KEGG   Python bivittatus (Burmese python): 103056378
Entry
103056378         CDS       T03091                                 
Symbol
CDK12
Name
(RefSeq) cyclin-dependent kinase 12 isoform X2
  KO
K08819  cyclin-dependent kinase 12/13 [EC:2.7.11.22 2.7.11.23]
Organism
pbi  Python bivittatus (Burmese python)
Brite
KEGG Orthology (KO) [BR:pbi00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01001 Protein kinases [BR:pbi01001]
    103056378 (CDK12)
Enzymes [BR:pbi01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.11  Protein-serine/threonine kinases
    2.7.11.22  cyclin-dependent kinase
     103056378 (CDK12)
    2.7.11.23  [RNA-polymerase]-subunit kinase
     103056378 (CDK12)
Protein kinases [BR:pbi01001]
 Serine/threonine kinases: CMGC group
  CDK family
   103056378 (CDK12)
SSDB
Motif
Pfam: Pkinase PK_Tyr_Ser-Thr ABC1 Haspin_kinase Kinase-like
Other DBs
NCBI-GeneID: 103056378
NCBI-ProteinID: XP_007424270
UniProt: A0A9F2PM72
Position
Unknown
AA seq 1490 aa
MPNPERHGGKKDAGGGGSLHQDAVSGSGSSNSRERHRLSKHKRHRSRHSKDSPLGSQEGG
APLGSMIKPLVEYDDISSDSDTFSDEAVLKLERRENDERKGTSDRSDRLHRHRHHQHKRV
RELMKSKLGDKEKRLDRNQESSGKLSSTKDRLFGTSKRLHEENDDHSSKSFKSSSKESRS
AKLHKEKSRKEREAKSGHKDRSKSHRKRDAPKSYKSLDSPKRKSRSPHRKWSDSPKQDDS
PSGASYTQDYDNSPPRSHTSSNYDSYKKSPSVSSRRPSVSPPYKEPAAYQSSIRSPSPYG
RRQRSVSPYSRRRSSSYERGSGSYSGRSPSPFNRRRSSSPFVSKRSLSRSPVSRKPMKSR
SRSPAYSRHSSSHNKKQRTGSRSRHSSISPARLPLTSSLGAELSRKKKERAAAAAAAAKV
DGKESKDSPSLLSRKENNLAEVKESIMDVKKTKMAKPEKCPPDLETVNTLQHNAETKTTP
EPVKTKTVENSEKKLPASVKDSKTMGTKDMKLVIAKEEIVTPKEIETAEQEVPPPLPSVK
SLPPLPTSSPPPQIPPPPLPPLPPLPVVPPLPPAQSSTIHSPALVSLCLPSSAHSKTSLT
SQANSQSTMQSSSKGHVSVAIAVPHLKTSTLPPLPFPPILPGEDELESPKEIVPVKSVKK
EKEQRPRHLLTDLPLPPELPGGDPSPPESPEPKAATPPQQSLRKRPKICCPRYGERRQTE
SDWGKRCVDKFDIIGIIGEGTYGQVYKAKDKDTGELVALKKVRLDNEKEGFPITAIREIK
ILRQLIHRSVVNMKEIVTDKQDALDFKKDKGAFYLVFEYMDHDLMGLLESGLVHFSEDHI
KSFMKQLMEGLDYCHKKNFLHRDIKCSNILLNNSGQIKLADFGLARLYSSEESRPYTNKV
ITLWYRPPELLLGEERYTPAIDVWSCGCILGELFTKKPIFQANLELSQLELISRLCGSPC
PAVWPDVIKLPYFNTMKPKKQYRRRLREEFSFIPSAALDLLDHMLTLDPNKRCTAEQALQ
SDFLKDVDISKMDPPDLPHWQDCHELWSKKRRRQRQSGIVVEEPPLAKVSRKDTASVISA
DAIKNHSSPVQPQPAQIKTQPGAGDSFGLGDITQQLNQSELAVLLNLLQSQTDLSVPQMA
QLLNIHSNPEMQQQLEALNQSINALNEATTTQQLQDSQKVPEEETAVEEPPPPAQPSEEQ
ATPEAASTQGDMQSVLAVLLSQLIKTQEPATNMEENSSEKNSDLRGPRKTPTLPQEETAA
CPHILPPEKRPPEPPGPPPLPPPNLAEENNSNAAQELNPAVTAALLQLLSQQEAGLLSHP
KQEPQVGRSSSEYTRSQTSSRTYSTDGPEGCNFDVDERNSSQTLTETSSPTLGKSRTFLG
STSHIRESSSYQSAGSVQFPGDQDLRFTRVPLGIHSAVGQSFIKTEGSNNTLVHSEAKIH
NYNEVGVTNALSSDTGTSHTWGNPIQSTAYGKAFRGQNRVPPRGGRGVPY
NT seq 4473 nt   +upstreamnt  +downstreamnt
