KEGG   Trichechus manatus latirostris (Florida manatee): 101357538
Entry
101357538         CDS       T05135                                 
Name
(RefSeq) adenylate kinase 9 isoform X1
  KO
K18533  adenylate/nucleoside-diphosphate kinase [EC:2.7.4.3 2.7.4.6]
Organism
tmu  Trichechus manatus latirostris (Florida manatee)
Pathway
tmu00230  Purine metabolism
tmu00240  Pyrimidine metabolism
tmu01100  Metabolic pathways
tmu01232  Nucleotide metabolism
tmu01240  Biosynthesis of cofactors
Module
tmu_M00049  Adenine ribonucleotide biosynthesis, IMP => ADP,ATP
tmu_M00050  Guanine ribonucleotide biosynthesis, IMP => GDP,GTP
tmu_M00052  Pyrimidine ribonucleotide biosynthesis, UMP => UDP/UTP,CDP/CTP
tmu_M00053  Deoxyribonucleotide biosynthesis, ADP/GDP/CDP/UDP => dATP/dGTP/dCTP/dUTP
tmu_M00938  Pyrimidine deoxyribonucleotide biosynthesis, UDP => dTTP
Brite
KEGG Orthology (KO) [BR:tmu00001]
 09100 Metabolism
  09104 Nucleotide metabolism
   00230 Purine metabolism
    101357538
   00240 Pyrimidine metabolism
    101357538
Enzymes [BR:tmu01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.4  Phosphotransferases with a phosphate group as acceptor
    2.7.4.3  adenylate kinase
     101357538
    2.7.4.6  nucleoside-diphosphate kinase
     101357538
SSDB
Motif
Pfam: ADK AAA_17 AAA_18 AAA AAA_22 YHS AAA_28 AAA_24 nSTAND3 AAA_33 AAA_16 FAP206 AAA_5 NACHT AAA_14 RuvB_N Cytidylate_kin NB-ARC ATPase_2 NTPase_1 AAA_19 Sulfotransfer_3 AAA_26
Other DBs
NCBI-GeneID: 101357538
NCBI-ProteinID: XP_004372514
UniProt: A0A2Y9DDB3 A0A2Y9QVS4
Position
Unknown
AA seq 1967 aa
MASRLIHRLLQLSLAYVSAPTKLGSLTILLFLIVVFCNMISQEKTEDHPFVDIFNEDEAE
KNFLLSKPVCFIIFGKPGIGKTTLARQIAQTWKCIRVEALPVLEEQIAAETQTGVMLQAM
LVRGQSVPDELVIKIMLDKLNSPEVSHFGYIITEMPSFSQEAITTLEQLELIKNLSLKPD
LIINIKCPDFDLCQRISGQRQHSSTGYIYPRDQWDPEVIESRRKKRKEAQKEGKGEEEGE
EEEEQEEEEAFIAEMQMVAEILQHLVQRPEDYLENIEDIIKLYKETILHPIEEIMAEHNS
QYLIELDGNKPPEELFLVMMERLKYLNLRRAAVITKLQSAEEEINDIMETDELFRTLASY
KLIAPRYRWQRSRWGRTCPVTLKEGNIFSGLPDCSVSFLGKMYCLSSEEALKAFSLNPRP
YLLPPMPAPPCKVFIFGPQRSGKTTLSNLLAEKYKGQVVDYAKLVQPRFDQSLEKLIGNT
IAEATETAIKIVQEKLLVELQNRRQAALALKEFQREFGRKEYEELQMGAFKSLEDMHSSI
DEEAYYSFTVVDNQETLRESSLEDTEEAKMKTEKVSNDQSARSDKDDEKESNESVSKFKS
LSRGPSQEVELSSKKVSLEDTIEEVTADHPEVVAMVEETVKMTKDMNFEQPYEKHAEILE
EVLREVMKENKNRFPGAPKEGGWVVDNCPFTRELWIVLVEKGILPDLIVCLSDMENNGKY
LLNRLYLENKSEIDANILERLLDELQTKKKEEETARKATEAALKIEEENRRMLEAMSGKA
KVTEEVEPEAEEEIDAEGSEALEGAEEPEVSEEARPSLLTEESEVSEVPETEPESAAEPI
EDTTVETEILQESKEGLETEKLSETVMLPEYPEGAYPDVPEMEPLKERIRQFTFSWKQLE
