Amphimedon queenslandica (sponge): 100639817
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Entry
100639817 CDS
T02284
Name
(RefSeq) cytoskeleton-associated protein 5-like
KO
K16803
cytoskeleton-associated protein 5
Organism
aqu
Amphimedon queenslandica (sponge)
Brite
KEGG Orthology (KO) [BR:
aqu00001
]
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03036 Chromosome and associated proteins [BR:
aqu03036
]
100639817
09183 Protein families: signaling and cellular processes
04812 Cytoskeleton proteins [BR:
aqu04812
]
100639817
Chromosome and associated proteins [BR:
aqu03036
]
Eukaryotic type
Centrosome formation proteins
Spindle formation proteins
100639817
Cytoskeleton proteins [BR:
aqu04812
]
Eukaryotic cytoskeleton proteins
Microtubules
Tubulin-binding proteins
XMAP215
100639817
BRITE hierarchy
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
XMAP215_CLASP_TOG
CEP104-like_TOG
CLASP_N
HEAT
Cnd1
HEAT_EZ
HEAT_2
PDS5
Tti2
Cohesin_HEAT
Motif
Other DBs
NCBI-GeneID:
100639817
NCBI-ProteinID:
XP_019850158
LinkDB
All DBs
Position
Unknown
AA seq
1953 aa
AA seq
DB search
MAEGPPPEDFSKLSIEAKLAHKVWKARLMGYEEATKLFKKIDDESSPEYNPYTPLVRKFP
VEANAVAQEKALEATLAFVEFASAAGKICSEVVAGIVTKCLNARPKTKELGVSICLMYVE
TEKQDLVIEEILKGLSNKQPKIVAACIGVVARILKEFGIGVLNIKLLLKSVPSMFDHSDK
NVRAEAKALAIELYRWVGVALKASIDGKLKPIQMKELEEEFGKLTDSGPPAPTRLLRSQQ
AVAAQAPPTADTDPDESLGGAVAVVTAPAIDPYDLLEAVNVLGKMPKDFYEKIADTKWKE
RKEALEAVLPLAQSPKIEEGDYGELIKTLKKVIAKDSNVLVVALAGNILTGLAKGLRKKY
GPYASVSLTTLTNIQDDVLEALGNKNPSVKSEVLLFLSRCYSQCVPAMIPKPYLKAMCPV
VVQRLDDTTPQVRDSACEVLGTLLKLLGERAMNNYLEGVDKTRMTKINECMEKVELKAPP
PGMAPPPQAAPAKQPAKEVKKEAPSTDEAEPPKKKPAQKKKKKVEEEPEKKEAPPKKKPA
AEKKPPPSSGGGASAGGGASKSKGKGGGGAVGKFDEPPDVSEPNIADEEIEDKANDVLPD
GLLARLAETAWKERLAGHESFKEFVEGQAPEAMQSILFIKILARKPGWKDSNFQVMKAKF
QLITVLAEKAKVFGKRSTSLVIPPLVDKFSDLKLKGQCSETLLMIAERMTLNYTSLQVMK
AAFEHKSPKVQSESLEWLSQGLKEFGFLLNVKPHVDYIKKGLAASNPAVRTAAINLLGTM
CMYMGAQLRMFFEGEKAALLQQIDAVFEKSSGESPPAPVRGPNVKSGEEEEEGEGGGGGG
AGGGGASLSLADLMPKVDISAKITTELMKELADKNWKIRGEALQKIQEIIAAAKFISPSL
GDLPSGLKGRLSDSNKNLVMTTLSIIGTLATSIGPSCSKFNKIFIPAVIQTLTDSKPQVR
AAGTACLSTWVGEIGLASLVEQDLLAPSLATENPNLRTELLGWLEERLPNENKLPSEIAN
VVQPVYSCLEDRSADVRKKAQAVLPLLMVPVGYDTMLKHTGKLKDDDTPPLILVPKAKEQ
RMKDDEKMKVLKWNFQMPRPEHIDQLKDQMLTCVSLPIHKKLFHEDFKQQLQAVSSLTAA
VTSDVDTAISCSDLLLRWITLRFFDTNTTVNVKCLEFVQHLFVSMSSVSYKLSDYEAAGF
