KEGG   Lepisosteus oculatus (spotted gar): 102692523
Entry
102692523         CDS       T07349                                 
Symbol
ckap5
Name
(RefSeq) cytoskeleton-associated protein 5 isoform X1
  KO
K16803  cytoskeleton-associated protein 5
Organism
loc  Lepisosteus oculatus (spotted gar)
Brite
KEGG Orthology (KO) [BR:loc00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:loc03036]
    102692523 (ckap5)
  09183 Protein families: signaling and cellular processes
   04812 Cytoskeleton proteins [BR:loc04812]
    102692523 (ckap5)
Chromosome and associated proteins [BR:loc03036]
 Eukaryotic type
  Centrosome formation proteins
   Spindle formation proteins
    102692523 (ckap5)
Cytoskeleton proteins [BR:loc04812]
 Eukaryotic cytoskeleton proteins
  Microtubules
   Tubulin-binding proteins
    XMAP215
     102692523 (ckap5)
SSDB
Motif
Pfam: XMAP215_CLASP_TOG CLASP_N CEP104-like_TOG HEAT HEAT_2 HEAT_EF3_N TOR1L1_N HEAT_ECM29 TAN HEAT_EZ Htt_N-HEAT_1 ParcG PAS_6 Glyco_hydro_4
Other DBs
NCBI-GeneID: 102692523
NCBI-ProteinID: XP_015194853
Ensembl: ENSLOCG00000014683
UniProt: W5NBS8
Position
Unknown
AA seq 2058 aa
MGDDSEWMKLPIDQKCEHKLWKARLNGYEEAVKLFQRIEDEKSPEWSKYLGLVKKFVTDS
NAVAQLKGLEAALAYIENAHVAGRTTGEVVSGVVSKVFNQPKARAKELGTEICLMYIEIE
KGEAVQEELLKGLDNKNPKIIVACVETLRKALSEFGSKIVTLKPIIKILPKLFESREKAV
RDEAKMFAVEIYKWIRDALRPPLQNINSVQLKDLEEEWVKVPPSAPKQSRFLRSQQDLKV
KFEQQQAAGADEVDGDDEESAPQVDPYELLEAVEILSKLPKDFYEKIEAKKWQERKEALE
ALEVLTKNPKIENGDFGDVVRALKKVIGKDTNVMLVALAAKCLAALASGLRKKFGTYAGH
VVPTILEKFKEKKPQVVQALQEAIDAVFLTTTLQNVSEDVLAVMDNKNPSIKQQASLFLA
RSFRHCTPSTLPKGLLKPFCAALLKQINDSAPEVRDAAFEALGTAMKVVGEKAVNPFLTD
VDKLKLDKIKECAEKVELAGGKKSAGGTEKKEKPVAKPEPAAEAPAKSAAPSKKAPISKG
TGPPKKGKPSAAAAAGVKGKKATETKEVVEAELSIEVCEEKAAAVLPASCMQLLDSGNWK
ERLASMEEFQRAVEQMDRNEMPCQALVRMLAKKPGWKETNFQVMQMKLHIVGLVAQKGVF
SKTSAFVVLDGLVDKIGDVKCGAKSKEALTAIGEACSLPWTAEQVVSLAFAQKNPKNQAE
TLNWLANAMKEFGFGGINVKAFINNVKTALGATNPAVRTAAISLLGVMYLYMGAPLRMFF
EDEKPALLAQIDAEFEKMQGQSPPAPFRGTKKGGEEEVEEKEEQEEEGGNDIMDLLPRSD
ICDKITSELVSKIGDKNWKIRKEGLDELTAVLNEAKFIQPNIGELPIALKGRLNDSNKIL
VQQTLTILQQMATALGPGLKQHVKSLGISIITVLGDSKSNVRAAALTTLNAWVEQTGMKE
WLEGEDLSEELKKENPFLRQEVLGWLAEKLPTLRTVSPDLMFCVPYLYACLEDRNGDVRK
KAQDALPTFMMHLGYEKMLKATGKLKTASKDQVVGMLEKARAIMPAKPAAPAKAGPSKSG
GTAPAAKQAAGPTKPQSVSDDSGIGIADSKPDSKKTKPAAVKGKKASQDVNDSMEKDNSL
NKPNRQSKGKPSKQAAAGKKAPVVKPNVKEEDDKSGPMFILVPNGKEQRIKEEKGLKILK
WNFITPRDEYVEQLKTQMATCLAKWLQDELYHFDFQHHIKALSAMIEHMEEEKDATIGCL
DLILKWFTLRFFDTNTSVLMKALEYLKLLFAMLSRENYHLTEYEASSFVPYLILKVGESK