ASLNDLTFIQILNLEIAGKTPEELLQKVVETMEKPFKYPGWELIMEDYDEETEDYQAEGE
VDEELEEEEEEEEERIKEKRRHLGDTKHFCPVVLKENFILQPGNIEEAAKYRDKIYYFSS
AEAKEKFLEHPEEYVAHEEPLKAPPLRLCLLGPHGSGKTVCGRYLAENLDIFHIQFEEVL
QEKLMLKTGKKVGPEFEEESEDEQGAKQEIEELAVQANITIEEENTKKPSPEVHLTEEEE
AIKSNLIDNEPLPPEILEGILSECWLKEPICSTGFILDGFPRYPEEAQFLGEHGFFPDAA
VFIQVDDQDISDRLLPSHIEKWKLKQKKRLDRKKLIKDMKAKIRDDMIAKRRAELISERE
KKKKGEVAVKEDEDIISEEEPEEEEDDNIDNILEEEFPKEEEEMSEEDEEQEIDAIEHLR
SEVGEKFEADMNNLQIIQDEFEKFLIPIIHINGARKTHIVQYTLNSKVKPLVENRASIFE
KCYAIPPHLAQKMLSFTYKYLSSFGYWDPVKLSEGETIKPFESPENPSYPVIHRQYIYFL
SSKESKEKFMKNPIKYIRQPKPRPTMPIRIAVVGPPKSGKTTVAKKIASEYGLKRLSIGD
ALRYVLNNQPGTELALMLNWHLHKGMTAPDELAMQALEICLMDSASNTAGVVIDGYPVTQ
YQMNLLEARTIIPMIIFELDVPSKEIFKRLFLEKKKEQSFPYPLHNSAQITAVKNSKHRK
NVDEIRQYYQEQHQNWYVIDGFHSKWWVWNEVIKNIQMVNKCIQTYLERIKSGKAACIDK
LCITPQELISRLGEFGQFCPVSLAESYELFDCSLTKSLEFAAEFRGHYYKMDSQEKLNKF
LENPELYVPPLAPYPLPSPDMIPKRLTLSELKCRFPKCAELQGYCPVTYQDGKQRYEALI
PGNINCALEYRDRIYICETEEKLQKFFRSPLKYWNQKLPYKLPPLKEPIFLTSLPLPGYL
EQGIATSLIKAMNAAGCVKPKFPFLSVKRSALLFIALHLKAFNPKGSEYTRKKYKKKMDQ
FIERCELITYLGTKMTRKYKEPQYRAIDFDHKLQIFLSLRNIDPVNG
NT seq 5904 nt   +upstreamnt  +downstreamnt
atggcttctaggctaattcacaggttattacagctctccctagcctacgtgtctgctcca
acaaaattaggctctctaaccatcttactctttcttattgtagtgttttgtaatatgatt
tctcaagagaagacggaagaccatccttttgtggatatatttaatgaagatgaagctgaa
aaaaactttttgttgtccaaacctgtttgctttattatatttggaaaaccagggattggg
aagacaacattagcccgtcagatagcacagacatggaaatgcattcgtgtcgaagcttta
ccagttttggaagaacagattgctgctgaaacccaaacaggagttatgttgcaagcaatg
ctggtcagaggtcaaagtgttccagatgaacttgtcataaagataatgttggacaagctc
aattccccagaagtctctcactttggttatattatcactgaaatgccatcattttcacag
gaagccataactactttagagcaattagaattaattaaaaacttaagtttgaaacctgat
cttataatcaatattaagtgccctgactttgatttatgccaaagaatttctgggcaaaga
caacacagtagtacggggtacatttacccaagagatcagtgggatcctgaagtcattgaa
agtcgtagaaaaaagaggaaagaagcccaaaaagagggaaaaggagaagaggaaggggaa
gaggaagaagagcaagaagaagaagaggcatttattgctgaaatgcaaatggtggctgaa
attcttcaacatctagttcagaggcctgaggattatttggaaaatattgaagacattatt
aaactttataaggaaacgattcttcatcctatagaagaaataatggctgagcacaattct
cagtatctcattgagctagatggaaataagccaccagaggagcttttcctggtgatgatg
gagcgacttaaatatctgaacctaagaagagcagctgttataaccaaacttcagagtgca
gaggaagaaattaatgacataatggaaactgatgagctgttccgtactctcgcatcttat
aaactaattgcaccaagatatagatggcagagaagcagatggggacgtacatgtcctgtg
actttaaaagaaggtaacattttttcaggattaccagattgttctgtgagttttctaggt
aaaatgtactgtctttcatcggaagaagcattaaaagcattttcattgaatccacgtccc
tatcttcttccacctatgccagcaccaccatgtaaagtattcatatttggacctcaacgt
tcagggaaaacaacacttagcaatttgcttgcagaaaaatataaaggacaggttgttgac
