KEGG   Rattus norvegicus (rat): 294521
Entry
294521            CDS       T01003                                 
Symbol
Ak9
Name
(RefSeq) adenylate kinase 9 isoform X1
  KO
K18533  adenylate/nucleoside-diphosphate kinase [EC:2.7.4.3 2.7.4.6]
Organism
rno  Rattus norvegicus (rat)
Pathway
rno00230  Purine metabolism
rno00240  Pyrimidine metabolism
rno01100  Metabolic pathways
rno01232  Nucleotide metabolism
rno01240  Biosynthesis of cofactors
Module
rno_M00049  Adenine ribonucleotide biosynthesis, IMP => ADP,ATP
rno_M00050  Guanine ribonucleotide biosynthesis, IMP => GDP,GTP
rno_M00052  Pyrimidine ribonucleotide biosynthesis, UMP => UDP/UTP,CDP/CTP
rno_M00053  Deoxyribonucleotide biosynthesis, ADP/GDP/CDP/UDP => dATP/dGTP/dCTP/dUTP
rno_M00938  Pyrimidine deoxyribonucleotide biosynthesis, UDP => dTTP
Brite
KEGG Orthology (KO) [BR:rno00001]
 09100 Metabolism
  09104 Nucleotide metabolism
   00230 Purine metabolism
    294521 (Ak9)
   00240 Pyrimidine metabolism
    294521 (Ak9)
Enzymes [BR:rno01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.4  Phosphotransferases with a phosphate group as acceptor
    2.7.4.3  adenylate kinase
     294521 (Ak9)
    2.7.4.6  nucleoside-diphosphate kinase
     294521 (Ak9)
SSDB
Motif
Pfam: ADK AAA_17 AAA_18 AAA AAA_28 AAA_33 YHS AAA_22 nSTAND3 AAA_24 RNA_helicase AAA_16 NACHT AAA_14 Cytidylate_kin AAA_5 FAP206 KTI12 RuvB_N Zeta_toxin NTPase_1 NB-ARC ABC_tran ATPase_2 TsaE CobU AAA_19 G-alpha AAA_30 Hydin_ADK Thymidylate_kin ZZ
Other DBs
NCBI-GeneID: 294521
NCBI-ProteinID: XP_008771242
RGD: 1559879
Ensembl: ENSRNOG00000037688
Position
20:46307100..46523537
AA seq 1889 aa
MASEEKTEEHPFADIFNEDETDRNCLLSKPACFIIFGKPGVGKTTLARSIAQAWKCIRVE
AISVLEEHIAAENETGTMLQSLLVSGHTVPDELVTKLVLEKIKSPEVSHFGYILTEIPSL
SQDNMTSLKQIEIIKHLELQPDVIINIKCSDYDLCQRISGQRQHSTTGYIYTREQWDPEI
IESRRKKKKEVLKEGKAEEEEEEEQEEEEEAFLAEMQMVTETLQYLVQRPEDYLENIEVT
VNLYKELLLNALEEVMAEHNPQYLIELDGNKPPEELFLTVIERLKYLNVRRAAIITKLQG
TEEEMTDIIDTEELFRTVSSYKLMGPRYRWNRSKWARACPVSLKDGNIYPGAADFSVSFL
GKMYCLSSEETLKLFLLNPRPFLLPPMPLPPCKVFIFGPNHSGKTTLANLIAEHFKAKVI
DYATLVQPRFDSAREKLIKDTISEATNTAIKLVKERLLNDLRVKKQEEKTLKELRMHYTK
KEYEDFSDYKKTKSSEEFPSSADDPEAQGSRNLSALEIGPEDKSRSENTISGDTDKDGSP
EELIEEVTENHPEVFAMIEDTLRHSKELNFEQPYDKQAEILEEVIKEVTKDNKNRFAGAP
KYGGWIVKNFPIMRELWMSLIEKALLPDLVVNLSDTESNGKIVLTRLYLSNKAEINAKIL
ERLKEELQVKKREEDEIRKVKEEELRLEEEKQRMMELEAKKAKVVEEPDNEAEEEVDVEE
SEIHEETEAQEMGELARESSIPGGSESSEVPEAEHDPEAEFKAPEDTAVEAETEKGSKET
