KEGG   Python bivittatus (Burmese python): 103053765
Entry
103053765         CDS       T03091                                 
Symbol
CLASP2
Name
(RefSeq) CLIP-associating protein 2 isoform X6
  KO
K16578  CLIP-associating protein 1/2
Organism
pbi  Python bivittatus (Burmese python)
Brite
KEGG Orthology (KO) [BR:pbi00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:pbi03036]
    103053765 (CLASP2)
  09183 Protein families: signaling and cellular processes
   04812 Cytoskeleton proteins [BR:pbi04812]
    103053765 (CLASP2)
Chromosome and associated proteins [BR:pbi03036]
 Eukaryotic type
  Centrosome formation proteins
   Microtubules and associated factors
    Microtubule-associated proteins
     103053765 (CLASP2)
Cytoskeleton proteins [BR:pbi04812]
 Eukaryotic cytoskeleton proteins
  Microtubules
   Tubulin-binding proteins
    Cytoplasmic linker proteins (CLIPs)
     CLIP-associating proteins
      103053765 (CLASP2)
SSDB
Motif
Pfam: CLASP_N CEP104-like_TOG XMAP215_CLASP_TOG HEAT HEAT_EZ RTP1_C1 MMS19_C Adaptin_N Cnd1 ParcG UTP20_C TAN Ipi1_N MobL TFCD_C
Other DBs
NCBI-GeneID: 103053765
NCBI-ProteinID: XP_007426334
UniProt: A0A9F2KVB5
Position
Unknown
AA seq 1491 aa
MEHGKMDYFCDQVQQKDVGRRLQVGQEFLEYLNDPSISTDLEQDQQRLDKVIDELTGWVN
SSNYKVSLLGLELLGAFGDRLLGRFRAYVGAVLIVLMDRMGDAKDQVREQAQNLTLKLMD
QVAPPMFIWERLAAGFKHKNYRSREGVCLCLIATLNAYGAQSLILSKLVPHLCVLSGDSN
SQVRDAAILAIVEIYKHVGEKVRADLNKRGIPAARLQTIFMKFDEVRNSGSMISSSISDK
SFDDEESVDGNRPSATASGFKVPAPKKPGNPSNTTRKPGSAGGPKVAGTTKEGGAGAVDE
DDFIKAFTDVPTVQIYSSRELEETLNKIREILSDDKHDWDQRTNALKKVRSLLVAGAAQY
DGFFQHLRLLDGAFKLSAKDLRSQVVREACITVAHLSTVLGNKFDHGAEAIVPTLFNLVP
NSAKVMATSGCAAIRFIIRHTHVPRLIPLITSNCTSKSVAVRRRSFEFLDLLLQEWQTHS
LERHAAVLVETIKKGIHDADAEARVEARKTYLGLRNHFPGEAEVLYNSLEPSYQRSLQTY
LKNSGSIASLPQSDRSSSSSQESLNRPFSSKWSTSSSASMAGRVSSGSKAAPSPGTLQRS
RSDIDVNAAAGAKARHAIGQPAGAGRLATAGLPPGSYASLGRVRTKLSTPSVGMGNAKTD
SRGRSRTKVVSQSQPGSRSGSPGRVLTTTTLSTMNTGVQRVLVSPATAQKRSKIPRSQGC
SREASPSRLSVARGSRIPRPSVSQGCSREASRESSRDTSPVRSFAPLGTGFGISQSSRLS
SSVSAMRVLNTGSDVEEAVADALKKPVRRRYESYGMYSDDDANSDASSACSERSYSSRNG
TIPTYMRQTEDVAEVLNRCASSNWSERKEGLLGLQNLLKNQRTLSRVELKRLCEIFTRMF
ADPHSKRVFSMFLETLVDFIQVHKEDLQDWLFVLLTQLLKKMGADLLGSVQAKVQKALDV
TRESFPNDLQFSILMRFTVDQTQTPSLKVKVAILKYIETLAQQMDPGDFVNSSETRLAVS
RIITWTTEPKSSDVRKAAQSVLISLFELNTPEFTMLLGALPKTFQDGATKLLHSHLRSTG
NGGQGSMGSPLTRPVPRSPASWSSPITSPTNTSQNTLSPSAFDYDSENMNSEDIYSSLRG
VTEAIQNFSFRSQEDMNEPVKRDSKKEDGDSICSGSGIVDLRTGSGVTDTGRTALDNKTS
LLNTMPPHSSPRSRDYNPYNYSDSVGSFNKSALKEAMFDDDADQFPDEPSLDHSDLVAEL
LKELSNHNERAEERKAALYELMKLTQEESFGVWDEHFKTILLLLLETLGDKEHAIRALAL
