KEGG   Pan paniscus (bonobo): 100972832
Entry
100972832         CDS       T02283                                 
Symbol
DOP1A
Name
(RefSeq) protein dopey-1 isoform X4
  KO
K26680  protein dopey
Organism
pps  Pan paniscus (bonobo)
Brite
KEGG Orthology (KO) [BR:pps00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:pps04131]
    100972832 (DOP1A)
Membrane trafficking [BR:pps04131]
 Endosome - Golgi transport
  Others
   Others
    100972832 (DOP1A)
SSDB
Motif
Pfam: Dopey_N PNTB
Other DBs
NCBI-GeneID: 100972832
NCBI-ProteinID: XP_003816424
Ensembl: ENSPPAG00000042218
UniProt: A0A2R9CE30
Position
6:80964118..81065351
AA seq 2465 aa
MNTEELELLSDSKYRNYVAAIDKALKNFEYSSEWADLISALGKLNKVLQNNAKYQVVPKK
LTIGKRLAQCLHPALPGGVHRKALETYEIIFKIIGPKRLAKDLFLYSSGLFPLLANAAMS
VKPTLLSLYEIYYLPLGKTLKPGLQGLLTGILPGLEEGSEYYERTNMLLEKVAAAVDQSA
FYSALWGSLLTSPAVRLPGITYVLAHLNRKLSMEDQLYIIGSDIELMVEAVSTSVQDSSV
LVQRSTLDLILFCFPFHMSQATRPDMIRILSAALHVVLRRDMSLNRRLYAWLLGFDNNGA
IIGPRSTRHSNPEEHATYYFTTFSKELLVQAMVGILQVNGFGEENTLMQDLKPFRILISL
LDKPELGPVILEDVLIEVFRTLYSQCKAELDLQTEPPFSKDHAQLSSKLRENKKTAELIK
TANLLFNSFEPYYMWDYVARWFEECCRRTLHVRLQIGPGDSNDSSELQLTNFCLLVDFLL
DIVSLPTRSMRVLCQETYIEIQTEHLPQLLLRMISALTSHLQTLHLSELTDSLRLCSKIL
SKVQPPLLSASTGSVLQFPSGQNNSVKEWEDKKVSSVSHENPTEVFEDGENPPSSRSSES
GFTEFIQYQADRTDDIDRELSEVQGAAAIPIGSTSSETETASTVGSEETIIQTPSVVTQG
TATRSGKTAQKTAMQCCLEYVQQFLTRLINLYIIQNNSFSQSLATEHQGDLGREQGETSK
WDRNSQGDVKEKNISKQKTSKEYLSAFLAACQLFLECSSFPVYIAEGNHTSELRSEKLET
DCEHVQPPQWLQTLMNACSQASDFSVQSVAISLVMDLVGLTQSVAMVTGENINSVEPAQP
LSPNQGRVAVVIRPPLTQGNLRYIAEKTEFFKHVALTLWDQLGDGTPQHHQKSVELFYQL
HNLVPSSSICEDVISQQLTHKDKKIRMEAHAKFAVLWHLTRDLHINKSSSFVRSFDRSLF
IMLDSLNSLDGSTSSVGQAWLNQVLQRHDIARVLEPLLLLLLHPKTQRVSVQRVQAERYW
NKSPCYPGEESDKHFMQNFACSNVSQVQLITSKGNGEKPLTMDEIENFSLTVNPLSDRLS
LLSTSSETIPMVVSDFDLPDQQIEILQSSDSGCSQSSAGDNLSYEVDPETVNAQEDSQMP
KESSPDDDVQQVVFDLICKVVSGLEVESASVTSQLEIEAMPPKCSDIDPDEETIKIEDDS
IQQSQNPLLSNESSQFLSVSAEGGHECVANGISRNSSSPCISGTTHTLHDSSVASIETKS
RQRSHSSIQFSFKEKLSEKVSEKETIVKESGKQPGAKPKVKLARKKDDDKKKSSNEKLKQ
TSVFFSDGLDLENWYSCGEGDISEIESDMGSPGSRKSPSFNIHPLYQHVLLYLQLYDSSR
TLYAFSAIKAILKTNPIAFVNAISTTSVNNAYTPQLSLLQNLLARHRISVMGKDFYSHIP
VDSNHNFRSSMYIEILISLCLYYMRSHYPTHVKVTAQDLIGNRNMQMMSIEILTLLFTEL
AKVIESSAKGFPSFISDMLSKCKVQKVILHCLLSSIFSAQKWHSEKMAGKNLVAVEEGFS
EDSLINFSEDEFDNGSTLQSQLLKVLQRLIVLEHRVMTIPEENETGFDFVVSDLEHISPH
QPMTSLQYLHAQPITCQGMFLCAVIRALHQHCACKMHPQWIGLITSTLPYMGKVLQRVVV
SVTLQLCRNLDNLIQQYKYETGLSDSRPLWMASIIPPDMILTLLEGITAIIHYCLLDPTT
QYHQLLVSVDQKHLFEARSGILSILHMIMSSVTLLWSILHQADSSEKMTIAASASVTTIN
LGATKNLRQQILELLGPISMNHGVHFMAAIAFVWNERRQNKTTTRTKVIPAASEEQLLLV
ELVRSISVMRAETVIQTVKEVLKQPPAIAKDKKHLSLEVCMLQFFYAYIQRIPVPNLVDS
WASLLILLKDSIQLSLPAPGQFLILGVLNEFIMKNPSLENKKDQRDLQDVTHKIVDAIGA
IAGSSLEQTTWLRRNLEVKPSPKIMVDGSNLESDVEDMLSPAMETANITPSVYSVHALTL
LSEVLAHLLDMVFYSDEKERVIPLLVNIMHYVVPYLRNHSAHNAPSYRACVQLLSSLSGY