LELEEQLKAMLPEFPEDGYPNVPEMEPLKEVLANYLIAWKQLEPIISDSLVPVLTVDISN
KTPKELLQRVIEMMEKPFKYGAWELNAEDYEEEAEDYQAEMEVEEEQEEEEEEEEEGEEK
SKERRRHLGDTKHFCPVVLKENFVLQPGSTEEAVKYREKIYYFSTPEAKEKFLEHPEDYV
SQNEPLKAPPLRICLLGPHGSGKTVCARKLAENFGIFHIQFEEFLQERMLLKAERKFGPE
FEDDSEEEQAMKQELEELAAQANVKIEEDNTKKQLPEVQFTEEEEAIKLSLTDNEPLPSE
ILDPMLSEWWLKEPIRSTGFILDGFPRYPEEAQFLGERGFFPDAAVIIQVDDQDIFDRLL
PAQVQKWKTKQLKKSERKKMIKEMKAKIKEDMVAKRRAELISEREKRKKGEGAFRDEEEF
SDEDAEDEDDIENILEEEFPKDEEEMSEEDEEQEGDATERLRSELGEKFETETNNIQSIQ
DEFERFLIPIIPVNGARKMHIVQYVLNVKLKPLVENRASIFEKCYPVSPHLAHKMLAFTY
KHMSSFGYWDPVKLSEGETIKPVETAENPLNPIIHRHYIYFLSTKQTKEKFMMNPIKYIR
QPKPKASMPVRIMIVGPPKSGKSTVAKQLANDYGLKCLSMGDALRGMLSNHPEAELSLRI
NWHLHKGMTVPDDLAIQALDISLLDSVCNTVGVVIDGYPVTPHQVELLEARSIIPMIIFE
LDVPSKEIFKRLLLEKKSEQGMPYPMHNSTQIIAYRNAKYRKNVNEIRQFYQRQHQNWHV
IDGFHSKWWVWNEVIKDIQQMNKYIQTYMEKIKEGKAACIDKLCITPEELISRLGEFKQF
CPVSLAESNELIDCSVTSSLEFTAEFRGHYYKMSSQEKLNKFLKNPELYVPPLAPHPLPP
DDMLPKRLTLSELKSRFPMSAELQGYCPVTYKDGKQRYEALVPGDNEYAVEYRGRIYICE
SEEKLQKFLRLPMKYWDQKLPHKLPPPKESIHLTSLPLPGYLEQGTATSLIKAMNAAGNL
KPKLPFLSVRRSVLLYIAFHLKAFNPKGSEYSRKKYKKKMEQFVERCELITYLSSKMTRK
FKEPQFRPIDFDHKLQTFMSLKNIDPVTG
NT seq 5670 nt   +upstreamnt  +downstreamnt
atggcttctgaagaaaagacagaagaacatccattcgcagacatctttaacgaagatgaa
acggacaggaactgtctgctgtccaaaccagcctgctttattatatttgggaaacctggg
gttgggaagacaacgttagcccggagcatagcacaggcatggaaatgtattcgtgttgaa
gctatatcggttttggaagagcacattgcggctgagaatgaaaccggaactatgctgcag
tcactgctggtaagcggtcacaccgtcccagacgagctggtcacaaagttggtcctggag
aagatcaagtctccagaagtttctcactttggctacatcctcactgaaattccgtcactc
tcacaggataacatgacctctttgaagcaaatagaaattattaaacatttagaattgcag
cccgatgtcataatcaatattaagtgcagtgactacgatttatgccaaagaatttctggg
caacgacagcacagtactacaggctacatatacaccagagaacagtgggacccagaaatt
attgagagccgcaggaaaaagaagaaggaagtcctcaaggaaggaaaagccgaagaggag
gaagaggaagaacaagaagaagaggaggaggcgtttctggctgaaatgcagatggtgacc
gaaactcttcaataccttgtccagaggcctgaagattatctggagaacattgaagtcacc
gtgaacctttacaaggagcttctcctcaatgctttagaggaggtaatggctgagcataac
ccgcagtatctcatcgagctggatgggaataagccaccggaggagctcttcctgacggtc
atagagcggctgaagtacttgaacgtgcggcgggcagccatcataaccaagcttcagggc
acagaagaggagatgacggacataattgacactgaagagctgttccgcacagtgtcgtct
tataaactcatggggccaaggtatagatggaaccgaagcaagtgggcgcgggcttgcccg
gtgtccttaaaggatgggaacatttatccaggagcagcagacttttccgtgagttttcta
ggtaaaatgtactgcctttcttcggaagaaacattaaaattgttcttgctgaacccccgt
cccttcctcctaccacctatgccgttgccaccttgcaaagtctttatctttggacccaac
cactcagggaaaaccacactggccaacctgattgcagaacacttcaaagcaaaggtaatt
