KEGG   Salmo salar (Atlantic salmon): 106607850
Entry
106607850         CDS       T04363                                 
Name
(RefSeq) CAD protein-like
  KO
K11540  carbamoyl-phosphate synthase / aspartate carbamoyltransferase / dihydroorotase [EC:6.3.5.5 2.1.3.2 3.5.2.3]
Organism
sasa  Salmo salar (Atlantic salmon)
Pathway
sasa00240  Pyrimidine metabolism
sasa00250  Alanine, aspartate and glutamate metabolism
sasa01100  Metabolic pathways
sasa01240  Biosynthesis of cofactors
Module
sasa_M00051  De novo pyrimidine biosynthesis, glutamine (+ PRPP) => UMP
Brite
KEGG Orthology (KO) [BR:sasa00001]
 09100 Metabolism
  09104 Nucleotide metabolism
   00240 Pyrimidine metabolism
    106607850
  09105 Amino acid metabolism
   00250 Alanine, aspartate and glutamate metabolism
    106607850
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01002 Peptidases and inhibitors [BR:sasa01002]
    106607850
Enzymes [BR:sasa01000]
 2. Transferases
  2.1  Transferring one-carbon groups
   2.1.3  Carboxy- and carbamoyltransferases
    2.1.3.2  aspartate carbamoyltransferase
     106607850
 3. Hydrolases
  3.5  Acting on carbon-nitrogen bonds, other than peptide bonds
   3.5.2  In cyclic amides
    3.5.2.3  dihydroorotase
     106607850
 6. Ligases
  6.3  Forming carbon-nitrogen bonds
   6.3.5  Carbon-nitrogen ligases with glutamine as amido-N-donor
    6.3.5.5  carbamoyl-phosphate synthase (glutamine-hydrolysing)
     106607850
Peptidases and inhibitors [BR:sasa01002]
 Cysteine peptidases
  Family C26: gamma-glutamyl hydrolase family
   106607850
 Metallo peptidases
  Family M38: beta-aspartyl dipeptidase family
   106607850
SSDB
Motif
Pfam: CPSase_L_D2 GATase CPSase_sm_chain OTCace_N OTCace CPSase_L_D3 MGS Dala_Dala_lig_C ATP-grasp ATPgrasp_Ter Amidohydro_1 ATP-grasp_3 Peptidase_C26
Other DBs
NCBI-GeneID: 106607850
NCBI-ProteinID: XP_014060753
UniProt: A0A1S3S8T2
Position
ssa06:complement(60382929..60407319)
AA seq 2246 aa
MATLILEDGTTFKGRLFGANASVSGEVVFQTGMVGYPEALTDPSYTCQILTLTYPLQGNY
GIPQDEEGDFGLSKWFESSKIHAAALIVGEVSQNPSHWSSAMSLDQWLKQQGIPGLEGVD
TRRLTKKIREKGTMLGKLVVDGTPEAHVPFDDPDQRNLVKEVSMKEPRVFNPSGAVRITA
VDCGIKYNQIRCLCQRGACVTVVPWDHPLDSTDFDGLFISNGPGDPQFCKETINNVRKVV
CVDNPKPVFGICLGNQLLSLAIGAKTYKMKYGNRGHNQPCIHKGTDRCFITSQNHGFAVD
PLTLPLGWDVLFTNANDQTSEGIVHNTKHLFSVQFHPEHMAGPTDLVSLFDVFLDTVRDH
KEGKSGKPVKQRLTEHLTYPGSTNPEDFIRPRKVLILGSGGLSIGQAGEFDYSGSQAIKA