KVLREILRHQPARFRNYAELTIMKTLEAHKDPHKEVVRSAEEAATMLATSISPDQCIKVL
CPIIQTADYPINLAAIKMQTKVIERVPKETLAQLLPEIVPGLIQGYDNSESSVRKACVFC
LVAIHAVIGDELKPHLSQLTGSKMKLLNLYIKRAQTGSGAGDASADVPGQS
NT seq 4476 nt   +upstreamnt  +downstreamnt
atggagcatggcaagatggattatttctgtgaccaggtacaacaaaaggatgtgggccgc
aggttgcaagtgggccaggaatttctggaatatttgaatgatcccagcatttctactgat
cttgagcaggatcagcagcgccttgataaagtgattgatgaattaacaggatgggttaac
tctagtaattataaggtatcattacttggattagaacttctaggtgcctttggtgacaga
ttattaggacgtttcagagcctatgtaggagctgttcttatagtgttgatggatcgaatg
ggagatgccaaagaccaggttcgagaacaggcccagaatcttactttgaagttaatggac
caagtagctccaccaatgttcatttgggaacggcttgctgctggctttaaacacaagaac
tatcgttcacgagaaggcgtgtgtctgtgtcttattgcaacattaaatgcctatggtgca
cagtcactaatcctcagcaaactggtgccacacttgtgtgttttgtctggagactccaat
agccaggtgagagatgctgcaatattggcaattgtggagatttataaacatgtaggagaa
aaagtaagagcagaccttaacaagagaggaattcctgctgcaagattacagacaatattt
atgaaatttgatgaagtaagaaacagcggcagtatgatttcaagcagtatcagtgataaa
agctttgatgatgaagaatcagtggatggaaataggccatctgcaactgcttcaggtttc
aaggttcctgcacctaaaaaacctggaaatccttcgaatacaacaagaaagccgggatct
gctggtgggcctaaggttgcaggtactaccaaggaaggaggagctggtgctgttgatgaa
gatgattttataaaagcatttacagatgttcctactgtacagatctattctagtcgtgaa
cttgaagaaacactaaataaaatcagggaaatcttatcagatgataaacatgattgggat
cagcgcaccaatgcgcttaagaaggtccggtcattacttgtcgctggagctgcacaatat
gatgggtttttccagcatttacgactactggatggagcatttaaattatctgctaaagat
ctcagatcacaggtggttagagaagcttgcatcacagtagcccatctttcaacagttctg
ggaaacaagtttgaccatggagcagaagccattgtgcctactctatttaatctggtccct
aatagcgccaaagtaatggctacttctgggtgtgcagccattagatttattatccgtcat
acacatgtgccgagactcatacctttaataaccagcaattgtacctcaaaatctgtggca
gtaaggaggcgctcttttgaatttttagacctattgttgcaagagtggcaaacccattct
ttggaaaggcatgcagctgttctggttgaaactatcaagaagggcattcatgatgctgat
gctgaggcaagagtggaggctagaaagacttatctaggcctaagaaatcattttcctggc
gaggcagaagttctgtataatagtcttgaaccatcctatcaaagaagtctccagacctac
ttaaagaattctggtagcattgcatcacttccacaatcagacaggtcatcctccagctcg
caagaaagtctcaatcgtcccttctcttcaaaatggtccacctccagttctgcaagtatg
gctggcagagtttcaagtgggagcaaggctgctccaagcccaggaacgctgcaaaggtct
cgcagtgacattgatgttaatgctgccgctggggcaaaggcacgtcacgctattggtcag
ccagcaggagctggtcgcttagcaacagctggtctacctccaggatcatacgcttcatta
ggacgcgtgcgaaccaaactttcaacaccctctgtcggaatgggaaatgcaaagacagat
tccagaggccggagtcgaacaaaagttgtatctcagtctcaacctggaagccgttctggt
tctcctggaagagttttgactacaactacactctcaactatgaatacaggtgttcagaga
gtactagtcagccctgcaacagcacaaaaacggagcaagattcctcgaagccaaggatgc
agcagagaagccagtccttcaagattgtcagttgctcgaggtagtcgtattcctcggcct
agtgtgagtcaggggtgcagtcgggaagccagtcgtgaaagtagcagggatacaagccct
gtccgctcttttgcaccccttggaacaggttttggaataagtcaatcaagccgattatct
