KEGG   Anser cygnoides domesticus (swan goose): 106032595
Entry
106032595         CDS       T04896                                 
Symbol
AK9
Name
(RefSeq) adenylate kinase 9 isoform X3
  KO
K18533  adenylate/nucleoside-diphosphate kinase [EC:2.7.4.3 2.7.4.6]
Organism
acyg  Anser cygnoides domesticus (swan goose)
Pathway
acyg00230  Purine metabolism
acyg00240  Pyrimidine metabolism
acyg01100  Metabolic pathways
acyg01232  Nucleotide metabolism
acyg01240  Biosynthesis of cofactors
Module
acyg_M00049  Adenine ribonucleotide biosynthesis, IMP => ADP,ATP
acyg_M00050  Guanine ribonucleotide biosynthesis, IMP => GDP,GTP
acyg_M00052  Pyrimidine ribonucleotide biosynthesis, UMP => UDP/UTP,CDP/CTP
acyg_M00053  Deoxyribonucleotide biosynthesis, ADP/GDP/CDP/UDP => dATP/dGTP/dCTP/dUTP
acyg_M00938  Pyrimidine deoxyribonucleotide biosynthesis, UDP => dTTP
Brite
KEGG Orthology (KO) [BR:acyg00001]
 09100 Metabolism
  09104 Nucleotide metabolism
   00230 Purine metabolism
    106032595 (AK9)
   00240 Pyrimidine metabolism
    106032595 (AK9)
Enzymes [BR:acyg01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.4  Phosphotransferases with a phosphate group as acceptor
    2.7.4.3  adenylate kinase
     106032595 (AK9)
    2.7.4.6  nucleoside-diphosphate kinase
     106032595 (AK9)
SSDB
Motif
Pfam: ADK AAA_17 FAP206 AAA_18 YHS AAA AAA_28 nSTAND3 G-alpha AAA_22 NACHT AAA_33 AAA_24 AAA_5 SKI TniB Hydin_ADK ZZ
Other DBs
NCBI-GeneID: 106032595
NCBI-ProteinID: XP_013031056
Position
Unknown
AA seq 1807 aa
MASQGEKQAQPFTDIFDEDEAEKSFLLSKPPCLIVLGKPGSGKKTLARKLAQIWKCIYIE
ALEVIEMNIREETEYGLKCQELLFKGQSISEELVTEMILKKIESPEATHFGYVLSGLPSL
SEEYMTVSQQIEKIKHLKLKPDFLVNIKCSDYDLCQRISGQRQHPDSGQVYQRNQWDPKV
NEKRKKNSEQHGEENEEEVEEQEEEETAEDSLKMSEILHQLVQRPEDFLENAEERVGMYK
DIMLRSLEDLMAEQDSQYLIELDGNQQPDELFASVVVRLQSMGVLNGAPIIRLQSQQEEM
LEGLENDELFRVLSSFKQIAPRYRWRRSRWGQACPVALKEGDIVMGDPELAVSFLGKMYV
LSSPEALKKFMLNPRPYLLPPMPIPPCKVLVFGPPFSGRTTICNLIANKYKGKVLDMTEL
IQLHIEESREQNIEQVRRDTVEKAITAVKNRLELEKQLKEPEDLKELSSVKEADDSEENT
KMREEINLEEESSEVKSDIIQEGMSEITADHPEVQAMVEAAAKSASESEVILSPEIYAET
LERAIAELTKKNKDRFPGAPEKGGWVVDNYPLSEDHWSALSEKGLLPDTVVCLKDTEKDG
GCILRRTYLANKDEINSKILRRLEDEALEKKEAAARREMQEVLTPEEEQQSQEAAEEKGE
KFEDNNEQLPPETEQVSQEQSGDSAGYKEESIRSEHTPLEEEQIPSTQPEQSTMSLVTEP
EPEIVLPEFEEDDFLDIPEMEIIKRKIDLFMNDWQVVESEIKHSSQVQVVVLEIAEQTPE
SLLNQIVLVMEEPFKYHGWELSAEDLDEEAEDLVAEVEAEEENDIAEEQNEDEEDEEKAK