QYTRRAWKKEAFDLFMDPSFFQMDASCVNHWRAIMDNLMTHDKTTFRDLMTRVAVAQSSS
LNLFANRDVELEQRAMLLKRLAFAIFSSEIDQYQKYLPDIQERLVESLRLPQVPTLHSQV
FLFFRVLLLRMSPQHLTSLWPTMITELVQVFLLMEQELTADEDISRTSGPSVAGLETTYT
GGNGFSTSYNSQRWLNLYLSACKFLDLALALPSENLPQFQMYRWAFIPEASDDSGLEVRR
QGIHQREFKPYVVRLAKLLRKRAKKNPEEDNSGRTLGWEPGHLLLTICTVRSMEQLLPFF
NVLSQVFNSKVTSRCGGHSGSPILYSNAFPNKDMKLENHKPCSSKARQKIEEMVEKDFLE
GMIKT
NT seq 7398 nt   +upstreamnt  +downstreamnt
atgaacacagaagagctggagttattgagtgactccaaatacagaaactatgtagcagca
attgacaaagcactaaagaattttgaatactccagtgaatgggcagatttgatatcagca
cttggaaaacttaataaggttttacaaaataatgcaaagtaccaagtagtacccaaaaag
ctgaccataggcaaacgcctagctcaatgtctacatccagcattaccaggtggagttcat
cggaaggcgcttgaaacatatgaaattatcttcaaaataattggacctaagcgacttgcc
aaagatctttttttatatagttctggattatttcctcttcttgcaaatgctgccatgtct
gtgaaaccaacattgctcagtttgtatgagatatattatctgcctttgggtaaaacactg
aaacctggtctacagggattgcttactggtattcttcctggcttagaagaaggatcagag
tactatgagagaacaaatatgttgttggaaaaggttgctgctgctgtggaccagtcagca
ttctacagtgccctgtggggtagtcttctcaccagtcctgctgtgcgtttacctggaatc
acgtatgttcttgcccatttaaacaggaagctttctatggaagatcaactttatataatt
ggcagtgatattgagctaatggtagaagcagtaagtacttcagtgcaggactcaagtgta
cttgtacagagaagcacactggacctcatactcttctgttttccattccacatgagtcag
gccactcgaccggatatgatcaggatcttgtcagcagcccttcatgtagtgctaaggagg
gatatgtctctgaatcgaagactttatgcatggcttcttggttttgataacaacggtgct
atcataggacccagaagcacaagacacagtaatcctgaagaacatgccacttactatttc
actaccttttcaaaagaattattagtccaggcaatggtgggaatcttacaagtgaatgga
tttggagaagagaacactctaatgcaggatctaaagccttttcgcattttaatcagttta
ctggacaaacctgagctaggacctgtaattctagaagatgtcctgattgaagtgtttaga
acattatattctcaatgcaaagcagagttggatcttcaaactgaaccacccttcagcaag
gatcatgctcagttaagcagtaaattaagagaaaataagaaaacagcagagctgattaaa
actgctaaccttctctttaattccttcgaaccttattatatgtgggattatgttgcacgt
tggtttgaagaatgttgtaggaggacactgcatgtgagacttcagattggacctggagat
agtaatgactcatctgaattacagctgaccaatttctgcttactggtggattttttgttg
gacatagtttctttgcctactagaagtatgagggtgctgtgtcaggagacttacattgaa
atccagacagaacacttgccccagttgctgctcagaatgatttctgccttgacaagccat
ctccagacattgcacttatctgaactcacagattctctcagactctgctcaaagatcctt
agcaaggttcagcctccactgttatctgctagcactggaagtgttttgcagtttccaagt
gggcagaacaattcagtcaaagagtgggaagacaaaaaggtatcatcagtttctcatgaa
aatcctactgaagtgtttgaagatggagaaaatccaccaagtagtcgatcatcagagagt
ggattcactgagtttatacaatatcaagcagaccgaactgatgatattgacagagaactg
agtgaggtccagggggcagctgccatcccaattggtagcacatcctctgagacagaaaca
gcatccactgtgggatctgaagaaaccatcatccagaccccttccgtagtcactcagggg
acagcaacccgaagtgggaagacagcccaaaagactgcaatgcagtgctgcttggagtat
gtccaacagtttcttaccagacttatcaacctctacatcattcagaataactctttttct
cagtctttggctacagaacatcaaggggatcttggtcgagaacaaggagagacttcaaaa
tgggacagaaattcacaaggagatgtaaaagagaaaaacataagtaaacaaaaaacttct
aaagaatacctgtctgccttccttgctgcctgtcagctcttcctagagtgctcaagtttc
