KEGG   Bos taurus (cow): 504511
Entry
504511            CDS       T01008                                 
Symbol
AK9
Name
(RefSeq) adenylate kinase 9 isoform X2
  KO
K18533  adenylate/nucleoside-diphosphate kinase [EC:2.7.4.3 2.7.4.6]
Organism
bta  Bos taurus (cow)
Pathway
bta00230  Purine metabolism
bta00240  Pyrimidine metabolism
bta01100  Metabolic pathways
bta01232  Nucleotide metabolism
bta01240  Biosynthesis of cofactors
Module
bta_M00049  Adenine ribonucleotide biosynthesis, IMP => ADP,ATP
bta_M00050  Guanine ribonucleotide biosynthesis, IMP => GDP,GTP
bta_M00052  Pyrimidine ribonucleotide biosynthesis, UMP => UDP/UTP,CDP/CTP
bta_M00053  Deoxyribonucleotide biosynthesis, ADP/GDP/CDP/UDP => dATP/dGTP/dCTP/dUTP
bta_M00938  Pyrimidine deoxyribonucleotide biosynthesis, UDP => dTTP
Brite
KEGG Orthology (KO) [BR:bta00001]
 09100 Metabolism
  09104 Nucleotide metabolism
   00230 Purine metabolism
    504511 (AK9)
   00240 Pyrimidine metabolism
    504511 (AK9)
Enzymes [BR:bta01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.4  Phosphotransferases with a phosphate group as acceptor
    2.7.4.3  adenylate kinase
     504511 (AK9)
    2.7.4.6  nucleoside-diphosphate kinase
     504511 (AK9)
SSDB
Motif
Pfam: ADK AAA_17 AAA_18 AAA_28 AAA_33 AAA AAA_24 nSTAND3 YHS AAA_16 AAA_22 SKI AAA_5 AAA_14 FAP206 RNA_helicase ABC_tran NACHT Cytidylate_kin NB-ARC RuvB_N MMR_HSR1 NTPase_1 ATPase_2 AAA_19 AAA_30 Hydin_ADK ZZ
Other DBs
NCBI-GeneID: 504511
NCBI-ProteinID: XP_005210886
BGD-bta: BT13924
VGNC: 25778
Position
9:40559614..40676462
AA seq 1906 aa
MTSQEKTEKHPFADIFNEDEADINFMLSKPVCFVVFGKPGVGKTTLAQQITQAWKCIRVE
ALPILEEQIASDTVTGAMLQSMLISGQSIPDELVTKLMLDKLNSSEVSHFGYIITEIPSL
SQDAMTTLQQIELIRNLKLKPDIIINIKCPDYDLCQRISGQRQHSTTGYIYTRDQWDPEV
IENRRKKKKEAQKEGKGEEEGEEEEEQEEEEAFIAEMQIVAEVLQHLVQRPEDYLENIEH
IVNLYKEIILHPLEEVMAEHDSQYLIELDGNKPPEELFMTVMDRLKYLNLKRAAVITKLQ
STEEDINDTMENDELFRTLASYKLIAPRYRWQRSRWGRTCPVTLKEGNIFQGLPDFSVSF
LGKMYCLSSEEALKTFLLNPRPYLIPPMPAPPFKVFIFGPQSSGKTTLSNLLAKHYKGKV
VDYDKVIQPRFDKALEMLTRNTIAEATEAAIKVVKERLLLELQAKNAQSTSKDLRGESER
RESEVPTDEYRSAEELQSSLDEDVFTFESQRESSLEDNEEAKMKSDDKDDEKEISEMFTR
QRSQQDSSRDLKKDSKKDVTDYEIEEVTADHPEVLSIINETVKMAKNMNFEQPHEKIAEI
LDEVLQEVVEENKNRFYGAPKYGGWILDNCPLVKELWMVLVDKGVLPDLVICLSDTENNG
KYLYNRLYLENKQEIDSKILERLLDELLKERKEEEAARKVKEEALRIEEENRKLLEAMTA
KAKEEAEAEAFEDFEVEESELHEGSETPEVAEETRGFLPEESDIFEAPETEHESVSEPPE
DATVGAEFPKGSREGLETKELPETVLLPEFPEDGYPDVPEMDSIRENVSSFYAAWRQMET
AISDSFTQILNLEIAGKTPEELLQKVIEIMEKPFHHAAWELTIEDYDEETEDYQAEADVD