LPYLINKVGDPKDAVRKAVRALFRTIWSIYPPGKMFNFVTDGLKSKNARQRIECLEVIGE
MIKNNGMTVCQPSPAKSLPVVAGQICDRDNGVRSAAINTMVVVYSYVGEGVYKFASQLSE
KEISLLEERIKRSGKTVQPFKPAKSPSPSPVSTPEPHPQAITEQPVKSKSPSPVPPEPAP
VAKVTVSPRSGIPKFSGPFSVDVGKYKAPASKLARPKVPRPDLSVFGKEEKMAEYATSKL
IRHPPKALSISPARQTLASTSSVVSYIIAQITGPDVDTVSDAVLRIEKITSDQPSLLLTH
VDQLIRAILMQKRFNFTTRMSGAANGGDYSKILEISRLLTSVLVQTFSDKTLAQSVHQDT
LVELERDIFGYLIDEKLLCIENIEQLNRAYNLLMGHIVEHTNRNAIFGSLLQVMLESLTP
EGSGTKLSEMSMKCLWRLTRQLNAMMSDVDIDVLLRDIDVFLNGYSSLNPSPSADDKPYR
TVKTILYHLAKNLKSEVLNHLSLIKDRTSSPVVIYLNKTVRKSNHKSSPEQLIKINNDEQ
AKDPPTIPPKVETKIVENTLTRNELSAELASCLTCIFETIKDPHSTREGMEELYDFIQTH
PDIDFESMWASTSPFYQSYIKRGLRNVELWRQTGDKTQPIESETCAGIRKELEEVRERAN
PLMGINWEPLSVNSASRQVPLSLAAALADENKDPTATIIVTKKATHVITDGTATITKRKG
PPGAGGGVPPAAAGSSKLDDIRKRLDRLKAGQY
NT seq
5862 nt
NT seq
+upstream
nt +downstream
nt
atggcggagggaccaccccctgaggatttctccaagctctcaattgaagccaaacttgcc
cataaagtatggaaggcaaggttaatgggttatgaggaggcgactaagttgtttaaaaaa
atagatgatgagtccagtccagagtacaatccttacactcctttggttcgtaagtttcct
gttgaagcaaatgctgtagctcaagagaaggcacttgaagcaacgctggcctttgtagag
tttgcctctgcggctggaaaaatttgttctgaagttgttgctggtattgtaactaagtgt
cttaatgctcgtcctaagacaaaggaactgggcgtgtccatatgtctgatgtacgttgag
actgagaaacaagacctagtcattgaagaaatattaaaaggactgtctaataagcagcca
aagattgttgctgcttgtattggagtagtagcaagaatactaaaagagtttggtatagga
gtgttgaatatcaagttattactgaagtcagttccaagcatgtttgatcatagtgacaag
aatgtacgagctgaggcaaaggctctagccatcgagttgtatcggtgggtgggcgtggct
ttaaaagcatccattgatgggaagctgaagcctatacagatgaaagagttagaagaagag
tttggtaagttgactgattcaggtccaccagctcctacaagactactccgttcccagcaa
gcagttgccgctcaagccccacccactgctgacactgatcctgatgaatctttaggcgga
gctgttgccgtggtaactgcaccagcgattgatccatacgatcttttagaggcagtcaat
gtcttgggaaaaatgccgaaagacttttatgagaaaattgcggacactaaatggaaggag
cgtaaagaagcacttgaagctgtattacctctagctcaatcaccaaaaatagaagaggga
gattatggggaattgataaaaacactgaagaaggttatagcaaaggacagtaatgtattg
gtagtggcattagctggtaatatactgactggtctcgctaaaggattgaggaagaagtat
ggtccttatgctagtgtctctctcactacactcactaacattcaagatgatgttctagag
gctcttggtaataagaatccatcagtaaagtctgaagttcttttgtttctctctcgctgt
tactctcaatgtgttcctgcaatgatacctaaaccttatctcaaagcaatgtgccctgta
gtagtacagcgtttggatgatactacaccacaagtccgtgattctgcctgtgaggtattg
ggtacactattgaagctcctgggggagagagccatgaacaactacctggagggagtcgac
aagactagaatgactaaaattaacgaatgtatggagaaggttgaattaaaggcccctccc