LKEENIQTVLINPNIATVQTSKGLADKVYFLPLTAEYVTQVIKNERPDGVLLTFGGQTAL
NCGVQLTKRGVLKKYAVRVLGTPVASIEMTEDRKIFVEKMEEINEHVAPSEAAVSVEQAV
AAAERIGYPVLVRSAFALGGLGSGFANNREELTSLVTSAFAHTSQVLVDKSLKGWKEIEY
EVVRDAYDNCITVCNMENIDPLGIHTGESIVVAPSQTLNDYEYNMLRNTAIKVIRHLGIV
GECNIQYALNPESEQYYIIEVNARLSRSSALASKATGYPLAYVAAKLGLGIPLPVLKNSV
TNQTTANFEPSLDYCVVKVPRWDLSKFLRVSTKIGSSMKSVGEVMAIGRSFEEAFQKALR
MVDENCVGFDHTIKPVSDEELQTPTDKRIFVLAAALRAGYTVDRLYDLTKIDRWFLHKMK
NIADHEKVLESYNQDESAMPLEVMRKAKQLGFSDKQIALAVQSTELAVRKMRRDWSILPV
VKQIDTVAAEWPAHTNYLYLTYNGTESDLVFGDPHVIVIGSGVYRIGSSVEFDWCAVGCI
MELRKMGYKTIMVNYNPETVSTDYDMCDRLYFDEISFEVVMDIYEMENPEGVILSMGGQL
PNNIAMSLHRQQCRILGTSPEFIDSAENRFKFSRMLDTIGISQPLWKELTEIESAMKFCE
TAGYPCLVRPSYVLSGAAMNVAYTDSDLEKYLSSAVAVSKEYPVVISKFIQEAKEIDVDA
VACDGVVMAIAVSEHVENAGVHSGDATLVTPPQDINQKTMERIKMIVHAIGQELQVTGPF
NLQLIAKDDQLKVIECNVRVSRSFPFVSKTLGVDLVALATRVIMGEKMEPVGLMKGVGIV
GVKVPQFSFSRLAGADVVLGVEMTSTGEVACFGENRYEAYLKAMLSTGFKIPKKNILLSI
GSYKNKSELLPTVQALESLGYDLYASLGTADFYTEHGVKVMAVDWPFGEEESDCPNKDKQ
RNILEYLEDHHFDMVINLSMRNSGGRRLSSFVTKGYRTRRMAIDYSVPLIIDIKCTKLFV
QALRLVGGFPPVKTHVDCMTSQKLIRLPGLIDVHVHLREPGATHKEDFSSGTAAALAGGV
TMVCAMPNTAPAIIDPSSFAMVQKLAKAGCRCDYALYVGAASDNSTILSSIANSAAGLKM
YLNDTYSTLKMDNVSMWMEHFEKWPKHLPIVAHAEKQTVAAVLMVAQLYQRAVHICHVAK
KEEILIIRAAKQKGIQVTCEVAPHHLFLCEENVVDIGGGRAQVRPMLGTREDMEALWEHL
DIIDCFATDHAPHSVEEKNSEKPPPGYPGLETMLPLLLTAVSDGRLTIDDIIKRLYDNPR
KIFSLPAQDNTYVEVDLEQEWVIPKHMQFTKSKWTPFEGMKVKGKVRRVVLRGEVAYIDG
QVLVPPGYGEDVKTWPAPLHLIQPPEPVKEVPKTPEHPRLTPPCEVIRTCAQSPRRSAGD
GRYMLPPRVHRSSDPGMPPAAEDSRARALRRAFEEGFREEMAPAAGDSYSHPPPLARILS
PRAEAAAGQPLAHLQTSPLLHPLVGQHVLSVRQFSKEQISHMFNVAHTLRLMVQKERSLD
ILKGKVMASMFYEVSTRTSSSFAAAMQRLGGSVVHFCEATSSSQKGESLADSVQTMSCYA
DVLVLRHPTPGAVEAAARHCRKPVINAGDGVGEHPTQALLDVFTIREELGTVNGMTITMV
GDLKHGRTVHSLARLLTQYRITLRYVAPKNLHMPSEIIDFVASKGIKQEEFESIEEALPD
TDVLYMTRIQKERFSSEEEYKACFGQFILTPHIMTGAKKKMVVMHPLPRVNEISAEVDTD
PRAAYFRQAENGMYIRMALLATVLGR
NT seq 6741 nt   +upstreamnt  +downstreamnt
atggcaaccctgattttagaagatgggaccacgttcaagggccgccttttcggggcaaat
gcgtcagtgtctggtgaagttgtgttccagacaggcatggttggctacccagaggccctg
actgacccgtcctacacgtgtcagatcctcaccctcacctaccctctgcagggaaactat
ggtataccccaggatgaggagggcgactttggactcagcaagtggtttgagtcttctaag
atccacgctgcagccctcatcgtcggagaggtttcccagaaccccagccactggagctca
gccatgtctctggaccagtggctcaaacagcagggcatccccggtctagagggagttgac
acccgtcgtctgaccaagaagatccgtgagaagggtacaatgctggggaagctggtggtg