EELEEEEEEEEENEDIIKEKRRHLGDTKHFCPVALKENFVLQPGTPEEAAKYREKIYYFS
SPEAKEKFLEQPEEYVAHDEPLKAPPLRICLLGPHGSGKTVCGRQLAEKLGIFHIQFEEF
LQEKLMLKTEKKVGPEFEDDSEDEQFVKQELEELAIQANVTIEEENTKKLPQEVQLTEEE
EAIRLNLTENEPLPLEILEAILSEWWFKEPICSTGFVLDGFPRYPDEVQFLGEHGLFPDA
AVFIQVDDQDISDRLLPVQIGKWKAKQKKKLERKKLIKEMKAKIKDDMIAKRRAELITER
EKRRKGGVTVREDEDMSEEEPDNNEDDIDNILEDEFPKDEEVMSEEEEEQEIDALERLRG
ELGEKFEADMSNLQIIQEEFEKFLIPVILINGSRKIHIVQYTLNTKLKPLVENRASIFEK
CYPISSRLAQKMLSFTYKYISSFGYWDPVKLHEGETIKPVENSENPLHPVIHRQYIYFLS
SKETKEKFMKNPIKYICQPKPKPTIPIRIAILGPPKSGKTTVAKKISSEYGLKRLSIGDA
LRYVLNNQPDTELALMLNWHLHKGMTAPDELAIQALELSLMGSVCNTAGVVIDGYPVTKY
QVSLLEARSIIPMIIFELDVPSKEIFRRLLLEKKKESSLPYPLHNSSQIIAVKNSRYRKN
IGEIRQYYEVQHQNWYVIDGFHSKWWIWNEVIKKVKMVNKYMQIYMERIKAGKAACIDKL
CISPEELISRLGEFGQFCPVSLAESYELVDCSSNDSLEFAAEFRGHYYKMSSLEKLNKFL
DNPEFYVPPLAPHPLPPTDMIPKRLTLSELKSRFPKCAELQGYCPVTYQDGRQRYEALVP
GNIHYALEYRDRIYICESREKLQKFLRSPQKYWNQKLPYKLPPLKEPMSLTSLPLPGYLE
QGIATALIKAMNAAGCLKPKFPFLSVRRSALLYIALHLKAFNPNSSEYTRKKYKKKMEQF
VERCELITYLSAKMTKKYKEPQFRAIDFDHKLQTFLSLRNIDPVNG
NT seq 5721 nt   +upstreamnt  +downstreamnt
atgacttctcaagagaagacagaaaagcatccttttgcggatatatttaatgaagatgaa
gctgacataaactttatgttgtctaaacctgtttgctttgttgtatttgggaaaccaggg
gttgggaagacaacattagcccaacagataacacaggcatggaaatgtattcgtgtagaa
gctttaccaattttggaagaacagattgccagtgacactgtaacgggagctatgttgcag
tcaatgctgatcagtggccaaagcattccagatgaacttgtcacaaagttaatgttggat
aagctgaactcctcagaagtctctcactttggctatattatcactgaaataccatcactt
tcacaggatgccatgactactctgcagcaaatagaattaattagaaatttaaaattgaaa
cctgatattataatcaatattaagtgccctgactatgatttatgccaaagaatttcgggg
caaaggcagcacagtaccacaggatacatatacacaagagatcagtgggatcctgaagtc
attgagaatcgtaggaaaaagaagaaagaagcccaaaaggaaggaaaaggagaagaggag
ggggaagaggaagaagagcaagaagaagaagaggcatttattgctgaaatgcagatagtg
gctgaagttcttcaacacctcgttcagagacctgaggattatttggaaaatatcgaacac
atcgttaacctttataaggaaataattcttcatcctttagaagaagtaatggctgaacat
gattcccagtatctcattgagctagatggaaataagcccccagaggagctgttcatgacg
gttatggatcgacttaaatatctaaacctaaaaagagcagctgttataaccaaacttcag
agtacagaggaagatattaatgacacaatggaaaatgatgagctgttccgtactctcgca
tcttataaacttattgcaccaagatatagatggcagagaagccgatggggacgtacatgt
cctgtgactttaaaagaaggtaacatttttcaaggattgccagatttttctgtgagtttt
ctaggtaaaatgtactgtctttcatcagaagaggcattaaaaacatttctattgaaccca
cgtccctatcttattccacctatgccagcaccaccatttaaagtattcatatttggacct
cagtcttcagggaaaacaacacttagcaatttgcttgcaaaacattacaaaggaaaggta
gttgactatgataaagtgattcaaccacgttttgataaagcccttgaaatgttaaccaga
aacactatagctgaggccactgaagcagccattaaagttgtcaaagaacggcttctctta