EKKRHMGDTKHFCPVSLKENYVLYPGLSELAAKYQEKIYYFSNPEYREKFLKNPEEYVAH
NEPIQAPPLRVCLLGTHGAGKTTCARWLADKFGIFHIQFEEYLQELLLPKVKEKIGPDFD
EEPEEDDDKMLILSQELEDFSQIMTKTENEENKQEVKLTDEEEAIKANLMDSEALPPEVL
DNIVLDWWNKEPFRSTGFILDGFPRTLDEAQYLSERGLCPDVAVYINVEENDIIDRLFPP
RLKKWKERQNKKMENKKKLKDLKAKIRVLANREHDEASEEEDESENEDIEAILEEEFLEE
EEEEAEEEQEIDAVERMQNEIAEKFDSERDNLQGVQEELENLLIPLIEINGGRKPHIVRY
QIYCKLNSLVENRGSIFEKCYPISLPLAHKMLIFLYKFPSSFGQWDPIKLSEGEVIKPAQ
SPENILFPVIHRQYIYFFSSKENKETFMKNPIKYICQPKPKPPVPVKIAIVGPPKSGKTT
VARKFASVYGLLRLTIGDAIRLVINNQPESALGLQLKRHLHKGLTVPDELAIQALDVALM
DRVCTSTGVVIDGYPVTRKQVRLLESARIIPVKIFELEMDAKEVFRRALLDKESMNRPSY
PVHDSSQILAIKNSCYKQHIDAIRTYYKKEHQNWCVIDASQSKWWIWNKVLREVQVVVKE
IQIYLERIKEGKAASIADLCITPEELQCRLGEFGQYCPVSLAEKGELVDCSSTSSLQFAA
EFRGHYYKMASQEELEKFLSRPEVYVPPLAPHPLPPPHMLPKRLTAAEVKALFPRSAEMQ
GYCPVTYLDGKQRYEALVPGNIEYAVTYQDKVYVFETEEKLLKFTRLPEKYWNLKLPRKL
PPKKEPILLTALPMAGYLEQGVATSLIKALNEVGCLKPKFPFLSVKKTALLFVACHLKAL
LWLWSGFQYILLEISEAKPTLLQLTGFAFYKATCLVSDHYLAFCYLEVLLILSDKGNLYY
LSTVLHI
NT seq 5424 nt   +upstreamnt  +downstreamnt
atggcttcacaaggagaaaaacaagctcagccctttacagacatctttgatgaagatgaa
gctgaaaaatcctttctgttgtccaagcccccttgcttaattgtccttggaaagcccggt
tctggaaagaaaacattagctagaaaactagcacaaatatggaaatgcatttatatagaa
gctttggaagtaattgaaatgaatattcgtgaagaaacagaatatgggcttaagtgtcaa
gaattgctttttaaaggtcaaagtatttctgaagaactggttacagaaatgattctgaaa
aagattgagtcaccagaagctactcattttggttacgttctcagtggattaccttctctc
tcagaggaatatatgactgtttcacagcaaatagagaaaataaaacatctaaaattaaaa
ccagatttcttggttaacattaagtgttcagactatgacttatgccagagaatatcagga
caaaggcaacaccctgattcagggcaggtatatcagaggaaccaatgggatcctaaagtt
aatgaaaagcgaaagaaaaatagtgaacagcatggagaggagaatgaagaagaagttgaa
gagcaggaagaagaagagactgcagaagattcacttaagatgtcagaaattttgcatcaa
ttagtgcaaaggcctgaagattttcttgaaaatgcagaggaaagagttggcatgtataag
gatataatgcttcgttctttggaagacttgatggctgaacaggattctcaatatctcatt
gaactggatggaaatcagcagccagacgaactctttgcatcagttgtagttcgacttcag
tctatgggtgttctaaatggagctcctataattagacttcaaagtcagcaagaagaaatg
ctggaaggactggaaaatgatgaacttttccgcgttctgtcatcattcaaacaaatagca
cccagataccgatggcgtagaagcagatggggacaagcatgccctgtagctttaaaggag
ggtgatattgtaatgggagacccagaattggctgtcagttttctaggtaaaatgtatgta
ctgtcatccccggaggcactgaaaaaatttatgttgaatccacggccttacctgttacca
ccaatgccaattcctccttgtaaagtactagtatttggccctccattttctggaagaaca
actatttgtaacctaattgcaaacaaatataaaggaaaggttcttgatatgacggaactc