DVVRKDVRAILNMLCKVYPASKVFTFLMEGTKSKNSKQRAECLEELGCLVESYGMNVCQP
TPAKALKEIAVHIGDRDTSVRNAALNTVVAVYNVCGEQVFKLIGNLSEKEMSMLEERIKR
SAKKAPPPVKQVEEKPQRPQPGNPNASLMRKPPQDEVPSKLKIMYRTYRIQARTQNAHPE
QSAPSVPKEFQLDLDVIENDHTRVSELPDLVQHKLDELLEPVMIPEPKVRAVSPHFDDLH
SSTASTINFVISQVASGDINTSIQALAQIDEVLRQEDKAEAMSGHIDQFLIATFMQLRLI
YNTHMADERQDKEDIVKLYSCIIGNMLSLFYMESLAREASMGVLKDLMHGLITLMLDTRV
EDLEDGQQLIRSVNLLVVKVLEKSDQTNILSALLVLLQDSLLATASSPKFSELVMKCLWR
MIRLLPETINNINLDRILLDVHNFMKIFPKEKLKQLKSDVPHRTLKTLLHTLCRLTGSKI
LDHLTMIENKNESELEVHLRRVVKHSIDPSNTKSEKDTEKGAIRADEKMSKAKVSDILSE
IFKKIGSKENTKEGLTELYEYKQKYSDADIEPFLKNTSQFFQSYVERGLRMIESEREGKG
RIQTSNTGIPQHSTETTTYVPTSSSVPANTNGEEVKPAVYLERLKILRQRHGLENNSKQQ
EERPPLTSLLSKPTVPTVASSTDMLHSKLSQLKESREHYHQELESNQSHVQSGMGSTTTA
ANLDDLKKRLERIKSNRK
NT seq 6177 nt   +upstreamnt  +downstreamnt
atgggggatgacagtgaatggatgaagttgcctattgatcaaaaatgtgaacataagctt
tggaaggcaagattaaatggatacgaggaggctgtgaaattatttcagagaattgaggat
gaaaagagcccagaatggtccaaataccttggattggtaaagaaatttgttacagactca
aatgcagtggctcaattgaaaggcctggaagcagcacttgcctatattgaaaatgctcat
gttgcaggaagaacaactggggaggtggtctctggagttgtcagtaaagttttcaaccag
cccaaagctagggcaaaagaacttgggacagaaatctgcctgatgtacattgagattgaa
aagggtgaggctgttcaagaggaactgctaaaaggactggataacaaaaatcctaagatt
attgtagcatgtgttgaaacattaaggaaagcacttagtgaatttggttcaaaaattgtt
accctgaagccaataattaaaatattgccaaaattatttgaatcacgagaaaaagcggtt
cgagacgaggccaaaatgtttgcggtggaaatctataagtggattcgtgatgctttgcga
ccacccctccagaacattaattctgtacagctaaaagatctagaagaggagtgggtaaag
gtgcctccttcggctccaaaacagtccagattccttcgctcccaacaggatctgaaagta
aagtttgaacagcagcaggcagcaggtgcagatgaagttgatggagatgatgaagaatct
gcccctcaggttgatccttatgagctacttgaagcagtggagatcctttcaaaattacct
aaagatttttatgagaagattgaggcaaagaaatggcaagagaggaaagaggctttggaa
gccttagaggtcttaacaaaaaatcccaaaatagaaaatggagactttggggatgtggtc
agagcacttaaaaaggttattggaaaggacacaaatgtcatgcttgttgcattagcagca
aaatgtcttgccgcgctggccagtggtctcagaaagaaatttgggacatatgcaggccat
gtggtgccaacaattttagaaaagttcaaagagaagaagcctcaggtggtacaggcatta
caggaggccattgatgcagtgttccttactacgactctgcagaatgtcagtgaagatgta
ctggccgtgatggacaataaaaatccttcaattaagcagcaggcatctttatttcttgca
agaagctttcgacactgcaccccttctacactgccaaaaggtctcttgaaaccattttgt
gctgcacttcttaagcaaattaatgattcagctccagaagtaagggatgctgcttttgaa
gctcttggtacagcaatgaaagtagttggagagaaagctgtgaatccatttttgacagat
gttgacaagctcaaacttgacaagattaaagagtgtgctgagaaggtagaattggcaggt
gggaagaaaagtgcaggaggaacagagaagaaggagaaacctgttgcaaagccagagcca
gcagctgaagcacctgccaagtcagcagcgccttccaaaaaggcacctatttccaagggt
