KEGG   Columba livia (rock pigeon): 102085801
Entry
102085801         CDS       T02912                                 
Symbol
CUBN
Name
(RefSeq) cubilin
  KO
K14616  cubilin
Organism
clv  Columba livia (rock pigeon)
Brite
KEGG Orthology (KO) [BR:clv00001]
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04147 Exosome [BR:clv04147]
    102085801 (CUBN)
Exosome [BR:clv04147]
 Exosomal proteins
  Exosomal proteins of other body fluids (saliva and urine)
   102085801 (CUBN)
SSDB
Motif
Pfam: CUB CUB_2
Other DBs
NCBI-GeneID: 102085801
NCBI-ProteinID: XP_005505040
UniProt: A0A2I0MRB8
Position
Unknown
AA seq 3121 aa
ILRITFPFFQLEASNECNSAFLQIHDGPSASTHMLGKYCGSSTPAELFSSHSSLYFWFYS
YYPITAGGFTVHWESRDPECGGELTGTYGSISSPGYPGNYPVNRDCFWTISTSPGLLITF
AFGTLSLEHHENCSYDHLEIRDGLLPQDPVLGKYCSTGSPPPLQTTGPYAWIHFHSDDLV
TDKGFHIIYTTSPADPSCGGNYTDSEGVITSPFYPNPYINNRQCIYIIRQPEDEKIYLNF
THMELESHTGCSSNYIEVRDGDSEVSSLIRKFCDSTLMSPIISTSNSLWIKFKSDASVQR
ASFRAIYQVACGGSLSGAGTIRSPYYPRMSPHPKTCEWIISQPPGKVVVLNFVDFDVRNA
TTCDSDYIEVKDGNNTDSPLLYKYCGTTGPSRVQSTQNNLYIKFRASSLTSLGFRAEYWP
LDTVCGETFTGPEGTITSPGHPDVYPHGINCTWIISIQPGYLIRLTFTSFNLEFEDSCRK
DYLEIYDNSTVQKLGRYCGRSIPPSLTSGGNMMMLYFVADFSIVSEGFSANYISLDATKV
CSHDYSTETGVLTSPNYPNNYPVRMECIYTITVGINRQIILSFTNFSLHGNKRCTEDYVE
IRDGGYETSPSLGKYCGTDLPPVIISHGNKLWIKFVSDQYGTREGFSAEWDGTSAGCGGT
LTTASGIFMSPNYPMPYYHNSECYWLLRGNRGTPFEIQFEQFHLDYHPKCNFDYVAVYDG
NSSNAKQLGKFCGDQIPQIIHSSGDTVYVKLRTDSSLQGGGFLAKYKQVCHDVLTVNRSH
GILESLNYPNNYPLHEHCNWTIQATKGNTLNYSFTAFDLEDGSDCDLDFLKLYDGPDVQS
NLIGTFCGQSLPLAGSTTGTSLHVEFYSDGLYARSGFQMLWQVNGCGGELSGPSGSFHSP
GYPNRYPSNRECIWYIHTAPGSSIQLTIYELDVAYHPNCSYDVLEVYGGPDFFSPRLAQL
CVSRSAQNPLRVSTTGNSAVVRFETGAAATGKGFNASWQENPGGCGGIFQATSGEIHSPN
YPQPYNNNTDCSWIIQADYGHRILLNFTDFDTENHLSCNYDNVAVFDGPSSEAPLLRKLC
GTQHPPPIISSKNVMYIRLHSDRPIQHRGFSARFTEACGSFIESDAVGAAISSPLYPAKY
PNNQNCSWIIQAQEPFNHITLSFTDFDIENNRRNCTTDFVEILDGNNYEAPLRGRYCGTT
IPHPITSFGNALVVNFISNNNINARGFHATYVASSSSCGGAFHVDRGAFNSPGYPEPYPL
NTECVWMILSSPGNRLQLSFIAFQLEDSAGCTKDYLEIREGNNTGVLAGRFCGNSLPSNY
TSTVGHILWVKFVSDSSGTAVGFRATFSHLYGNDIVGNGGQIASPQWPRSYPHNSNYQWR
INVNASQVIRGRILQMDIENHYRCRYDKLKVYDGPTVHSRPIATYCGADPASFASSGSSM
MIQFQSDSTVSGQGFLLEWNAADASAVTRTIAPGACGGTATTEETPSLLFSPGWPMNYRN
FADCVWLIRAPGSTVEFSVLALDIESHSSCNYDKLIIRDGDTSLSPVLATLCGREPPGPI
RSTGEAMFIHFMSDASVTGAGFNASYHKSCGGYLHTSRGVITSPNYPQDYAPNLNCSWRV