attcaactccacatagaagaatcaagagagcaaaacattgagcaagtgcgaagggataca
gtagaaaaggctataacagcagtgaaaaataggttggaattagaaaaacagttgaaagag
ccagaagacttgaaggaacttagtagtgtcaaggaagcagatgattctgaagaaaacact
aaaatgagagaagaaataaacttggaagaagagagtagtgaggtaaaatctgacatcatc
caagaaggaatgtcagagataactgctgaccacccagaagttcaagcgatggtagaagca
gctgcaaaaagtgcatcagaatctgaagttatattgtcacctgaaatatatgcagaaaca
ctggagagagctattgcagagctcacgaagaagaacaaagacaggtttcctggtgctcca
gaaaaaggaggatgggtagtggataattaccctttgtcagaagatcactggtcagcttta
tcagaaaaaggacttttacctgacactgttgtctgtctgaaggatacagaaaaagatgga
ggctgtatactacgcagaacatacttagcaaataaagatgaaattaattcaaagatattg
agaagactagaagatgaagcattagaaaagaaagaagcagcagcaagaagagaaatgcaa
gaggtactgacaccggaagaagaacagcagtctcaggaagctgctgaagagaaaggtgaa
aaatttgaggacaataatgagcagcttccacctgaaactgaacaagtgtctcaggaacag
tctggtgattctgcaggttataaagaagaatctattcgttcagaacatactccacttgaa
gaagaacagatacctagcacgcaacctgagcaatccactatgtctttagtaactgaacct
gaaccagaaattgtgctacctgaatttgaagaggatgattttctagatataccagaaatg
gaaataattaaaaggaagattgaccttttcatgaatgactggcaagtagttgagtcagaa
atcaagcactcatctcaagttcaggttgttgttttagagattgctgagcaaactccagaa
agtctgcttaatcaaattgttctggttatggaggaaccttttaaatatcatggttgggag
ttatctgctgaagacttagatgaggaagcagaagacctggttgctgaagtggaagctgaa
gaagaaaatgacattgcagaagagcaaaacgaagatgaagaagatgaagaaaaagctaag
gaaaagaaaaggcacatgggagatacaaaacacttttgtccagtcagtctgaaagagaat
tatgtcctttatccaggactctctgaacttgcagctaaatatcaagaaaagatttattat
ttttcaaatcctgaatacagagagaagtttttgaagaaccctgaggagtatgtggctcac
aatgaaccaatacaagctcctcccttaagggtgtgcttactggggactcatggagcaggt
aaaaccacttgtgcacgatggctagcagacaaattcggtattttccatattcagtttgaa
gaatatctgcaggaattgctcttacccaaagttaaagagaaaattgggcctgattttgat
gaagaacctgaagaagatgacgataaaatgctaattctatcacaggaactggaagacttc
tctcagatcatgactaaaactgaaaatgaagaaaacaaacaggaagtgaagttaactgac
gaggaagaagcaatcaaagcaaatctaatggattctgaggcattgcctccagaagtactt
gataacattgtccttgactggtggaataaagagccattccggtccacaggctttatacta
gatggttttcctcgtactttagatgaagcccagtatttgtcagaacgaggactctgtcct
gatgttgcagtttatattaatgtagaagaaaatgacattattgaccgtctttttcctcca
cgtctgaaaaaatggaaagaaagacagaacaaaaaaatggaaaataaaaagaaactgaaa
gacctgaaagcaaaaataagggttttagcaaacagggaacatgacgaagccagtgaggag
gaagatgagagtgaaaatgaagacattgaagctatacttgaagaggagtttttagaagaa
gaagaagaagaggctgaagaagaacaggagattgatgctgttgagcgcatgcaaaatgag
attgcagagaagtttgattcagaaagagacaatttacaaggtgtacaggaagaactggaa
aatttgctaataccactaattgagatcaatggaggacgaaagcctcacatcgtacgctac