actgggcctcccaagaagggaaaaccttcagcagcagctgctgctggtgtgaagggaaag
aaagcaacagagacaaaagaagtagtggaggctgaactctctattgaagtttgtgaagag
aaagctgctgctgtgcttcctgcttcttgtatgcagcttttggacagtggtaactggaaa
gagagactggccagtatggaggaatttcagagggctgtagagcagatggacagaaatgaa
atgccctgtcaggctctggtaaggatgctggcaaagaaaccaggatggaaggagacaaac
tttcaggtgatgcagatgaagctgcacattgttggactggttgctcaaaagggggttttc
tctaaaacctctgcttttgttgtccttgacggcttagtggataaaataggtgatgtgaaa
tgtggcgctaaatctaaagaggccctcactgcaataggagaggcttgctctttgccgtgg
actgctgaacaggttgtctcattggcatttgcacagaagaatcctaaaaaccaagctgaa
actttgaactggttagcaaatgcaatgaaggaatttggttttggaggaataaatgtcaaa
gcttttattaataatgtgaagaccgctttgggtgcaacaaatcctgctgtaagaacagct
gccatctccctgcttggagtgatgtacttgtacatgggagcacctctacgaatgtttttt
gaagatgagaagcccgccttactagcacagatcgatgcagaatttgaaaaaatgcaaggc
cagtcaccgccagcaccctttaggggaactaaaaagggaggagaggaagaggtggaggag
aaggaagagcaggaagaggaaggtggaaacgatatcatggaccttttgccaagatcggac
atatgtgacaagattacttcagagctggtgtccaagattggggataaaaactggaaaatc
cgaaaggaagggcttgatgaattgacagcagtgcttaatgaggccaaatttattcagcca
aatatcggagagcttcctattgcgcttaaaggccgccttaatgactccaataagatcctg
gtgcaacagacattaactattctacagcagatggctacagccttgggcccaggcctcaaa
cagcatgtaaaaagtctgggaatctccattatcactgtgcttggggacagtaagagcaat
gttagagctgctgccctgacaacactcaatgcatgggtggaacaaactggcatgaaggag
tggctggagggagaggatctgtctgaggagctgaagaaggaaaacccatttttaaggcag
gaggtattgggttggctggcagagaagcttccaacactgcgcactgtttcgccagaccta
atgttttgcgtgccctacctttatgcctgtcttgaagaccgaaatggagatgtaagaaag
aaagctcaagatgctcttccaacattcatgatgcatcttggatatgagaagatgctgaaa
gcaacaggcaaattaaagactgcttccaaggaccaggttgtaggcatgcttgaaaaggca
agggccatcatgccagccaagccagctgctcctgcaaaagctggaccttccaaatcagga
ggcacagctccagctgcaaaacaagctgcaggtcccactaaaccccagtctgtcagcgat
gattctgggatcggtattgctgattctaaacctgattcaaaaaagaccaagccagcagct
gtcaaagggaagaaagcttcgcaagatgtcaatgattcaatggaaaaggataatagtctc
aataaacctaacagacaatcaaaaggaaagccaagtaaacaggctgctgctgggaagaag
gctccagtggtgaagcctaatgtcaaagaagaggatgacaagtctggccccatgttcatt
ttggtccccaatggaaaagagcagagaataaaagaggagaaaggactcaagattttgaaa
tggaacttcatcactcctcgagatgaatatgttgagcagttgaaaactcagatggccacc
tgtcttgcaaaatggcttcaagatgagttgtaccattttgacttccagcaccacatcaaa
gctttgtcagctatgattgagcacatggaagaggaaaaagatgctacaataggttgtctg
gacctgattctgaaatggtttactctgcgattctttgacacaaacaccagtgttctgatg
aaggcactggagtacctgaagctactttttgctatgctcagcagggagaactatcacctt
acagaatatgaggcttcttcttttgtcccgtacctaatactcaaagttggagaatcaaag
gatgtggttcgtaaagatgtgcgtgccatcctcaacatgttgtgtaaggtttatcctgcc
agcaaagtcttcacatttttaatggaggggacaaagtcaaagaattcgaagcagagagct