VVTSGFVIAVHFEPPFQIKSEDTSCSLGDYVELKNGLDNAAPPLVSRRGNGRFCGSSPVS
TMYTTDNQLFVRFISDSRNEGQGFKLQYEAKSLACGGNIYIDAFNPSGYTSSPNYPSNYP
PHTDCVWTITAPNGHAVELQFEDQFYIEPSPNCTSSYLELRDGADSTAPIIAKLCGGVMP
GSQRSSGVAMYLRFRSDSSATHVGFNAKYSIAPCGGTVTGQTGIIESTGYPELHYQDNLL
CEWFLQGPRGHYLTIRLEGLDIQNSSECTNDFVEIREYNASGNLLGRYCGNTLPDAVDTS
DSFAYIKFVTDGSVNAQGFRLRFDSSTEECGGDFTAPVGTFTSPNYPNLYPHNRVCEWRI
TVEEGRRVTLTFNDMKTEEHWRCSSDYVAVYNGIRQNSPRLAKLCGEVNPGTEVKSSGNT
MKVILVTDMSHATRGFSVSYKSSEDAVCGGTLMGHAGGNFSSPGYDGIKNYTSNLNCEWT
IENPSHYNSSIYVSFEDFHLEHHQDCKYDYLELRIGDADGELIARLCGQSAPSVPLVIAA
SQIWVHFVSDGNTEDKGFLAHYMFEACGGIQSGESGVISSPNYPEPYSNMNRCSWLLEAP
EGDTITLTFTAFHVEHHSLCKWDSVTILNGGSPGSPVIGKYCGNTSPGTIRSGSSKLVVI
FNSDHSVQRGGFYATWTAESLGCGGIIHSDNGMIKSPHWPQNFPMNTRCSWTVITHESKH
LELNFHSNFQIPDSNGSCQSSYVKVWRGNDEEAAALLTTGCGSSAPDPVVAPNNVITTVF
QSQDAPGIGFSASFISRCGANFTSPRGRIVSPNYPSQYDNNLNCSYIIDQGPQSLVMLEF
ETFHLEAPALSSRICVYDGVSIFSGTRVTPHPLITLCGNELPAPVSVFGPMLLNFYTDSH
IAGFGFQARFRAFACGGIFSGPDGVISSPAHSVLDYHNNMNCSYYITVGNGKVVALKFNS
FELEISPSCYKDYVAVYDGSDTHAPLLGKFCGAELPPNIKSSSNNLFLVFTTDFFGGDRG
WKASFRETFGPQNGCGGYLTNSAYSFGSPVSNVTRRYEKNLDCVWIITAPVNKLINLTFT
SFGLEAQAARTCQYDYVKLYDGDNENASLAGTFCGSTVPAPFLSTRNSLTVKFVTDNSVE
REGFNVTYTTVDRLCGGIYNATSTSLTATSPNFPNEYPPFTLCTWVIDAPPQQQVRVVVE
TFHLHASQDCSQNYLEIQDSPTHSRGSVHRFCGTDTFPVPEFYSYDRTAIVTFKSDEYMI
NNGVRFTYQATGCSREYNQPFGYLKSPGWPGRHPNNMDCSIILRAPRNHTISLFFHAFSL
EDSIQCSRDFLEVRNGSDVQSPLLGRFCGNTVPSPIFPQNHVVYLRFKSDFSGAHDGYEI
TWTSSLSGCGGTLYGSTGSFASPSYPATYPNSTDCEWVITAPKGRIVTVNFDFISIDDPG
DCNSNYLILYNGPDASYPPARLFCGMDTNIAPFTATSHQVYIKFHAEYVTLPSGFQLSWT
S
NT seq 9366 nt   +upstreamnt  +downstreamnt
attctgcgtattactttcccattcttccaactggaggcaagtaatgagtgtaactctgcc
ttccttcaaatccacgatggaccttcagcatcaacgcacatgctggggaaatactgtggc
tcctcaactcctgcagagcttttcagttcccacagctccctgtatttttggttctactca
tactaccccattacagctggaggttttactgttcattgggaatctcgggatcctgaatgt
ggtggtgagctgacaggtacttatggctcgataagctctccaggataccctggtaactat
cctgtaaacagagactgtttctggaccatctcaaccagccctggcctgctcatcactttt
gcttttggcacactaagcctagaacaccatgaaaactgcagttatgaccatttagagatt
cgagatggtcttcttccacaagaccctgtgcttggtaaatactgtagcactggatctcca
cccccactccaaaccactggtccgtatgcatggatccactttcactctgatgacttagta
acagataaaggcttccacatcatctatacaacatcacctgcagatccaagttgtggagga
aattacacggatagcgaaggggttatcacatcccctttctaccctaacccttatatcaac
aaccgacaatgtatctacattatcagacagccagaggatgaaaaaatatacctcaatttc