gactatgccacgcttgttcagccacgttttgacagtgcccgtgaaaagctaattaaagac
accataagcgaggccaccaacacggccatcaaactcgtgaaagagaggctcctgaatgac
ttgcgagtcaaaaagcaagaggagaagaccttgaaggaactgcgaatgcactatacaaaa
aaagagtacgaagacttctcggattataaaaagacaaaaagttctgaagagtttccatcc
tctgcagacgacccagaagctcaaggctccaggaacttaagcgccttagagattggcccg
gaagacaagtcaaggtcagagaacaccatttccggggacactgataaagatggctcccca
gaagagttgatagaagaggtgactgagaatcacccagaggtgtttgccatgatcgaggat
actctgagacattccaaggagttgaactttgagcagccatatgacaaacaggctgaaata
ctggaggaagtcatcaaagaggtaacgaaagataacaagaataggttcgctggtgccccg
aagtacggaggatggattgtgaagaacttccccataatgcgggaactgtggatgtccttg
atagaaaaagcacttttacctgatctggttgtcaatctatcagatacagaaagcaacgga
aaaatcgtgttaactagattatatttaagcaataaggcagagatcaatgctaagatttta
gaaagactgaaagaagaattgcaagtcaaaaagagagaggaggacgaaatacgaaaagtc
aaagaggaggaactgaggctggaagaagaaaaacaaaggatgatggagcttgaggctaag
aaagcaaaagttgttgaagagcccgataacgaagctgaggaggaggtggatgtggaagag
tctgagatccatgaagagacggaggcacaagaaatgggtgaactcgccagagagtcatct
atacctggggggtctgagtcatccgaggtcccagaagcagagcatgacccggaagcagaa
ttcaaggctcctgaggacactgcagtcgaagcagaaactgaaaagggatctaaagagacc
ctggagttggaagagcagctgaaagccatgctgccagagtttccggaagatggctacccc
aacgtccctgaaatggagccactgaaggaagtgttggccaactacttgatcgcatggaaa
cagctggagcccataatttctgacagcctggtgccggtattaacagtggatatttccaac
aaaacacccaaggagctgcttcagcgcgtgattgagatgatggaaaagccttttaagtat
ggtgcttgggaactaaacgcggaagactatgaagaagaagcagaagactatcaggctgaa
atggaagtcgaggaggagcaggaggaagaggaagaggaagaggaagagggtgaagaaaaa
agtaaagaaaggaggagacacttgggagataccaaacacttctgcccggtggttctcaaa
gaaaactttgttctacaaccgggcagcacggaagaggccgttaaataccgggagaagata
tactacttctcaacccctgaggcaaaggagaagttcctggagcatcctgaggactacgtg
tcccagaacgaacccttaaaggctccaccgctaaggatttgtcttctgggtcctcatggt
tctggcaaaactgtgtgcgcgagaaagctggcagaaaattttggcattttccacattcaa
ttcgaggaatttctccaagaaagaatgctgctcaaagctgaacggaaattcggacctgaa
tttgaggacgattctgaggaggagcaagcgatgaagcaagagcttgaagagcttgcagct
caggcaaatgtgaagatcgaagaagacaatacaaagaagcagcttccagaagtgcaattc
acagaggaagaagaggcgatcaagctgagtctgacggacaacgagcccctgccttcggaa
attctagaccccatgctctctgagtggtggcttaaagaaccaatacgctccacgggcttt
atcctggacggcttcccgcggtaccctgaggaggcccagtttctgggagagcggggattt
ttcccagacgccgcagttataatacaagtcgatgatcaagacatcttcgatcgcctcctc
cccgcccaagttcagaaatggaagacgaaacaactcaagaaatcagagaggaaaaaaatg
atcaaagaaatgaaggcgaaaatcaaggaagatatggtcgctaaaagaagagctgaactt
atttcagagcgagagaaaagaaagaaaggggagggcgcttttagagatgaggaggagttt