gaactacaagctaaaaatgctcagtcaacttcaaaagaccttcgaggagaatctgaaagg
agggaaagtgaagtcccaactgatgaatacagaagtgcagaagaattgcagtcgtcactt
gatgaagatgtgttcacttttgaatcccaaagagaaagctctttagaagacaatgaagaa
gccaaaatgaagtcagatgataaagatgatgaaaaagaaataagtgaaatgtttacacgt
caaagaagtcagcaagactctagtcgagatctaaagaaggattccaaaaaagatgtaaca
gactatgagatagaagaggtaactgctgatcatccagaagttctttccataataaatgag
acagtaaaaatggcaaagaatatgaactttgaacagccacatgaaaaaattgctgagatc
ttagatgaagttctgcaagaggtagttgaagaaaacaagaataggttttatggtgccccc
aaatatggaggatggatactggacaactgccctcttgtgaaagaactctggatggtctta
gtcgacaaaggagttctacccgatttagtcatctgtttatcagacacagaaaacaatgga
aaatatttatataatagactgtatttagagaataaacaagaaattgactctaagatttta
gaaagattattagatgaactactaaaggaaagaaaagaggaagaagcagcaagaaaagtc
aaggaagaggcattaagaatagaagaagaaaatcgaaagctattggaagctatgactgca
aaagcaaaagaagaagctgaagccgaggcttttgaggattttgaagttgaggagtctgaa
cttcacgaagggtctgagacccctgaggttgctgaggagaccagggggttcttacccgag
gagtctgacatttttgaggccccagaaacagaacatgaatcagtatctgagcctcctgag
gatgctacagtcggagcagaatttccaaaaggatccagagagggcctggaaactaaagaa
ttacctgaaacagttctactacctgaatttccggaagatggttatcctgatgttcctgaa
atggattcaattagagagaatgtcagctctttctacgctgcctggagacagatggaaaca
gctatcagtgactcttttactcaaattttaaacctggagattgctggcaaaactccagag
gaactacttcaaaaagtcattgaaattatggaaaaaccctttcaccatgctgcttgggag
ttaactatagaagattatgatgaagaaacagaagactatcaggctgaagccgatgtcgat
gaggagctagaagaggaagaagaggaagaggaagagaatgaagatataattaaggagaag
agaaggcatttgggagatacaaagcacttttgtccagtggctctcaaagaaaacttcgtc
ctacaaccaggcaccccagaagaagcagctaaataccgagaaaagatctattacttttca
agtcctgaagctaaagaaaagtttttggagcagcctgaagagtatgtggctcatgatgaa
ccattaaaggctccgccattaagaatatgccttctcggcccccatggctctggcaaaact
gtctgtggaagacagctggcagaaaaattgggcatttttcatattcagtttgaagaattt
cttcaagaaaaactaatgctcaaaactgaaaagaaagtgggacctgaatttgaggacgat
tctgaggatgaacaatttgtaaaacaagaacttgaagagcttgcaattcaggccaatgtt
acaattgaggaagaaaatacaaagaagctgcctcaggaagtgcaacttacagaagaagaa
gaagcaatcagattaaacctaactgaaaatgagccattgcctcttgaaatccttgaagca
attctttctgagtggtggtttaaggaaccgatatgttctacaggttttgtattagacggt
ttcccgcggtatccagatgaggtccagttcctgggggaacatgggcttttcccagatgct
gctgtgtttatacaagttgatgatcaagatatttctgatcgcctccttcctgtccaaatt
ggaaagtggaaagcaaaacaaaagaagaaattagaaaggaaaaaactcatcaaagaaatg
aaggcaaaaatcaaggatgatatgattgctaaaagaagggctgaacttataacagagaga
gaaaaaaggaggaaaggaggggtgactgttagagaagacgaagacatgagtgaggaagaa
cctgataacaatgaagatgatattgataacattctcgaagatgaatttccaaaagatgag
gaagtgatgagtgaggaagaggaagagcaggaaattgatgctctcgaacgcctgaggggt