gaatgtttggaggaattgggctgtttagttgaatcgtatgggatgaatgtttgccaacct
acaccagcaaaagcacttaaagaaattgcagtccatattggtgatcgggatacctctgtc
cgcaatgctgcactcaacactgtggttgctgtgtataatgtttgtggagaacaggttttc
aaactgattggaaatctttcagaaaaggaaatgagtatgttagaagagagaattaaacgc
tctgccaagaaagcccctccacccgtgaagcaagtggaggagaagccccagagaccacaa
ccaggaaatccaaacgcaagtttaatgcggaagccaccccaagatgaagtaccttcaaaa
ctaaaaattatgtatcgtacatatagaattcaagcacgaactcagaatgcacatcctgaa
cagtctgctccttcagttcctaaagagttccagctagatctcgatgtcattgaaaacgat
cacacaagagtcagtgagctacctgacttggtacagcataaactggatgagcttttagag
ccagtcatgataccagagcccaaggttcgtgccgtttccccacattttgatgacctgcac
agtagtacagcctccactattaattttgtcatctcacaagtagcaagtggagacataaac
acaagcattcaggctttggcacagattgatgaggtgttgaggcaagaggataaggcagaa
gcaatgtcagggcacattgatcagttcctgattgcaacgtttatgcagcttcgtctgatc
tacaacacacacatggctgatgagagacaggataaggaagacattgtcaaactgtacagc
tgcataattgggaatatgctttcactgttctacatggagagtttggctcgggaagcatcg
atgggtgttctaaaggacctgatgcatgggctgatcacactgatgttggatactcgagtg
gaagacttagaagatggacagcaacttattagatcggtgaacttgctggttgtgaaagtt
ttggagaagtcggatcagaccaacattctgagtgcactccttgtactgctacaggacagt
ctccttgctacagcaagttctccaaagttttcagaacttgtgatgaagtgcttgtggcgt
atgattcgactccttccagagaccatcaataacataaatctggacagaatcctgttagat
gttcacaatttcatgaaaatcttccccaaagagaagctgaagcaactaaaaagtgatgtt
cctcaccgaacccttaaaacactgttacacactttgtgccgattaactggatcaaagatc
ttggatcacctgaccatgattgaaaacaagaatgaatctgaactggaagtacatcttagg
cgggttgtgaaacactccattgatccttccaacacaaagtcggaaaaggatactgagaaa
ggagccatcagagcagacgaaaagatgtctaaagcaaaagtaagtgatatactgtcagaa
atttttaagaagattggttccaaggaaaatacaaaagaggggctcacagaactttatgaa
tacaagcagaagtactctgatgcagatattgagcctttcttgaaaaacacctctcagttc
ttccagagttatgttgaaagaggcctccgcatgatagagtctgaacgggagggcaaggga
agaattcagacttcaaatacaggaattcctcaacacagtacagaaactactacatatgtg
ccaacctcaagttctgtacctgcaaatacaaatggcgaggaagttaagccagctgtgtat
ttggagaggttaaaaatactaagacagcgtcatggactggagaataattctaagcagcag
gaagagaggcctcctttgacatctctgctctccaagccaacagtacccacagttgcttcc
tccacagacatgcttcacagtaagctttcgcagctgaaggaatctcgggagcactatcat
caggaactggagtccaaccaatcgcatgtgcagagtggaatgggcagcactaccactgcc
gctaaccttgatgacttgaaaaagaggctagaaagaataaagagcaatcgcaaataa

  All links  
Gene (3)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
Protein sequence (11)   
   UniProt (1)   
   RefSeq(pep) (10)   
DNA sequence (10)   
   RefSeq(nuc) (10)   
Protein domain (14)   
   Pfam (14)   
All databases (38)   

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