KEGG   Helicoverpa armigera (cotton bollworm): 110371524
Entry
110371524         CDS       T05609                                 
Name
(RefSeq) adenylate kinase 9
  KO
K18533  adenylate/nucleoside-diphosphate kinase [EC:2.7.4.3 2.7.4.6]
Organism
haw  Helicoverpa armigera (cotton bollworm)
Pathway
haw00230  Purine metabolism
haw00240  Pyrimidine metabolism
haw01100  Metabolic pathways
haw01232  Nucleotide metabolism
haw01240  Biosynthesis of cofactors
Module
haw_M00049  Adenine ribonucleotide biosynthesis, IMP => ADP,ATP
haw_M00050  Guanine ribonucleotide biosynthesis, IMP => GDP,GTP
haw_M00052  Pyrimidine ribonucleotide biosynthesis, UMP => UDP/UTP,CDP/CTP
haw_M00053  Deoxyribonucleotide biosynthesis, ADP/GDP/CDP/UDP => dATP/dGTP/dCTP/dUTP
haw_M00938  Pyrimidine deoxyribonucleotide biosynthesis, UDP => dTTP
Brite
KEGG Orthology (KO) [BR:haw00001]
 09100 Metabolism
  09104 Nucleotide metabolism
   00230 Purine metabolism
    110371524
   00240 Pyrimidine metabolism
    110371524
Enzymes [BR:haw01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.4  Phosphotransferases with a phosphate group as acceptor
    2.7.4.3  adenylate kinase
     110371524
    2.7.4.6  nucleoside-diphosphate kinase
     110371524
SSDB
Motif
Pfam: ADK AAA_17 AAA_18 YHS AAA_28 HlyE
Other DBs
NCBI-GeneID: 110371524
NCBI-ProteinID: XP_021183521
EnsemblRapid: LOC110371524
Position
9:complement(4937169..4943258)
AA seq 2029 aa
MIELENYKSNIDVVDKYGLKNVKIGKGTVYTGDTQLINERVKENEITCNLLGGAVIGLGN
TIAPYPEDTRYCDLWTDIDAQELHLMAKPTCYLIFGKAGAGSFNLGEAMAKKYNCIHLCP
KNILADEISQLSDTGKTWDFNMRHNKVCLFDMLLTMLKIKLNSEAVQHRGYVISGFPMVS
ASRNRLHYINSLHGEESFLEIDELLFETIRNLKKKKPKSADAAHSSKSSEMVNPEDEEEL
EEEEEPDEDQDAEEGLEEEEDKPAELPEFELDTCSNVIIHKKPHFQSTQAVILSQFQELF
NLSLKPDIIIYITCPEQDLVKMRSHRYINYRTGQNIIKPFTSDYVQEDYWPSKYIVSDYE
NPHEARVFQPKYNCKPPLNYEEVVIQQICNYKTFVSPYMEKKLKDFDPKMVIELDGRTLC
NQMLHLVSERLILMRLQPVILPQPLNLETPPEDLDEFWAAVAENNSIRSGNINFAYHASH
WFNRCPVELKLRRSVVGNPKYAVMLFDHVYLMSSLNNFILFNRNPRRYLRIKYLEPTCRV
IVVGTKSSGKSLISHCLSWLFDAPILHYDSIVEYEKEKKFGIFSKSILSEIIATLEDARI
EQWQIADADRVTKLNEWCKSALQLLNKYLPLLQQKKSYEENKTKHDKKEKSDEDQELTEE
ELKEEEQSITDPEIEIEPTFLNEFNNLRTQLSFLPILDSIEECQKALTDEDLSQYAPTEL
SNETEKPQIPMIGDEDVTIAISNYIKANELQKELVPTTEEIMTEIIRLINAIDTEHQEKT
QSDEMYGKYILDGFPSDPEHWNYLIETKLTPDYTIAVIENREIDQDLYEYYSKADKYTRT
KRYAEKFFLADDPLLHAKLQSIQLQRLQESDLRIIVENLIHDTLDILFGTETLSDEETLQ
KPSLEGESQTQFISHLTEKIEKFREEWDSVKVRLEDKSKVYIEIELESKNDVQVIEEMLA
KLRLGYMFSGEVDEEGEGDSPEEDEDETKKDLLTYNDSQILCETNTYCPVAYYDIGILWE
GKPEFCLTYNNRKHYFCKEEFLEKFRNNVGKYQFYKNPFKKIPKLKICVIGCAGSGTTTL