ccagtttacattgctgaggggaaccatacatcagagttacgttctgaaaaattggagact
gactgtgagcatgtgcagcctccccagtggctccagactctgatgaatgcttgcagccaa
gcaagtgatttcagtgttcagagtgttgctatttcactagttatggacctggtgggactg
acacagtctgtggccatggtcactggggaaaacatcaacagtgtagagcctgcacaaccc
ttaagtccaaaccagggaagagtagctgtggttattagacctcccctcactcagggcaat
ctgaggtacatagctgagaagactgaatttttcaagcatgtagctttaacattgtgggac
cagttgggagatgggacacctcagcatcaccagaagagtgtggaactattttatcaatta
cataacttagttccttcttctagcatctgtgaggatgttataagtcagcagttaacccat
aaagataagaaaataaggatggaagcacatgccaagtttgcagttctttggcatctaacg
agagatctccatataaataaatcttcatcttttgtacgttcttttgacaggtcactgttc
atcatgttagatagccttaacagtctcgatggttctactagctctgtgggacaagcctgg
ctgaaccaagtcctacaaagacatgatattgcacgagttttggaaccattgctattgctc
ctgcttcatccaaaaactcagagggtttcagtacagcgtgtacaagcagaacgttattgg
aataagtctccctgttatccaggagaggagagtgacaagcatttcatgcaaaattttgcc
tgcagcaatgtgagccaagtacaactcatcacatcaaaaggaaatggtgaaaagccactt
accatggatgaaatagagaactttagtctcactgtgaatccattaagtgacagactttcc
ctcctaagtaccagcagtgagacaattccaatggttgtgtctgattttgatcttccagac
caacagatagaaatacttcagagttctgactcgggatgttcacagtcctctgctggggac
aacttgagttacgaagttgatcctgaaaccgtgaatgcccaagaggattctcaaatgccc
aaggaaagctccccagatgatgatgttcagcaggtagtgtttgacctgatatgtaaagtt
gtaagtggcctcgaagtggaatctgcatcagttacatctcaattagaaattgaagctatg
cccccaaagtgcagtgatatagatccagatgaagagacgattaaaattgaagatgactcc
attcaacagagtcagaatcctttgctgagtaatgaaagttctcagtttctgtctgtgtct
gcagaaggaggccatgagtgtgtggcaaatggaatctccaggaatagctcctcaccttgt
atttcaggaaccacacacactcttcatgactcttctgttgcttccatagaaaccaaatct
agacaaaggagtcacagtagtattcaattcagcttcaaagaaaaattatcagaaaaagtt
tcggagaaggaaacaatagttaaggagtcaggtaaacaaccaggagcaaaacctaaagta
aaacttgccagaaaaaaggatgatgacaagaaaaaatcttcaaatgaaaaactcaaacaa
accagtgtattcttcagtgatggtctggatttagagaactggtatagctgtggagaggga
gacatttctgaaattgagagtgacatgggttctccaggatctcgaaaatctcccagtttc
aacattcatcctctctatcaacatgtgctcctgtatctccagttgtatgattcatccagg
actttgtatgctttctctgccatcaaagccatcttgaaaactaaccctatagcttttgta
aatgccatttcaactactagtgtaaataacgcatatactcctcagttgtctctccttcag
aatctattggccagacaccggatttctgttatgggcaaagatttttatagtcacattcca
gtggactcaaatcataacttccggagttctatgtacatagaaattcttatttctctctgc
ttatattacatgcgtagccattacccaactcatgtcaaggttactgcacaagatttaata
ggtaatcgaaacatgcaaatgatgagcatagaaattctgacactactcttcactgagctg
gcaaaagtaatagaaagctcagcgaagggtttccctagttttatttctgatatgttatct
aagtgcaaagttcagaaagtgattcttcattgtttgctgtcatctatctttagtgctcag
aaatggcatagtgaaaaaatggcaggtaagaacctggttgctgtggaagaaggtttctca
gaggacagccttattaatttctcagaggatgaatttgacaatggcagcacgttgcagtca
caacttcttaaggtgcttcagaggctgattgttctagaacacagagtaatgactattcct
gaagagaatgaaacaggttttgattttgttgtatctgacttagaacacatcagtccccat
caacccatgacttctcttcagtatttgcatgctcagccaatcacgtgtcaaggcatgttc
ctctgtgcagtgatacgagctttgcatcagcactgtgcatgtaagatgcacccacaatgg
