ATCCGTGGTT ATCAAAAAAG TTAA        1194