gaactcggagaaaaatttgaagcagatatgagtaatttacaaataatacaggaagaattt
gagaagtttttgataccagtaattctcattaatggatctcggaaaatccacattgtccaa
tacacattgaatacaaaactgaaaccactagtagagaatcgtgcaagcatttttgagaaa
tgttatccaatatcatcacgccttgcccagaaaatgctcagctttacctacaagtatata
agctcattcggctactgggaccctgtaaagctacatgaaggagagaccatcaaaccagta
gaaaattcagagaatccacttcatcctgtaatccatcgtcagtatatttattttttatct
agtaaagaaactaaagaaaaatttatgaagaatccaatcaaatatatctgtcaacccaaa
cctaagcctactatccccattaggattgcaattctggggcctccaaaatctggaaaaact
acagttgccaaaaagatttcaagtgaatatggcttaaagcgtttgtcgataggagatgct
ttgcgttatgtattaaacaaccaaccagacacagagctggcacttatgctaaattggcat
cttcataaaggaatgacggcacctgatgaactggctattcaggccttagaattatctctg
atgggaagtgtatgtaataccgcaggtgttgtcattgatggatatcctgtaactaagtat
caagtgagtctcttagaagctaggtcaatcatccccatgattatctttgagctggatgtg
ccttccaaagagattttcagaagattgctcctggaaaaaaaaaaggagtcaagtttgcct
tatccattgcacaacagctcacagattatagctgtcaagaactcaaggtaccgcaaaaat
attggtgagattaggcaatattatgaagtacaacatcagaactggtatgtgattgatggc
tttcacagcaaatggtggatatggaatgaagtcattaagaaggttaaaatggtgaataaa
tacatgcagatatatatggaaagaataaaagcaggaaaagccgcctgcattgacaagtta
tgtatctcccctgaagaactgatttctcgcctgggtgaatttggacagttctgccctgtc
agcctggcagaatcatatgaattagttgattgttcttcaaatgattccttggaatttgca
gcagagttcagagggcactattataaaatgagttctctagagaaattgaataaatttttg
gacaatccagaattctacgtacctccgttagcacctcatccacttccacctaccgacatg
atccccaagaggctgacactgtcagagctgaagagccggttccctaagtgtgctgagctc
cagggttactgtccagtgacttaccaggatggcagacaaagatacgaagccctagtacct
ggtaacattcactatgctttagaatatcgtgatcgtatatatatttgtgagagcagagaa
aaacttcagaaatttttgaggtcaccacagaaatactggaatcagaagcttccttacaaa
cttcccccattgaaggaaccaatgtctctcaccagcctgcctttgcctggatatctggaa
cagggtattgcaactgctctaattaaagccatgaatgcagcgggatgcttaaagcccaaa
ttccccttcttaagtgtacggagatctgcgctactttatatagcacttcatctgaaagcc
tttaatcccaatagttctgaatatacaagaaaaaaatacaagaagaagatggagcagttt
gtggagagatgtgaactcattacatacttgagtgccaagatgaccaagaaatacaaggaa
cctcagtttagagccattgactttgatcataaattacagacctttctctctcttagaaat
atagacccagtcaatggttag

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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 (51)   
   KEGG ORTHOLOGY (1)   
   RefGene (45)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   BGD-BTA (1)   
   OC (1)   
   VGNC (1)   
Protein sequence (4)   
   RefSeq(pep) (4)   
DNA sequence (8)   
   RefSeq(nuc) (4)   
   GenBank (2)   
   EMBL (2)   
Protein domain (28)   
   Pfam (28)   
All databases (146)   

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