attggtttaatcacatctactctgccttacatgggaaaagttctacagagggtggttgtt
tctgtgacactacaactgtgcagaaatttagataatctaattcagcagtacaaatacgaa
acaggattatctgatagtaggcctctgtggatggcatcaattattccaccagatatgatt
cttactcttttggaagggattacagccattatccattactgtttgttggatccaactaca
cagtatcaccaacttttggtcagtgtagaccagaaacacttgtttgaagcacgcagtgga
atcctctcaatccttcatatgatcatgtcctctgtgacactgctttggagcatactgcat
caagctgattcttcagaaaagatgactattgccgcatccgcatctgttaccactattaat
cttggagctacaaagaacttgagacaacagattcttgaattgttgggccccatttcaatg
aatcatggtgttcactttatggctgccattgcatttgtgtggaatgaaagaagacagaat
aaaacaaccaccaggaccaaggtcattcctgcagccagtgaagaacagcttttattagtg
gaattggttcgttcaatcagtgtcatgagagcagaaactgttatccagactgtaaaagaa
gttttaaagcagccaccagccatagccaaggacaagaaacatctttctttggaagtctgc
atgcttcagtttttctatgcttatattcaaagaattccagtgcccaacttagtggatagc
tgggcgtcactgttgatacttctgaaagactctatacaactgagtcttccagctccaggg
cagtttcttatacttggggttctgaatgagtttattatgaaaaaccctagtttggaaaat
aaaaaagaccaaagagaccttcaggatgtaactcacaaaatagtggatgcaattggtgca
attgctggttcttctctggaacagacaacatggctgcgacgaaatcttgaagttaagcct
tctcccaaaataatggtagatggatccaatttggaatctgatgttgaagatatgttatca
cctgcaatggaaaccgcaaacataactccttctgtatatagtgtccatgcattgacatta
ctctctgaggttttggctcatcttttggatatggttttctatagtgatgaaaaggagcgg
gttattcctttacttgtaaatattatgcattatgttgtgccctacctcagaaatcacagt
gcacataatgcccctagttatcgagcttgtgtccagctgctcagcagtcttagtgggtat
cagtacacacggagagcttggaaaaaagaagcttttgacctctttatggatcccagtttc
tttcagatggatgcctcttgtgttaatcattggagagcaattatggacaatctgatgaca
catgataaaacaacatttagagatttgatgactcgtgtagcagtggctcaaagcagttca
cttaatctctttgcaaaccgtgatgtggagctagaacagagagctatgcttcttaaaaga
ttagcatttgctatttttagcagtgaaattgaccagtaccagaaatatcttccagatata
caagagagattggttgagagtctccgtttgccacaggtgccaactctccattctcaagtg
ttcctgtttttcagagtgttacttttaagaatgtctccccaacatcttacctcactctgg
cctaccatgattacagaacttgtacaagtatttttactaatggagcaggaactcactgct
gatgaagatatttcacggacttcagggccctctgtggctggtctggagacaacgtacaca
ggaggtaatggcttctctacttcatataacagccagcggtggttaaacctctatctctct
gcttgcaaatttttggatttggctctcgcattgccctctgaaaaccttcctcagtttcag
atgtaccgatgggcctttattccagaagcctcagatgattcaggtttggaagtcagaagg
cagggtatacatcaacgagaatttaaaccttacgtggtacgactagcaaaacttcttcgg
aaaagagcaaagaaaaatccagaggaagacaactcagggagaacattgggttgggagcca
gggcacttgctgctcaccatctgcaccgtgcgcagtatggagcagctcctgccgttcttc
aatgtgctcagtcaagtcttcaacagcaaagtcacaagccgatgtggaggacactcaggg
agtcctatcctctactcaaatgccttccctaataaggacatgaaactggagaaccacaaa
ccatgttccagcaaagccaggcaaaaaatagaagagatggtagaaaaagattttctggaa
gggatgataaaaacttga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (5)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
Protein sequence (22)   
   UniProt (1)   
   RefSeq(pep) (21)   
DNA sequence (22)   
   RefSeq(nuc) (22)   
Protein domain (2)   
   Pfam (2)   
All databases (54)   

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