gacggaacgcccgaggcccacgttccatttgacgaccctgaccagaggaaccttgtcaag
gaggtgtccatgaaggagccccgggtgttcaaccccagtggtgctgtcaggatcacagct
gtagactgtggcattaagtacaaccagatccgctgcctgtgtcagagaggggcctgtgtc
accgtggtgccctgggatcacccactggacagcacagattttgatgggctgttcatcagc
aacggccctggggacccccagttctgtaaggagaccataaacaacgtgaggaaggtggtg
tgtgtggacaaccccaagcctgtgtttggtatctgcctgggcaaccagcttctctccctc
gccatcggggcaaaaacctacaaaatgaagtatgggaaccgtggccataaccagccctgt
atccacaagggcacagatcgctgtttcatcacatctcagaaccatggctttgctgtggat
cccctgaccctgccactgggctgggacgtgctcttcaccaacgccaatgaccagaccagt
gagggcatcgtgcacaacaccaaacacctattcagtgtccagttccacccagagcacatg
gcaggccccactgacctggtcagtctgtttgatgtgtttctggacacagtcagagaccac
aaggagggcaagagtggcaaaccagtgaagcagagactaacagagcacctgacctatcct
ggatctaccaatccggaggattttattcggccacgcaaagtcctaatcctgggttctgga
ggcctctccattggacaggctggggagtttgactactctggctctcaggccataaaagca
ttgaaggaggagaacattcagactgtgctcatcaaccccaacatcgccacggtgcaaacc
tccaagggtcttgctgacaaggtttacttccttcctctcaccgcggagtatgtcactcag
gtgataaagaatgagcgtccagacggggtcctcctgaccttcggggggcagactgctctg
aactgcggggtgcagctgaccaagaggggagtcctgaagaagtatgcggtgcgcgtgctg
gggacgccggtggcttccatcgagatgactgaggacaggaagatctttgtggagaagatg
gaggagatcaatgaacacgtggcgcccagcgaggctgctgtgtctgtggagcaggcggtg
gcggctgcagagcgtattggctaccctgtcctggtgcgctcggcctttgccctgggcgga
ctgggctctggctttgccaacaacagggaggagttgacctccctggtgacatctgccttc
gcccacacttcccaggtcctagtggacaagtccctgaagggctggaaagagattgagtat
gaggtggtcagagacgcctacgacaactgtatcactgtatgtaacatggagaacattgac
cctctgggtatccacactggggagtccatcgtggtggcgcccagtcagacgctcaacgac
tatgagtacaacatgttgaggaacaccgccatcaaggtcatcagacacctaggcatcgtg
ggagagtgtaacatccagtacgccctcaaccctgagtctgagcagtactacatcattgag
gtgaatgcccgtctgtctcggagctcagctctagccagtaaagctacaggatatcccctg
gcctacgtggctgccaagctgggattgggcatcccactacctgtcctcaagaactctgtg
accaaccagaccacggctaactttgagcccagtctggactactgtgtggtgaaggtccct
cgctgggatctcagcaagtttctgcgcgtcagcaccaagataggtagctctatgaagagc
gtaggagaggtgatggccatcggccgcagctttgaggaagccttccagaaggctctgcgg
atggtggatgagaactgtgtgggctttgaccacaccatcaaaccagtgtctgacgaggag
ctgcagaccccaacagacaaacgtatctttgttctggcggctgctctcagggcaggctat
acagtggaccgcctttacgacctaaccaagatcgaccgctggttcctccacaaaatgaag
aacatcgcggaccatgagaaggtgctggagtcgtacaaccaggacgagagcgccatgcct
ctggaggtgatgaggaaagccaagcagctgggcttctcagacaaacagatcgccctggct
gtgcagagtacggagctggcggtgaggaagatgcgtcgtgattggagcatcctgcctgtg