tatgccaaacttgttcaaccacgttttgatcaatcccttgaaaaattaattggaaatact
atagctgaagccactgaaacagctattaaaattgtgcaagaaaagcttctcgtagaacta
caaaacagaagacaagctgcattagctttaaaagaatttcaaagagaatttggaagaaag
gagtatgaagaactccagatgggagcatttaaaagcctagaagacatgcactcttcaatt
gatgaagaagcctattattctttcactgtggtagacaatcaagaaaccctaagagaaagc
tctctagaggacactgaagaagccaaaatgaagacagaaaaagtctccaatgatcaaagt
gccagaagtgataaagatgatgaaaaagaaagcaatgaaagtgtgtccaaatttaaaagt
ctgtctcgaggccctagtcaagaagtagagctgtcttccaaaaaagtttcactagaagac
acaatagaagaggtaactgcagaccatccagaggttgttgccatggttgaggaaactgtg
aaaatgacaaaggatatgaacttcgaacagccatatgagaagcatgctgaaattttagag
gaagtcctcagagaggtaatgaaagaaaacaagaatagatttcctggtgccccaaaagaa
ggaggatgggttgtggataactgcccttttacaagagaactgtggatagtcttagtcgag
aaaggaattttacctgatttaatagtctgtttatcagatatggaaaacaatggaaaatac
ttacttaacagattgtatttagagaataaatctgaaattgatgctaatattttagaaaga
ttactagatgaactgcaaacgaagaaaaaagaggaagaaactgcaagaaaagctacagaa
gcagcattgaaaatagaagaagaaaatcgaaggatgctggaagctatgagtgggaaagcc
aaagtaactgaagaagttgaaccagaggctgaagaagagattgatgctgaggggtctgaa
gctcttgaaggggctgaggagcctgaggtatccgaagaggccaggccatcactgttaaca
gaagagtctgaagtgagtgaggtccctgaaacagaacctgaatcagcagctgagcctatt
gaggatactacagttgaaactgaaattctgcaagaatccaaagagggcctggaaactgaa
aaattatctgaaacagttatgcttcctgagtatccagaaggtgcttatcctgatgttcct
gaaatggagccgcttaaagagaggattagacagttcaccttctcctggaaacagctggaa
gcatcactcaatgatttaacttttattcaaattttaaacttggagattgctggcaaaact
ccagaggaactacttcaaaaagtagttgagactatggaaaaaccttttaaataccctgga
tgggagttaattatggaagattatgatgaagaaactgaagactatcaggcagaaggagaa
gttgacgaggagctcgaagaagaggaagaggaagaagaagagagaattaaagaaaagagg
aggcatttgggagatacaaagcacttttgtccagtggttctcaaagaaaacttcatccta
caaccaggcaacatagaagaagcagctaaatatcgagacaagatctactacttttcaagt
gctgaggctaaagaaaagtttctggagcaccctgaggagtatgtggctcatgaagaacca
ttgaaggcgcctccgttaagactatgtcttctgggcccccatggctctggcaaaactgtc
tgtggaagatatttggcagaaaatttggacatttttcacattcagtttgaagaagtcctt
caagaaaaattaatgctcaaaaccggaaagaaagttggacctgaatttgaggaagaatct
gaggatgaacaaggtgcaaagcaagaaattgaagaacttgccgttcaagccaatattaca
attgaggaagaaaatacaaagaagccgtctccagaagtacatcttacagaggaagaagaa
gcaatcaaatcaaatttaatagacaatgagccattgcctccagaaattctcgaaggaatt
ctttctgagtgttggcttaaggaaccaatatgttccacaggttttatactagatggtttt
ccacgatatcctgaggaggcccagtttctaggggagcatggatttttcccagatgctgct
gtttttatacaagttgatgatcaagatatttctgatcgtcttcttccttcccatattgaa
aaatggaaactgaaacaaaagaagagattagacaggaaaaaactcatcaaagatatgaag
gcaaaaataagggatgatatgattgctaaaagaagggctgagcttatatcagaaagagag
aaaaaaaagaaaggggaggttgctgttaaagaagatgaagatattattagtgaggaagag