tcatcagttagtgccatgcgtgtcttaaacacaggctcagacgtagaagaagcagtagca
gatgcattgaaaaagccagttcgaagaaggtatgaatcatatggaatgtactctgatgat
gatgctaacagtgatgcttctagtgcctgctcagaaagatcatatagctcacggaatggc
actatacccacctatatgcgacagacagaagatgttgctgaagtccttaaccgctgtgca
agctccaactggtcagagagaaaagaaggtcttctcggtttacaaaatttattaaaaaat
cagaggacattaagtcgtgttgaattaaaaaggttgtgtgaaatcttcacaaggatgttt
gctgatcctcatagcaagagagtgttcagcatgtttttggaaacattagtagatttcatc
caagtccataaagaagatttacaggattggctgtttgtgttgctgacacaacttctgaaa
aaaatgggtgctgacttgttgggatctgtgcaagcaaaagttcagaaggcattagatgtg
acaagggaatcatttccaaatgatcttcagttcagtattttaatgcggtttactgttgac
cagacccaaacaccaagtctaaaggtgaaagttgcaatccttaaatacatagagaccctt
gcacaacagatggacccaggagattttgtaaattcaagtgaaacgcgtctggctgtatct
cgaattatcacttggacaacagaacctaaaagttcagatgttaggaaggctgcacaatca
gtgctgatttctctttttgaactcaatacccctgagtttaccatgctgttgggtgcttta
ccaaaaacatttcaagatggtgccacaaagttgcttcacagtcacctccggagtacaggc
aatggtggacagggctccatgggaagccctttaacaaggcctgttccacgctcaccagct
agttggtctagccccatcacttcaccaaccaatacatcccaaaacacactgtcaccaagt
gcatttgattacgattctgaaaatatgaattcagaagatatatatagttctctccgtgga
gtgaccgaagcaattcaaaactttagcttccgcagtcaggaagatatgaatgaacctgtg
aaacgggattcaaaaaaagaagatggtgattcaatttgcagtgggtctggaatagtagat
ctacgaacaggaagtggtgtgactgatacaggccgaacagctcttgataacaaaacttcg
ttacttaacactatgcctcctcattcctccccacggtcacgtgattataatccatacaat
tattctgatagcgttggttcttttaataaatcagctttaaaagaggctatgtttgatgac
gatgcagatcagtttcctgatgaaccttccctagaccattctgatctagttgcagaattg
ctaaaggaattatcaaatcataatgagagagctgaagaacggaaagctgctctttatgag
ctaatgaaattgactcaggaggagtcttttggtgtttgggatgagcacttcaaaacaatt
cttcttttgttacttgaaactcttggagacaaagagcatgcaattagagccctggcgttg
aaagtcttaagagagattctaagacatcaaccagcaagatttagaaattatgcagaactc
acaataatgaagactttagaagctcataaggaccctcataaggaggtggtaagatcagct
gaagaggctgctactatgctggccacatctattagtccagatcagtgcatcaaagtactt
tgtcccattattcaaacagcagattaccctataaatctggctgcaatcaaaatgcagacc
aaagtgatagaaagagtacctaaagaaactcttgctcagctcttgccagagatagtacca
ggtttaatacagggctacgataactctgaaagcagcgttcgaaaagcatgtgtcttctgt
cttgtagctattcatgcagtaattggtgatgagctgaagccacatcttagtcaactcact
ggcagcaaaatgaaattgttgaatctttacatcaagcgtgcacaaacaggatctggagca
ggtgatgcatcagcagatgttcctggacaaagctag

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (23)   
   KEGG ORTHOLOGY (1)   
   RefGene (19)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (8)   
   UniProt (1)   
   RefSeq(pep) (7)   
DNA sequence (7)   
   RefSeq(nuc) (7)   
Protein domain (15)   
   Pfam (15)   
All databases (57)   

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