caaatatattgcaagctgaattctctagtggaaaaccgtggaagcatttttgagaaatgt
tacccgataagtttgccacttgcacataagatgttaattttcttatataagtttccaagt
tcttttggtcagtgggatccaatcaagctaagtgaaggagaggtgataaagccagcacaa
agccctgaaaacatactctttcctgtaatccatcgacaatatatttatttcttttcgagt
aaagaaaataaagaaacatttatgaaaaatcccatcaaatatatttgtcagccaaaacct
aaaccacctgtgccagttaagattgcaatcgtgggacctccaaaatctgggaagactaca
gttgccaggaaatttgcaagcgtatatgggctgctgcggctgactataggagatgccatc
cggctagtgataaacaatcagcccgagagtgccttgggacttcagttaaagcggcacctt
cacaaaggactgactgtacctgacgaactggccatccaggccctggatgtggctctgatg
gatcgcgtatgtacgagcactggagttgttattgatgggtatcctgtaacaagaaaacaa
gtaaggcttctggaatcagctaggataattccagtgaaaatctttgaattagaaatggat
gcaaaggaagtgttcagaagagctctgttggacaaagaaagcatgaatagaccttcctat
cctgtacatgacagctcacagattctagcaattaaaaattcctgctataaacagcatatt
gatgcaatcaggacctactataagaaggagcaccagaactggtgtgtgattgatgcctct
cagagcaagtggtggatatggaacaaagtactgcgggaagttcaagtggttgttaaagaa
atacagatatacctggaaagaataaaagaaggcaaagcagccagcattgctgatttatgt
atcacccctgaagagctgcagtgtcggctgggggagtttgggcagtactgtcccgtcagc
cttgcagagaagggtgaattggttgactgctctagcacatcatcactgcagtttgctgca
gagtttcgaggacactactacaaaatggcttcacaggaagaactggagaaattcttgagc
agaccagaagtttatgtgccaccactggcacctcaccctcttccacccccacacatgcta
ccaaaaagactaacagcagcagaggtgaaggcgttattccccagaagtgctgaaatgcag
ggatactgtccagtcacttacctggatggaaaacagagatatgaagctttggtgcctggc
aacattgagtacgctgtaacataccaagataaggtatatgtttttgagactgaggaaaaa
cttctgaagtttacgaggttaccagagaagtactggaatttgaagcttccacgtaagctc
cctccaaaaaaggagccaatactactcactgcacttcccatggctggataccttgaacag
ggagtagcaacttctctaataaaagctctgaatgaagttggatgcttaaagccgaagttt
ccattcctaagcgttaaaaaaactgctctgctgtttgtggcctgccatttaaaagctctg
ctgtggctttggtctggttttcagtacatactgctagagatttctgaagcaaaaccaaca
cttcttcaactcaccggtttcgccttttacaaggcaacctgtttggtgagtgatcattac
cttgccttttgttatttggaggttttgcttatcctgtcagataagggtaacctttattat
ctgtctactgttcttcacatctag

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (10)   
   KEGG PATHWAY (5)   
   KEGG MODULE (5)   
Chemical substance (26)   
   KEGG COMPOUND (26)   
Chemical reaction (16)   
   KEGG ENZYME (2)   
   KEGG REACTION (14)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (13)   
   RefSeq(pep) (13)   
DNA sequence (14)   
   RefSeq(nuc) (14)   
Protein domain (18)   
   Pfam (18)   
All databases (104)   

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