SKFISKELGLVHIDYSFVVTEYLIPRHYKKVGRQFENIFTDEPIDDEGVVEFQMGEENQN
LDILTNEKETRRMLYNHFERGAPIASILMHRLLQRAWFDPQLKMGFVIDGYPRMPNDIED
MLACYSIPDVVMELDTSLETILKRMVPIMFNRWKSQQHEAKRVAAAKLQKARKEWMDVIT
KKIVNKLIIEEIIDSIFASRPDAAATESVIIDAHPAGSANVDPVLFNTYNEMVLEYPEPK
DTNVWEKADEARERIEARLELIYETDLDNLGALKEALAEQRIKLVTINGNKPFNKVARDA
LSKLTPLNTRGSSFFEQTFVVSPDIAEVLLLRGFIFFSKFYRLCPVYIFENPTTILNSYK
IARRKGTLFPVVHRCFIYFISSADNVIKFRTNPLKYITSEVIKSYFEYPLRIGIIGSPKS
GNSTLAARLAKQYGLIALSRGKAVRNVLENFHWSELAIKISKKLRQGQKMDDDQIVKAIQ
TMAIDHRTVTYGFIFDGFPATPYEARGLVKNGLYPNIIFDLNSKKLKVIENAENEIYYDI
LKYIPPFPIPLIEKRYENWQIRRHKIRKWISDDYQNIIRLDGNQSKWHVFKQVNDELSQV
ISKIHFYVCNVDNDVVHAMWISNAAFEERQSEYKDLCPVCLPNRVYKHMTGYASDKTGIV
QYQNKFYWICPEHIDEVMKYPQTHLKPSKVEIPDLPAVIKIVNLDFVYANGICIVTYAEN
LPAQIIKSGTKEFAASYGGKAYLFCSDTCLRKFLSKPFLYYDITVFQETKLFAKLDLHKL
PDIGYLEQTLANILTAACCSVNVFRPKYPGLSFQTSALIHIALYLKTNNPRIEKSKKKMY
LKALKVFEARCKLILNVGLRLRAMDNPFLSYPKCLHRAPTLRPSKVEEDFYSSVDLQRPS
AMLQRTSNYVQMHKPSFHHPQSRRSTVTSQMRRSTIGAMSTIEQTEEQN
NT seq 6090 nt   +upstreamnt  +downstreamnt
atgatagaattagaaaattataaaagcaatattgatgtagttgataaatatggcttaaaa
aatgtcaaaattggtaaaggtacagtatatacaggagatacacagctcatcaatgaacga
gtcaaagaaaatgagataacctgtaacctattaggaggtgcagtaattggcttgggtaac
acaatagccccttatcctgaagataccagatactgtgatctttggacggatattgatgct
caagaattacacttgatggccaaaccaacatgttacctaatctttgggaaagcgggtgcg
ggatcatttaatctcggtgaagcaatggcgaaaaagtacaactgtattcatttatgtcct
aaaaatatattggcagatgaaatctcacaactaagtgacacagggaaaacttgggatttt
aatatgagacataataaagtatgtctctttgatatgttgttgactatgctaaaaattaaa
ttaaactctgaagcagttcaacatagaggctacgtaatatctggtttccctatggtgtca
gcaagtagaaaccgcctccattacattaattcactgcatggggaagaatcattcttagaa
attgatgaattgttatttgaaactattcgtaatttgaaaaaaaagaaaccgaagtctgca
gatgcggctcattcatctaagagtagtgaaatggtaaacccagaagatgaagaagaatta
gaggaagaagaagaacctgacgaagaccaggatgcagaagaaggtcttgaggaagaggaa
gataaacctgctgaactaccagaatttgagttggatacgtgttctaacgttataatccac
aagaaacctcatttccaatcaacacaagctgtgattttaagtcagttccaagagttattc
aatttaagcctcaaacctgatattataatttatatcacttgcccagaacaagatctagta
aaaatgagaagtcacagatatattaattacagaacaggacaaaatattattaaaccattt
acttcagattatgttcaagaagattattggccctctaagtacattgttagtgactacgag
aatcctcatgaggctcgcgtttttcaaccaaaatataactgcaaaccacctttaaattat
gaagaagtagttattcagcaaatttgtaactataaaactttcgtctctccatatatggaa
aagaaattgaaagactttgatcctaaaatggttatagaattagatggtcgtactttatgt
aatcaaatgcttcatctggtttcagaaagattgattttaatgagattacagcctgttatt
ttaccacaaccattgaatttggaaactccacctgaagatctggatgaattttgggctgct
gtggcagaaaataattcaatccgcagtggtaacattaattttgcatatcacgcttctcac
tggtttaacaggtgccctgttgaactaaaactaagacgatcagtagtaggaaaccccaaa