cctggaatggctcctcctcctcaagctgcccctgccaagcaaccagcaaaagaggttaag
aaagaagctccatccactgacgaggctgaacctccaaagaagaaaccagctcaaaagaaa
aagaaaaaagtcgaggaagagcctgaaaagaaagaagctccacccaaaaagaaaccagca
gctgagaagaagccccctccttcatcagggggtggggcttcagcagggggcggggcttca
aagagtaagggtaaaggaggaggaggagcagtcggtaaatttgatgaaccaccagatgta
tcagaacctaatattgccgacgaggagatagaagataaagctaatgatgtcttgcctgat
gggttgctggccagattagctgagacagcatggaaggaaagactagctggacatgagagc
tttaaagagtttgtagaaggacaagcacctgaagctatgcagtcaatactgttcattaaa
atattagcaaggaaaccaggatggaaggacagcaacttccaagtcatgaaagccaagttt
cagctaatcactgtcctggcagaaaaagctaaagtatttggaaagaggtcgacgagtctc
gtgatacctcctcttgttgacaagttttcggacttgaagctaaaaggacagtgttcagag
actctcctcatgatagctgagaggatgaccctgaactacaccagcctccaagtgatgaag
gctgcctttgaacacaagagccctaaagtacagtcagaatcactggagtggctcagtcaa
gggctaaaggaattcggatttttgttgaatgtaaagcctcatgttgattacattaagaaa
ggactggcggcgtctaatccagcagtgaggacagctgctatcaacctcttgggtacaatg
tgtatgtacatgggagcacagctgaggatgttctttgaaggagagaaagcagcactgctg
cagcagattgacgctgtttttgaaaaatcttcaggtgagtccccaccagctccagtgaga
ggtcctaacgttaaatcaggagaagaagaggaggagggagagggtggaggagggggcggg
gcaggagggggtggagcctcgttatcgcttgccgacctgatgcctaaagtagacatcagt
gccaaaataacgacagaactcatgaaagagctagcagataaaaactggaaaataagagga
gaggcccttcaaaagatacaggaaataatagcggccgctaaattcatctctccctcccta
ggggacctcccctccggcctcaaaggacgtctctcggactctaacaaaaacttggtaatg
acaaccctctctattattggaacactggccacttcgattggcccgtcttgcagtaaattt
aataagatatttattccagccgttatccagaccctgactgatagcaagccccaggttcgg
gctgctggtactgcatgtctcagtacgtgggtgggtgagattgggttggcttctcttgtg
gaacaggatcttctggcaccgtcactggcaactgaaaaccctaacctcagaactgaatta
ttaggatggctagaggagagactacccaatgagaacaagttgccctcagaaatagctaat
gtggtacagccagtctatagctgtcttgaagataggagtgctgatgtgaggaagaaggca
caggctgttcttcctttgctaatggtaccagttgggtatgatacaatgcttaagcatact
gggaagctaaaagatgatgacactccaccactgatactagtccctaaagcaaaggaacaa
agaatgaaagatgatgagaagatgaaggtattaaagtggaatttccaaatgcctcgtcct
gagcacattgaccagttgaaggatcagatgttaacttgtgtgtctctaccaatacacaag
aagctcttccatgaagatttcaaacagcagctccaggcagtgtctagtctcacagctgct
gtcacatctgacgttgatacggccattagctgctctgatttattgctaagatggatcacc
ctgcggttctttgacaccaatacgacagtcaacgtaaagtgtcttgagtttgttcaacat
ctttttgtgtccatgtccagcgtctcttataaactgagtgactatgaggcagctggtttc
ctaccttacctcattaataaagttggggatccaaaggatgctgtgagaaaagcagtgcgg
gcattatttagaaccatatggagcatctacccacctggtaaaatgtttaattttgtaact