agtgacgaagatgccgaagacgaggacgatattgagaacatccttgaggaagagtttcca
aaggatgaggaggagatgagcgaggaagacgaggaacaggaaggagatgccaccgagcgc
ctgagaagcgagctgggggagaaatttgaaacagaaacaaataatatccaatcgatacag
gatgagttcgaaaggtttctgataccaataattccggtcaacggagcaaggaaaatgcat
attgtacaatacgtactgaatgtgaaactgaagcccctggtggaaaaccgtgcgagcatt
tttgaaaagtgttacccggtatccccgcacctcgctcataaaatgcttgccttcacctac
aaacacatgagctcgtttggctactgggaccctgtaaagctaagtgagggagagaccatc
aaacctgttgaaacggcagagaacccgctgaaccctataattcatcgtcactacatctat
ttcttatccaccaaacaaactaaagagaaatttatgatgaacccaatcaaatacatccgg
cagcccaaacccaaagcttccatgcctgtgaggatcatgattgtggggccgcccaagtcg
gggaaaagtacagttgccaaacagctggcaaatgactacggcttaaaatgtttgtcgatg
ggagacgcgttgcgtggaatgttaagcaatcacccagaggcagagctgtcgctgaggata
aactggcatcttcacaaagggatgacggtgcctgacgacctggctattcaagctttagac
atctctctgttggacagtgtgtgcaacactgtaggtgtggtcatcgatggctaccccgtc
accccacaccaggtggaactcttggaggcaaggtcaatcattcccatgatcatctttgag
ttggatgtgccgtctaaggagattttcaaaagactgctcttagagaagaagagtgaacaa
ggtatgccttatccgatgcacaacagcacgcagatcatagcctataggaacgcaaagtac
cgtaaaaatgtcaatgagatcaggcagttttatcaacggcagcatcaaaactggcatgtg
attgacgggttccacagtaaatggtgggtatggaatgaagtcatcaaagacatccagcag
atgaacaagtacatacagacatacatggagaaaataaaggaagggaaagccgcgtgcatt
gacaagctatgcatcacacctgaggagctgatttctcgcctgggagagtttaaacagttc
tgccctgtcagcctagcagagtccaatgaactaattgactgctccgtaactagcagcttg
gaattcacagcagagttcaggggacactattataaaatgagttcccaggaaaagctaaac
aaatttctgaagaacccagaactgtatgtgcctcccttggcacctcatccgctcccacca
gatgacatgcttcccaagaggctgacactgtcggagctgaagagtcgttttcctatgtcg
gctgagcttcagggttactgcccagtgacttacaaggatgggaaacaaagatatgaagcc
ctggtgcctggtgacaacgaatatgctgtagagtatcgcggacgcatatacatctgtgag
agcgaagaaaaactccagaaattcctgaggttgccaatgaaatactgggaccagaagctt
ccgcacaaacttcccccgcccaaggaatccatccacctcaccagcctgcctttgcctggg
tacctggaacagggcacagcaacatccctgatcaaggcaatgaatgcagccgggaacctg
aaacccaagctccccttcctaagtgtgaggaggtctgtgctcctttacatagcgttccat
ctcaaagcatttaaccccaagggttctgaatattcgagaaaaaaatataaaaagaagatg
gagcagttcgtggaaaggtgtgaactcatcacgtacctcagctccaagatgacccggaag
ttcaaggagcctcagttcagacccatcgacttcgatcataagctacagacgtttatgtcc
ttgaaaaacatagacccagttactgggtag

  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 (6)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
   RGD (1)   
Protein sequence (9)   
   RefSeq(pep) (9)   
DNA sequence (10)   
   RefSeq(nuc) (10)   
Protein domain (32)   
   Pfam (32)   
All databases (112)   

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