tatgctgttatgttgttcgatcatgtttatctgatgtcttcactaaacaatttcatatta
tttaacagaaatccacgacgttacttaaggattaaatatttggaaccaacttgcagagtt
atagtagtaggcacaaaatcttctggaaaatcgttaatttctcattgtttatcgtggctg
tttgatgctcctatattacattatgactctattgtagaatatgaaaaagaaaaaaagttt
ggcattttttccaaaagtattttatctgaaataattgctactctagaagacgctcggatt
gaacaatggcaaatagcagatgcagatcgagtaacaaaattaaatgaatggtgcaagtct
gccttgcaattgttaaataaatatctacctttattacaacaaaaaaaatcatatgaagaa
aataagacaaaacatgataagaaagaaaaatctgatgaagatcaggaattgactgaggaa
gagctaaaagaagaagagcagtctattacggaccctgaaatagaaattgaaccaacattt
ttaaatgaattcaataatctaagaacgcagctgtcatttcttccaatattggacagtata
gaggaatgccaaaaggctcttactgatgaagacctatctcaatatgcacctactgaattg
tcaaatgaaacagagaagccacaaattcctatgataggcgatgaagatgttactatagcc
atttctaattatattaaagcgaatgaattgcaaaaagaactcgtgccaactactgaagaa
ataatgacagaaatcatcagattaataaatgcgattgacactgagcaccaggaaaagact
caatcagatgaaatgtatggaaaatacattttagatggctttccatcggatccggaacat
tggaattatctcatcgagactaagttaactcctgattacactatagcagtgattgaaaat
cgggagatcgatcaagatctttatgaatattacagtaaggctgacaaatatactcgtact
aaacgatacgctgagaaattctttttggcagacgatcctttacttcatgctaaattgcaa
tcaatacaattgcaacgtttgcaagagtctgatttacgaataatagtagaaaatttaata
cacgatactcttgatattttgttcggaactgaaacactgtctgatgaagaaactcttcaa
aaaccatctttagaaggagaatctcaaactcaatttatttcacatcttacagaaaaaatt
gaaaaatttcgcgaggaatgggatagtgttaaagtaaggttagaggataaatccaaagtt
tacatagaaatagaacttgaaagtaaaaatgatgtgcaagttatcgaagaaatgttagca
aaactacgcctgggctatatgttttcgggagaagttgatgaagaaggagaaggcgactca
ccagaagaggacgaggacgagactaaaaaagatcttcttacctacaatgactcccaaatt
ctatgcgagacgaatacatactgcccggtagcgtattatgacattggtattttatgggag
ggaaaaccagaattttgccttacttataataacagaaaacattacttttgcaaggaagaa
ttcttagaaaaatttaggaacaatgtaggtaaatatcaattttataaaaatccttttaaa
aaaatacctaaattgaagatctgtgtaataggatgcgctggtagtggtacaacaacttta
tccaaattcatatctaaagagctcggattagtacatattgattattcattcgttgttacc
gaatatttaattccaagacattataagaaagttggacgacaatttgaaaatatatttact
gatgaacctatagacgacgaaggtgttgtagaatttcaaatgggtgaagaaaatcaaaat
ctcgatatattgacaaatgaaaaggaaacgaggcgaatgttgtataatcactttgaacgt
ggtgctcccatcgcatcaatacttatgcatagactacttcagagggcttggttcgatccc
caactaaaaatgggatttgttattgatggctacccaagaatgcccaacgacattgaggac
atgctagcgtgttatagtatacccgatgtggtgatggaattggatacttctttagaaacc
atcctcaagcgtatggttcccataatgttcaatcgatggaaatctcagcaacatgaggcc
aaacgggtagccgctgctaagctacaaaaagcacgaaaagaatggatggatgttataaca
aaaaaaattgtaaacaaacttattatagaagaaataattgactcaatttttgcgtctaga
cccgatgccgcggctactgagagtgtcataatagatgcacatcctgcaggatctgctaat
gttgacccagtcttatttaatacatataatgaaatggttctagaatatcctgagccgaaa