atgccaaacccagagagacatgggggcaagaaggatgcgggaggaggggggtctttgcat
caagatgcagtatccggcagtgggagctcaaacagcagagagaggcaccggctctccaag
cataaaagacacagatccaggcattccaaagattcaccgttggggtcccaagaaggagga
gcaccacttggcagcatgatcaagccattggtagaatatgatgatatcagctccgattct
gacaccttctcagatgaagcagtcctcaagttggaacgtagagaaaatgatgagcggaaa
gggacatcggacaggagtgatcgcctacatagacatcgtcatcatcagcacaagcgtgtc
cgtgagttgatgaaaagtaagctgggggacaaggagaagagactggacaggaaccaagag
tcctcaggcaagttgagttctactaaagatagactatttgggacttccaaaaggctgcat
gaggagaatgatgaccattcatctaaatcattcaagagcagtagcaaagagtcccggtca
gccaaactgcataaggagaagtctaggaaagagcgggaggcaaaatctggtcataaggat
cgcagtaaaagtcatcggaaaagagatgcccccaaaagctacaagtcactggacagtcca
aagcggaaatccagaagtccacaccgtaagtggtcagatagtcccaaacaagatgacagt
ccctcaggagcatcctatacacaggactatgacaacagccctccacgctcgcacacatcc
agtaactatgattcctataagaagagtcctagtgtatcctcacgacgaccatcagtcagc
cctccttataaggaacctgctgcctaccaatccagtatacgttctcccagcccttatggc
aggagacagcggtcagtcagcccatacagcaggaggcgttcatccagctatgaaagggga
agtggatcctacagtggaagatcccccagcccattcaatcgaaggcgctccagcagtcct
tttgtttccaagcggtctctgagtcgtagtcctgtttccaggaagcccatgaaatcccga
agcagaagtcctgcttattcaaggcattcatcatctcataacaaaaagcaaagaactggg
tctcgcagtcgccattccagtatctcacctgctcgactaccactgacctccagtttggga
gctgagctgagtaggaaaaaaaaggagagggctgcagcagcagccgctgcagcaaaagtt
gatggaaaggagagcaaggactcacctagcctgttgtctaggaaagaaaataacttagct
gaagtaaaagagtctataatggatgtcaagaagacaaaaatggctaagcctgaaaaatgt
cctcctgatctagagacggtaaatactctacagcacaatgcagagacgaaaacaactcct
gagcctgtcaaaacaaagacagtagaaaattctgagaagaaactacctgcttcggttaaa
gactcaaaaacaatgggaacaaaagatatgaaacttgttatagcaaaggaggaaattgtg
actccaaaagaaatagagacagctgagcaagaggtcccacctcctttgccttctgtaaag
tcactccctcctttaccaacatcatccccacctcctcagattcctcctcctccattgccc
cctttgcctccattgccagttgttccccctctgccacctgcccagtcatctaccattcac
agccctgctttagtttctttgtgtctgccatcttctgcccactctaagacatccttgact
tctcaggctaactctcagtccaccatgcaatcctcctcaaagggacatgtttccgtggcc
atagctgtcccacatctgaaaacgtcaacgttgcctccactccctttcccaccaatcttg
cctggggaagatgagttggaaagtccaaaagagattgttcctgtgaagtctgtgaagaaa
gagaaagaacagagaccacgacacttgcttacagacctcccactccctccagagcttcct
ggtggagacccttcaccgccagagtctccagaaccaaaggcagccacaccacctcagcaa
tcattgagaaagagaccaaaaatctgttgccctcgttacggtgaaaggaggcagacagaa
agtgattggggaaagcgctgtgtggataaatttgacattattggtattattggtgaggga
acatatgggcaagtgtataaagccaaggacaaggatacaggtgaattggtggctttgaaa
aaagtaaggctggacaatgaaaaggaaggcttccctattacagctatccgtgaaatcaag
atcctccgacagttgattcaccggagtgttgtcaacatgaaggaaattgttacagacaaa
caagatgcactggatttcaagaaggacaaaggtgccttttaccttgtatttgaatatatg