gatggacttaaatcaaagaatgcaagacagagaattgagtgtcttgaagtgataggtgaa
atgataaagaacaatggcatgactgtgtgccagccgtcaccagctaagagtctccctgtt
gttgctggacagatctgtgatagagacaacggagttagatcagctgccattaatacaatg
gttgtagtctatagctacgttggagaaggagtctataagtttgctagtcaattgtcagag
aaggagattagcttattagaggagaggatcaagaggtctggtaagacagtgcagcctttc
aaaccggcaaagtctccttcaccctctcctgtctctacccctgagccccacccacaagca
atcactgagcaaccagttaaatcgaagtccccatccccagtgcctcctgaacctgctccg
gttgctaaagtgactgttagccctcgctcgggtattccaaagttctctggtcctttctct
gttgacgttggcaaatataaagcacctgccagtaagctagcgagaccaaaagtgccacgc
cctgatttgagtgtctttggaaaggaagagaaaatggctgaatatgcaacttcaaagttg
atacgtcaccctcccaaggccctatcaatatcacctgccaggcagactctagcctcaacc
tcgagtgtagtctcttacattattgctcagatcactggacctgatgttgacactgtgtca
gacgccgtgctaagaattgagaagataaccagcgatcaaccgtcgctcctcttgacgcat
gttgatcaactcatcagagccattttaatgcaaaagagattcaatttcacaacacgaatg
agtggagctgctaatggaggtgactacagtaagatactagagatcagtaggttactgact
agtgtcctggtacagacattcagtgacaagacgttagcacaatcagtccaccaggacaca
ttggttgaattggagagggacatctttggatacctgatagacgagaagctcctgtgtatt
gagaatatagagcaactcaatcgagcatacaacctactaatgggacacattgtggagcat
acgaacaggaatgccatatttggttctttattgcaagttatgttagaaagtcttactcct
gaaggaagtgggacaaaactgtctgaaatgtctatgaaatgtttatggcgtttgacaaga
cagttgaatgccatgatgtctgatgttgatatagatgtattgctgagagatattgacgtc
tttttaaacggatactcttcactgaacccctccccttctgctgatgataaaccttatcgt
actgtaaaaaccatcctttatcacttagctaagaatctcaagtcagaggtgttaaatcat
ctctcgttaattaaagaccggacctcctctcctgtcgttatttatttaaataaaactgta
cgtaaaagcaaccacaagtcttcgcccgagcagttaattaaaataaataatgatgaacaa
gccaaagatccacccactataccccctaaagtagaaaccaagattgtggagaatactttg
acaaggaatgagttatctgctgagctggcatcttgtctaacatgtatatttgagacaata
aaggatccacacagcaccagagaaggtatggaagaattatatgactttattcagactcat
cctgatattgattttgagtcaatgtgggcctctacctctcctttctatcagtcctacatc
aagagaggactaagaaacgttgagctctggaggcagactggagacaagacacagcccatt
gaatcagaaacttgtgctgggattagaaaagagctggaagaagtgagagaaagggctaac
ccactcatggggattaattgggagccattatcagttaacagtgcttcaagacaggtgcct
ctatcattagcagctgcattggctgatgaaaataaagatcctactgctactataattgta
actaaaaaagctactcacgtcataacagatggaactgctacaataaccaaacgtaaaggg
cccccaggagctggaggaggagtaccgcctgcagctgctgggtcttctaaacttgatgat
attagaaagagactggatagattgaaggccggtcaatattga
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integrated database retrieval system