gtgaagcagatcgacactgtggcggcggagtggcccgcccacaccaactacctgtacctg
acctataacggtacggaaagcgacctggtctttggagatccccatgtcatagtcatcggc
tctggggtttaccgcatcggcagcagtgtggagtttgactggtgcgctgtgggctgcatc
atggaactcaggaagatgggctataaaaccatcatggtgaactataacccagagactgtc
agcacagactacgacatgtgtgaccgtctctacttcgacgagatctccttcgaggttgtg
atggacatctatgagatggagaacccagagggagtgatcttgtccatggggggccagctg
cccaacaacatcgccatgtccctccacaggcagcagtgtcgtatattgggcacctccccg
gagttcatcgactctgctgagaacaggtttaagttctcccgcatgctggacaccatcggc
atcagccagcccctgtggaaggaactcactgagattgagtcagccatgaagttctgtgag
actgcgggctacccctgcctggtgcgtccctcctacgtgctgagtggagcggccatgaac
gtggcgtacacagacagcgacctggagaagtacctcagcagcgctgtggccgtgtccaag
gaataccccgtggtcatctcaaagttcatccaggaggccaaggaaatagacgtggacgcg
gtggcgtgcgacggcgtggtgatggccatcgccgtatcggagcatgtggagaacgccggg
gtgcactctggggacgccaccctggtcacgcccccccaggacatcaaccagaagaccatg
gagcgtatcaagatgatcgtccatgcaatcggacaggaactgcaggtcaccgggcccttt
aacctgcaactcatcgctaaggatgaccagctgaaggtgatcgagtgcaacgtccgagtc
tcccgctccttcccattcgtctcaaagactctgggagtggatctggtcgccctggcaacg
cgcgtcatcatgggagagaagatggagcccgtgggcctgatgaaaggagtgggcatcgtg
ggcgtcaaggtcccccagttctcgttctctcgtctggccggggctgatgtggtgctgggg
gtagagatgaccagtactggggaggtggcctgctttggcgagaacagatacgaggcctat
ctgaaggccatgctcagcacaggcttcaagatccccaagaagaacattctgctgtccatt
ggcagttacaagaacaagagtgagctgctgcctactgttcaggcgctggagagtctgggc
tatgacctgtatgccagtctggggactgctgacttctacactgagcatggagtcaaggtg
atggcggtggactggccatttggggaggaggagagcgactgccccaacaaggacaagcag
aggaacatcttggaatacctagaggaccaccactttgacatggtcatcaacctctccatg
aggaactccggaggccgacgcctttcctccttcgtcaccaagggttaccgcacccgccgc
atggccatcgactactccgtgcccctcatcattgacatcaagtgcaccaagctgtttgtc
caggcgctgcgtctggttggcggcttcccgcctgtcaagactcacgtggactgtatgacg
tcacagaagttgattcgcctgcctggtctgatagatgtgcacgtccacctgcgggagccg
ggtgccacccacaaggaggatttctcctcgggcacagcggctgccctggcagggggcgtc
accatggtgtgtgccatgcccaacacggcacctgccataatcgaccccagctccttcgcc
atggtccagaagcttgccaaggcagggtgtcggtgtgactatgccctttacgtcggagcg
gcttcagacaactccaccatcttgtcctccatcgctaactccgccgctgggctgaagatg
tatctgaacgacacctactccactctgaagatggacaacgtctcaatgtggatggagcac
tttgagaagtggcccaagcacctgccaatcgtggcacacgcagagaagcagactgtggca
gccgtcttgatggtggcccagctgtaccagagagctgttcatatctgccatgtggccaag
aaggaggagatcctgatcatccgcgcagccaagcagaagggcatccaggtgacgtgtgag
gtagcgccccaccacctcttcctgtgtgaggagaacgtggtggacatcgggggcggccgg
gcacaggtccgccccatgctgggcacccgggaggacatggaggccctctgggaacacctg