acccatatggagctggagagtcacaccggttgttcatcaaattatatcgaggttcgagat
ggtgacagtgaggtgtcttctcttattagaaagttctgtgatagtacacttatgtctcca
atcatttctaccagcaacagcctctggatcaagttcaagtccgatgcatctgtgcaaagg
gctagcttcagagccatttatcaagttgcctgtggaggctccttgtctggagcaggcact
atccgttcaccttactaccccaggatgtcccctcacccaaagacctgtgagtggatcatc
tcccagccgcctggtaaagtggtggtacttaactttgtcgactttgatgttcgaaatgca
accacttgtgactcggactacattgaggtcaaagatggcaacaacacagactctcctctt
ttgtataaatactgtggtacaactggaccatctagagtgcagtctacacagaacaatctc
tatatcaaattcagagcttcctctcttaccagccttggtttcagagctgagtattggcca
ttagatacagtatgtggagagactttcactgggccagaaggaaccattacaagtccaggt
catccagatgtctacccacatggtattaactgtacctggattatctccattcaacctggc
taccttatccgtctgacattcacttcatttaacttggaatttgaagacagttgcagaaag
gattatcttgaaatatatgacaacagcactgtgcaaaaattgggaaggtactgtggaaga
tcgattccaccttctctcactagtggtggcaacatgatgatgttgtacttcgtggccgat
ttcagcattgtatctgagggcttctcagctaattatatctccctggatgcaacaaaagtg
tgctcacatgactacagtactgaaactggtgtgctaacatctccaaactatcccaataac
taccctgtccggatggagtgtatatacaccatcacagtgggaataaacagacagattata
ctgagcttcaccaacttcagcttgcacgggaataaacgctgtactgaggattatgtagaa
atcagagatggaggctatgaaacttctccttctcttggaaaatactgtggtacagacctg
cctcctgttataatctctcatggtaacaagctgtggataaaatttgtaagtgaccaatat
ggcacaagagagggattttcagcagagtgggatggtacatcagcaggttgcggtgggact
ttgacaacagcttctggtatcttcatgtctcccaactaccctatgccatattaccacaat
tcggagtgctactggctgctcagaggaaacagaggaaccccatttgaaatccagtttgaa
cagttccatctagattatcacccaaagtgcaacttcgattatgttgcggtatatgatggc
aacagcagtaatgctaaacagctaggtaaattttgtggggatcagataccacaaatcatc
cattcgagtggagacaccgtgtatgtaaaactaaggactgatagcagtctgcaaggtgga
ggctttttagccaaatacaaacaggtttgtcatgatgtactgactgttaaccgtagccat
ggcatactggaaagtttaaattatccaaataattacccattacatgagcattgcaactgg
actatccaagctacaaaggggaacacactcaactacagtttcacagcctttgatttagaa
gatggatctgactgtgaccttgacttcttaaagctttatgatgggcctgatgtacaatcc
aacctcataggcactttctgtggacagtctcttccactggcagggtccactacagggact
agcctgcacgtggagttttattctgatggcctgtatgctagaagtgggttccaaatgctg
tggcaagttaatggttgtggaggagaactctctggcccttctggctcatttcacagccct
ggctaccccaacagatacccaagcaatagggaatgcatctggtacattcacacagcacct
ggcagcagcattcaactcaccatttatgaactggacgttgcatatcatccaaactgcagc
tacgacgttttggaggtctacggtggccctgatttcttctctcctagactagcccagcta
tgtgtttcaagatcagcccagaacccactgcgagtctctactactggcaattcagccgtt