gatacaaatgtgtgggaaaaagccgatgaagcacgtgaaagaatagaagccagattagaa
cttatatatgaaactgatttagataatctcggtgcactaaaagaagctttagcggaacaa
agaattaagctcgtaacaattaacggtaacaaaccctttaataaagttgcaagggatgct
ttatcgaagttgacacccttgaacacaagaggctcatcatttttcgagcaaacttttgtt
gttagtcctgatattgccgaggtactacttttgaggggttttattttttttagcaagttc
tatcgtctttgtccagtatatatctttgaaaatccaacaactatattgaattcttataaa
attgcaagacgtaaaggtacactctttccagttgtccatagatgttttatatattttatt
agcagtgcagataatgttattaagtttcgcactaatccgctgaaatatataaccagtgaa
gttattaagtcctatttcgagtatcctctaaggatcggtattataggttcacctaaatca
ggaaatagcacactggctgcgagactggctaaacaatatgggttaatagctttatcgaga
ggaaaggccgtgagaaacgtgttagaaaattttcactggtcagaattggctatcaaaata
tctaaaaaacttcgacagggacaaaaaatggatgatgaccaaattgtaaaagctattcaa
actatggcaattgatcatcggacggttacctatggattcatatttgatggctttcctgct
acaccttacgaagccagagggttagtcaaaaatggtctttaccctaatataatattcgat
cttaattctaaaaagctgaaagtaatagaaaacgcggaaaatgaaatttattatgacata
ttaaaatatattcctccttttccaatacctcttatcgaaaaaaggtacgagaattggcaa
ataaggcgacataaaataagaaaatggatcagtgatgattatcaaaatataatccgtttg
gacggaaaccaatctaaatggcatgttttcaaacaggtaaatgatgaactatcgcaggta
atttctaagatacatttctatgtctgcaatgttgacaatgatgttgtgcatgcgatgtgg
atttcgaatgcagcatttgaagaaagacaatcagagtataaggatttgtgtcccgtatgt
ttacctaatagagtgtacaagcatatgaccggctatgcatccgataaaactggcattgtc
caatatcagaacaaattttattggatctgtccggaacatatagatgaagtaatgaagtac
ccacaaacacacctgaaaccttcaaaagtagaaatacctgatttgcctgctgtcatcaaa
atagttaacttagatttcgtttatgcaaatggtatatgcatagttacatatgctgaaaat
ttaccagcacagataataaaaagcggcactaaagagtttgctgcaagttatggtggtaaa
gcatacctattttgcagtgatacatgtctccgtaagtttttgagtaaaccgtttttgtat
tacgacataactgttttccaagaaacaaaactgtttgccaaattggacttacacaaactt
cctgacattggctacttagaacaaactttggccaatattttaacagctgcatgttgctca
gtcaatgtgtttagaccaaagtatccagggctctcctttcaaacatctgctttgattcac
atagctctatatttgaagacaaataatcctcgaatagaaaaaagtaagaagaaaatgtac
ttaaaggctttgaaagtatttgaggctcggtgcaagttgatattaaatgtaggtttacgt
ttgagggctatggataatccatttttgagctatcctaaatgtctgcacagagcgcccaca
cttcgacctagtaaagttgaagaagacttttattcgtcggtagatttgcagagaccgtcc
gccatgcttcagaggacttctaattatgttcaaatgcataaaccgtcattccatcaccca
caatcgaggcgttcaacagtaacaagtcagatgaggagaagcaccataggtgccatgtct
accatcgagcaaacagaagaacaaaactga

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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 (5)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   ENSEMBLRAPID (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (6)   
   Pfam (6)   
All databases (68)   

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