gaccatgatctcatgggattgctagaatctgggttggtgcatttctcagaggaccatatc
aaatcgttcatgaagcagttgatggagggactggactactgtcacaaaaaaaactttctt
catcgagatattaaatgttccaatatcttattaaacaacagtgggcagatcaagctggca
gactttggtcttgcccgactttacagttcagaagaaagccgtccatataccaataaagtc
attacattatggtatcgaccacctgagttgctgctaggtgaggagcgttacacaccagct
atagatgtctggagctgtggctgcatccttggggaactgtttacaaagaaacctattttt
caagctaatcttgagttgtcccagcttgaattaatcagccgcctttgtgggagcccctgt
ccagctgtatggccagatgtcatcaaactcccctacttcaacaccatgaaaccgaagaag
caatatcgtaggcgtctgcgggaggagttttccttcattccttctgctgccctcgacctg
ctagaccatatgctaacactggaccccaataaacgatgtacagcagagcaagccttgcag
agtgatttcctgaaggatgttgatatcagcaagatggatcctccagacctcccacattgg
caggactgtcatgaactgtggagcaagaaacgccggcggcaacggcaaagtgggattgtg
gtggaggaacctcccttagcaaaggtctcccggaaggacacagcctctgtaataagcgct
gatgccatcaagaatcatagcagcccagtacagccccagcctgctcagatcaaaacacaa
cctggtgctggagactcatttggtcttggtgacatcacacagcagctgaatcagagtgag
ctggctgtcttactgaacttgttgcagagccagacagacctaagtgttccacagatggct
cagctactcaacatccattcaaaccctgagatgcagcaacagctagaggcccttaaccaa
tctatcaatgcactcaatgaagccaccaccactcagcaactgcaggattctcagaaagtg
cctgaagaggaaacagctgttgaggagccacccccaccagcccagccctctgaggagcaa
gccactccagaagcggcaagcactcagggagacatgcagagcgtcctggcagttttgctg
agccagctaattaaaacccaagagcctgcaacaaacatggaggagaatagcagtgagaag
aacagcgatctgcgggggccacggaaaacccccactttgcctcaggaggaaactgcagcc
tgtcctcacattctcccaccagagaagagaccccctgagcctcctggaccaccaccgctg
ccaccacccaatctggctgaagagaacaactctaatgcagctcaggagttgaacccggct
gtgacagccgctctcctccaacttttatcccagcaagaggcagggctgctgagccaccca
aagcaggaaccccaagttgggaggtcctcctcggaatacaccaggtcacaaacttcatcc
aggacttacagcaccgacgggcctgagggctgcaactttgatgttgatgaaaggaattcc
agccagactttaacagagacatcatccccaaccttggggaaaagtaggaccttcctgggt
tccacaagtcacatcagggagtcgagcagttaccagagcgcaggatcagttcaattccct
ggggaccaggacctccgtttcacccgagtccccttagggatacattctgccgttgggcag
tccttcatcaaaactgaggggagtaacaatacactggtacactcagaggccaaaattcat
aactacaatgaggtgggagtaacaaatgctctttcgagtgacacaggaacaagccacacg
tggggaaacccaatccagtccactgcttatgggaaagcctttcgtgggcagaatagagta
cctcccagaggaggaagaggggtaccttactaa

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Ontology (3)   
   KEGG BRITE (3)   
Chemical reaction (2)   
   KEGG ENZYME (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (60)   
   KEGG ORTHOLOGY (1)   
   RefGene (56)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (5)   
   UniProt (1)   
   RefSeq(pep) (4)   
DNA sequence (5)   
   RefSeq(nuc) (5)   
Protein domain (5)   
   Pfam (5)   
All databases (81)   

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