gtccgtttcgagacaggtgcagcagcgacagggaaaggctttaatgcctcctggcaagaa
aatccaggtggctgtggcgggattttccaagctaccagtggggaaatccattctccaaac
taccctcaaccttataataacaacacagattgttcttggattattcaagctgactacggc
cacagaatcctactgaactttacggattttgacactgaaaatcacctttcatgtaactat
gacaatgttgcagtatttgatggtcctagcagtgaagcaccacttcttaggaaactctgt
ggaacacaacatcctcctcctatcatatcctccaagaatgtgatgtacatccgactgcac
tctgatagacccatccagcacaggggcttcagtgctcgctttactgaagcatgcggaagt
ttcatagagtcagatgcagttggggcagcaatttcctctcctctgtatcctgccaaatac
ccaaacaatcagaactgcagctggattattcaggctcaggaaccattcaaccacatcaca
ctctcattcactgacttcgatattgaaaacaatagacgaaactgtacaacggattttgtg
gagattttggacgggaataactacgaggctcctcttcgaggccgttactgtggcactact
ataccacatcctatcacttcttttggtaatgccttggtggtgaacttcatctccaacaac
aacattaatgccaggggcttccatgccacctatgttgcatcgtcatcatcctgcgggggt
gctttccacgtggacagaggagctttcaacagccctggctatcctgagccttatccgctc
aacaccgagtgtgtctggatgattctcagctcccctggcaaccggctccagctgtccttc
atagcgtttcagctggaagatagtgctggctgcaccaaagattacctggagattcgtgaa
gggaacaatacaggtgtgctggcaggacgattctgtgggaactccttgccttcgaattat
acgtctactgttggacacatcctgtgggtcaaattcgtctcagacagctcaggcactgct
gttggcttcagggccacattctctcacttgtatggaaatgacattgtgggaaatggagga
caaatagcttcaccacagtggcccagaagttaccctcacaattccaattaccagtggcga
ataaacgttaatgcctcacaagttatccgtggccgtatcctgcagatggatatcgaaaat
cattacagatgccgttatgacaagctaaaggtttatgatggccccaccgttcattctcgt
cctattgcaacatactgtggtgcagaccctgcttcttttgcatcctctggcagctcaatg
atgatccagttccagtcagattcaactgtgagcggacaaggctttctgctggagtggaac
gcagcggatgcttctgctgttacacgcaccattgctccaggtgcatgcggagggactgca
acaactgaagaaacaccttcactcctcttctcaccgggctggcccatgaattacagaaat
tttgctgactgtgtgtggcttatcagagctcctggatccactgtggagttcagtgtcctg
gccttagacatagaatctcacagctcatgcaactatgacaaacttattatccgagatgga
gacaccagtctttctccagtgctggccactctgtgtggacgagaacctcctgggccaata
agatcaactggagaggcaatgttcatccacttcatgtcagatgcaagtgtcactggagct
gggtttaatgcctcttatcacaaaagttgcggaggctatttgcacacgagcaggggtgtg
ataacatcccccaactatcctcaagactatgctcctaatctgaattgttcctggcgtgta
gtggtaacctctggatttgtcattgctgtccattttgaaccgcctttccagattaagagt
gaagatacttcctgcagcctcggagattatgtagagctgaagaatgggttagataatgct
gccccacccttggtgtccagaagagggaatggacggttttgtggaagcagccctgtctcc
accatgtacaccacagacaatcagctgtttgtccgcttcatctctgacagcagaaatgag
ggtcaagggttcaagctgcaatacgaggctaagagtctagcttgtggagggaatatttac