cctgaagaagaggaagatgataatattgacaacatcctcgaagaagagtttccaaaagaa
gaggaagagatgagtgaggaagatgaagaacaggaaattgatgccattgaacacctgaga
agtgaagtgggagaaaaatttgaagcagatatgaataatttacaaataatacaggatgaa
tttgagaagtttttgataccaataattcacattaatggagctcggaaaacccacatcgta
caatatacattgaattccaaagtgaagccactggtggaaaatcgtgcaagcatttttgag
aaatgttatgcaataccaccacatcttgcccagaaaatgctcagctttacctacaaatac
ctaagctcttttggatattgggaccctgtaaagctaagtgaaggagagacaatcaagcca
tttgaaagcccagagaatccaagttatcctgtaatccatcgtcagtatatttacttttta
tctagtaaggaaagtaaagaaaaatttatgaagaatccaatcaaatatatccgccagccc
aaacctaggccaacgatgcctattaggattgcagttgtggggcctccaaaatctgggaaa
acgacagttgccaaaaaaattgcaagtgaatatggcttaaagcgcttatcaataggagat
gctttacgttatgtattaaacaaccagccaggaacagagctggcacttatgttaaattgg
catcttcataaaggaatgacagcacctgatgaactggctatgcaagccttagaaatatgc
ctgatggacagtgcaagcaatactgcaggcgttgtcatcgatggataccccgtaactcag
tatcaaatgaatctcttggaagccaggacaatcattcccatgatcatctttgagttggat
gtgccttccaaggagattttcaaaagattgttcctggaaaaaaaaaaggaacagagcttt
ccttatcccttgcacaatagtgcacagattacagctgtcaagaactcaaagcaccgaaaa
aatgttgatgagattaggcaatattatcaagaacaacatcagaactggtatgtgattgat
ggatttcacagcaaatggtgggtatggaatgaagtcataaagaacatccaaatggtgaat
aaatgtatccagacgtacctggaaagaataaaatcaggaaaagctgcctgcattgacaag
ttatgtatcacaccacaagagctgatttctcgcctcggagaatttggacagttctgtcct
gtcagcctggcagaatcatacgaattgtttgattgctctctaactaagtcgttggaattt
gcagcggagttcaggggccactattataaaatggattctcaggaaaaactgaataaattc
ttggagaacccagaactgtatgtgcctccattagcaccttatccactcccatctcctgac
atgatccccaaaaggttgacactatcagagctgaagtgtcgattccctaagtgtgctgag
ctccaaggatactgtccagtgacctaccaggatggaaaacaaagatatgaagccctaata
cctggtaacattaactgtgctttagaatatcgtgatcgtatatatatttgtgagactgag
gaaaaactccagaaatttttcaggtcaccactgaaatattggaatcagaaacttccatac
aaacttcccccattaaaggaaccgatatttcttactagtcttcctttgcctggatacctg
gaacagggtattgccacttctctaattaaagcaatgaatgcagcaggatgcgtaaaaccc
aaattccccttcttaagcgtaaagagatctgcgctactatttatagcacttcatctaaaa
gcatttaatcccaaaggttctgaatatacacgaaagaaatataagaagaagatggaccag
tttatagaacgatgtgaactcataacatacctgggtaccaagatgaccagaaaatacaag
gaacctcaatatagagccattgattttgatcataaattacagatctttctctctctcaga
aatatagacccagttaatggatag

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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 (32)   
   KEGG ORTHOLOGY (1)   
   RefGene (28)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (4)   
   UniProt (2)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (23)   
   Pfam (23)   
All databases (116)   

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