gacatcattgactgcttcgcaaccgaccacgccccccattcagtggaggagaagaactca
gagaagccccccccaggttaccccggccttgagaccatgctgccccttctcctcaccgcc
gtcagcgatgggcgcctcaccatcgacgatatcatcaagcgcctgtacgacaacccccgc
aaaattttctcccttcccgcacaggacaacacctatgtagaggtggacctggagcaggag
tgggttatccccaaacacatgcagttcaccaagtccaagtggacgccctttgaaggcatg
aaggtgaagggcaaggtccgcagagtggtgctcagaggagaggtggcctacatcgacgga
caggtgctggtccctcctggctatggggaggatgtgaagacttggcctgcacccctccac
ctcatccagccccctgagccagtgaaagaagtcccaaagaccccagagcacccccggctg
acccctccgtgtgaggtcatccgtacatgcgcccagagtcctcgccgttccgctggggac
ggccgctacatgctcccgcctcgcgttcacaggtcctccgacccaggcatgcccccagca
gctgaagattcaagggcgagagcattaagaagagcatttgaagaaggtttcagagaagag
atggcccctgcagctggggacagttacagccatccccctcccctggccaggatcctgtcc
ccccgggctgaggcagcggcagggcagcccctggcccacctccagacctccccgctgctc
caccccctagtgggacaacacgtcctctctgtcaggcagttcagcaaggaacagatctct
cacatgtttaacgtggcccatactcttcgcctgatggttcagaaagagagaagccttgac
atcctgaagggtaaggtgatggcgtccatgttctacgaggtcagcacgcgcaccagtagt
tcgtttgcggcggcaatgcagcgtctgggtggctccgtggtccatttctgcgaggccacc
tcctcgtcgcagaagggcgagtctctggcggactcggtccagaccatgagctgctacgct
gacgtcctggtgctacgacaccccacgccaggagccgtggaggctgcagcgaggcactgc
cggaagccagtcatcaacgctggggacggggtcggggagcaccccactcaggccctgctg
gatgtgttcaccatcagagaggagctgggtacggtcaacggcatgacgatcaccatggta
ggggacctgaagcatggccgcacagtgcattccttggccaggctgctcacccagtacagg
atcactctgcgctacgtcgccccaaagaatctccacatgccctccgagatcattgacttt
gtggcctccaaaggcatcaagcaggaagagtttgagagcatcgaggaggccctgcctgac
actgacgtcctctacatgaccaggattcagaaggagagattttcctcagaggaagagtac
aaagcgtgcttcggtcagttcatcctcaccccacacatcatgactggagcgaagaagaag
atggtggtgatgcatcctctaccgagagtcaatgagatcagtgcggaggtggacactgat
cctcgtgctgcctacttccggcaggctgagaacggcatgtacatccgcatggccctcctg
gccactgtgctgggcagatga

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (5)   
   KEGG PATHWAY (4)   
   KEGG MODULE (1)   
Chemical substance (14)   
   KEGG COMPOUND (14)   
Chemical reaction (10)   
   KEGG ENZYME (3)   
   KEGG REACTION (7)   
Genome (1)   
   KEGG GENOME (1)   
Gene (31)   
   KEGG ORTHOLOGY (1)   
   RefGene (27)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (4)   
   UniProt (1)   
   RefSeq(pep) (3)   
DNA sequence (5)   
   RefSeq(nuc) (3)   
   GenBank (1)   
   EMBL (1)   
Protein domain (13)   
   Pfam (13)   
All databases (86)   

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