attgatgctttcaaccccagtggatatacatcttcccccaactatccgagcaattatcct
ccgcatactgactgtgtctggaccataactgctcctaatggacatgcagtagagctgcaa
ttcgaagatcagttttacattgaaccttcaccaaactgcacttccagttacctagagcta
cgcgacggcgccgactccactgcccccatcattgccaagctgtgtggaggtgtgatgcca
ggctcacagagatcctcaggagttgccatgtacctgaggttcaggtctgacagcagcgcc
acacacgtaggattcaatgctaaatactccattgctccctgtggtgggacagtgacagga
caaactggcatcattgaaagcacgggatatcctgagcttcactatcaagacaacctgctg
tgtgaatggtttctgcagggtcccaggggccactatcttaccatcaggctagaaggccta
gatattcaaaactcctctgagtgcacaaatgactttgtggagatccgagaatacaacgct
tctggaaatttgttgggcagatactgtggtaacaccctccctgatgctgtggacacctct
gacagttttgcttacatcaagtttgtcactgatggatcagttaatgcccaaggattcaga
ctgcgctttgattccagtactgaagaatgtggtggggattttactgctcctgttggaact
tttacttcacccaactatcccaacctatacccacataatcgagtgtgtgaatggaggatc
acagtggaagaaggccgacgtgtgactctaaccttcaatgacatgaaaactgaagaacac
tggaggtgctcatcagactatgtggctgtttacaatggcatcagacagaactctccccga
ctggccaagctgtgtggtgaggtaaatccaggcactgaggtgaaatcctctggcaacaca
atgaaagtcattttggtgacagatatgtcccacgcaaccagaggcttcagtgtctcatac
aaatctagtgaagatgcagtttgtggtggaaccctgatgggacatgcaggtgggaatttc
tcttctcctggttatgatggcatcaaaaattacacaagtaacctgaactgtgaatggacc
attgaaaacccctcccactataattcatccatatatgtgtctttcgaggatttccacttg
gaacatcaccaggactgcaaatatgactacctagagttacgaataggggatgctgatgga
gaactaatagccagactctgtggtcagtctgcaccatctgtgccactagttatagctgcc
tcccagatttgggtacattttgtaagcgatggaaacacagaagataaaggattcttggcc
cactacatgtttgaagcctgtggtggtatacagtcaggtgaaagtggagtcatctccagt
cctaactacccagagccttacagcaacatgaatcgttgctcctggttgttggaagcccct
gaaggtgacaccatcactcttacttttacagccttccacgttgaacatcattcgctttgt
aagtgggactctgttacgatcctgaacggtggctctcctgggtctcccgtcatagggaag
tattgtggaaacacatctcctgggactattcggtctggctccagcaagttagtagtgatc
tttaactctgatcactcagtccaaagaggtggcttttatgcaacgtggacagcagaatct
ctaggatgtggtggaatcattcattcagataacggtatgatcaagtctcctcattggcct
caaaactttcccatgaacaccagatgctcctggaccgtcattacacacgaaagcaaacac
ctggagttgaacttccacagtaacttccagattccagacagcaatggaagctgccagagc
agttatgtgaaggtgtggagaggaaatgatgaagaagcagcagctttgttaaccacagga
tgtggaagttcagctcctgatcctgttgttgctccaaacaatgtgataactacagtattt
cagtctcaggatgctcccgggataggtttctctgcatctttcataagcagatgcggagcg
aatttcaccagcccaagaggtcgtattgtctcccctaactaccctagtcagtatgataac
aatttgaactgcagttatattatagatcagggaccacagtcactggtgatgctagagttt
gagacgttccacttggaagccccagcactctcaagcagaatttgtgtttatgatggagtg
agcatcttcagtgggaccagggttaccccacatcctctcatcacgctctgcggtaatgag
ctccctgccccagtcagcgtctttggacctatgctgctcaacttctacactgactctcac
attgccggcttcggattccaagcgagattcagagcatttgcttgtggtggcattttcagc
ggccctgacggtgttataagcagtccagcccattcggtccttgattaccacaacaacatg
aactgctcatattacatcacagtcggaaatggcaaagtagtggccctcaaattcaacagc
ttcgagcttgaaatatctccctcctgctacaaggattatgtggctgtatatgacggctca
gacacccacgctcctctccttgggaaattctgtggtgcagaactacctccgaatattaag
agctccagtaataacttgttcctggtgtttactactgacttctttggaggagacagggga
tggaaagcatctttcagggagacattcggacctcagaatggctgtggtggctacctgaca
aattcagcatatagctttggttctccagtctccaacgtgaccagaagatatgagaaaaat
ctggactgtgtgtggatcataactgcacctgtgaacaaactgatcaacctcaccttcact
tcattcgggcttgaagcacaggctgctcgcacttgccaatacgattatgtcaaactttat
gacggagataatgaaaacgccagtttagctggcacgttctgtggatctacagtgccagct
ccttttctttctacccgtaactcactgactgtgaaatttgtcacagataattctgtggaa
agggagggtttcaatgtgacctacaccacagtggatcgactgtgtggaggaatatataat
gcaacttccacatccctgactgcaacgtctcctaacttcccgaatgaatatccaccattt
actctctgcacgtgggtcattgatgcccccccgcagcagcaagtcagggtggtagtagag
accttccacctccatgccagccaggactgctctcaaaactacctagagatccaggactcg
ccaacacacagccgaggatcagtccacagattctgtggcactgacacttttccagtccct
gaattttattcttatgatcgcactgccattgtgactttcaaatcagatgaatatatgatt
aataacggagtcagatttacctatcaagctacaggttgcagcagagagtataaccagcca
tttggttacctgaagagccctggctggcctggtcgtcaccccaataatatggactgttct
atcattctacgagctccacggaatcatacaatttctctctttttccatgctttcagtttg
gaggacagcatccagtgttctcgtgatttcctagaggtcagaaacgggagtgatgtgcaa
tcaccactacttggcaggttctgtggaaacactgtgcctagtcccatcttcccccaaaat
catgttgtctaccttcgtttcaagagtgatttttcaggggctcatgatggatatgaaatt
acttggacttcatcattaagtggatgtggaggaacattatacggcagcaccggttcattt
gctagtcccagctacccagcaacttaccccaacagcacagactgtgagtgggtcattact
gcgcccaagggacggatcgtcacagtgaacttcgatttcatcagcattgatgacccaggg
gactgcaatagcaactacctgatcctgtacaacgggccagatgccagctaccccccagcc
aggctgttctgcgggatggatacaaacattgctccatttactgctacgtctcatcaagtc
tatataaaatttcatgctgaatatgtgactttaccatcaggattccagttaagctggaca
agctag

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Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (91)   
   KEGG ORTHOLOGY (1)   
   RefGene (87)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (2)   
   Pfam (2)   
All databases (99)   

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