Buceros rhinoceros silvestris (rhinoceros hornbill): 104496875
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Entry
104496875 CDS
T08612
Symbol
DOCK10
Name
(RefSeq) dedicator of cytokinesis protein 10
KO
K21853
dedicator of cytokinesis protein 9/10/11
Organism
brhi
Buceros rhinoceros silvestris (rhinoceros hornbill)
Brite
KEGG Orthology (KO) [BR:
brhi00001
]
09180 Brite Hierarchies
09182 Protein families: genetic information processing
04131 Membrane trafficking [BR:
brhi04131
]
104496875 (DOCK10)
Membrane trafficking [BR:
brhi04131
]
Others
Rho GTPase associated proteins
Rho guanine nucleotide exchange factors (GEFs)
104496875 (DOCK10)
BRITE hierarchy
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
DOCK-C2
DHR-2_Lobe_A
DOCK_C-D_N
DHR-2_Lobe_C
DHR-2_Lobe_B
PH
PH_9
Motif
Other DBs
NCBI-GeneID:
104496875
NCBI-ProteinID:
XP_010138365
LinkDB
All DBs
Position
Unknown
AA seq
2184 aa
AA seq
DB search
MSFRGMFRREPSELRRKRRTIRRVNHREIHRLSCQEKPKLLEPLDYEAVITEIEKNIGDN
QFRDLILFPNDDFSTDTISLEIRTLYPSVPEDAEQKAESLFVKEACKYYSSQWHVVNYKY
EQYSEDFRHLPQSEWRPEKLPSHSFEIDHEDVDKDEDTTSHSSSKGGGGGGGGGLAAGVY
KSGWLYKGNFNSTVNNSITVRSFKKRYFQLTQLSDNSYIMNFYKDEKISKEPKGCIFLDS
CTGVVQNNRLRKHAFELKMNDLTYFVLAAENEQDMDDWIFTLNKILQINPEGTIQERKSA
DLTDLKLDPADVSVNYDCSQEEADSSETSLHPDFAKYITETEETVRASRNTERLNLFSLD
PDIASLNPQKKEFPGTHSVIKPFEEKPAKRILVTCKSLSLNLQACVTENENDPTTNVEPF
FVSVALYDVRDSRKISADFHVDLNHTLVRQMISASSLSVENGSVENADSNEVEEPQVKGF
PEEWLKYPKQALFSISNPHSEIVLVAKIEKVLTGNIASSAEPYIKNPDSSKCAQKVLKSN
KQFCSKLGKYRMPFAWSVRPVFKDNQGNVDRDSRFSPLFRQESNKISMEDLIKLIAEYRR
AEKISKIQTIPGCLEIAVDCVPLEHPNCVTSSFIPIKPFNDIREHQPTVEVEEFVQESSK
YSRPYRVYKNQIYIYPRHLKYDSQKYFSKARNITVCIEFKSSDEEGAKPLKCIYGKPGGP
LFTTAAYTAVLHHSQNPDFYDEVKIELPTQLHKKHHILFSFYHVTCDINAKANAKKKEAL
ETPVGYAWLPLLKDAQLASQEHHVPVASSLPPSYLSLQEPACGKQIGCDVKWVDGGKLLF
KVSTFVVSTVNTQDPYLNNFFHQCQEREKDLSQPPTSNFISSCKNLLRIEKIHVIMNFLP
VVLNQLFWVLVQNSDDEVTTAVIRVLTNIVAKCHEEQLDNCINSYMTYVFRTKSFEERTV
HEELAKNMTGLLKLNDQVTVKQVLKHSWFFFAIILKSMAQHLVDTNKTKVSRTRRFPDSF
QTELGTLVMVLADHVIWKYKDALEETRNANYSTAKFLKRCFTFMDRGFVFRMVNNYISMF
GTGDGKTLHQFKFDFLQEVCHHEHFIPLCLPIRSSNIPDPVTPSESTHEYRTSDIPEYTL
TNEFCRKHFLIGVLLREVGFALQEDQDIRHLALAVLKNLMAKHSFDDRYAEPAKQAQIAN
LYMPLYGMLLDNMPRIYMKDMFLFNINTSNQGSRDDLSTAGGFQGQTAMKHANSVDTSFS
KDVLNSIAAFSSIAISAANHADSRASLASLESNPSTNEKNSERTDTCEKITRPLSLIGST
LRFDKLDQAETRSLLMCFLHIMKTISEDALISYWLRAPFSEVTDFFSILEVCLQNFRYLG
KRNIVRKIAAAFKFVQATQNNGTLKGSNSSGQASGLLSQWMHSTSSHDGHKHHRSQTLPI
IRGKNALSNPKLLQMIDSSTASNSNETDIMQYVDTEANIATEVSLTILDLLCLYTLNHQR
QLQQSDCQNALMKKVFDTHMLFLQINQSAAALKHVFAALRLFVGKFPSAFFQGQADLCGS
LCYEILKCCNHRSRSTQTEASALLYFFMRKNFEFNKQKSIVRSHLQLIKAVSQLIADAGI
GGSRFQHSLAIINNFANGDKQMKNVNFPAEVKDLTKRIRTVLMATAQMKEHEKDPEMLVD
LQYSLANSYASTPELRRTWLESMAKIHARNGDLSEAAMCYIHIAALIAEYLKRKGYWKME
KIGTSRMLLEDGPVSDSNVLLTPHTGGSLFSMGWPAFLSITPNIKEEGAMKEDSGMQDTP
YNENILVEQLELCVEYLWKSERYELIAEVNKPIIAVFEKQRDFKRLSDLYYDIHRSYLKV
AEVVNSEKRLFGRYYRVAFYGQGFFEEEEGKEYIYKEPKLTGLSEISQRLMKLYADKFGI
DNVKIIQDSNKVNPKDLDPKYAYIQVTYVTPFFEEKEAEDRKTDFEMHHNINRFVFETPF
TLSGKKHGGVEEQCKRRTILTTSHLFPYVKKRIQVISQTSTELNPIEVAIDEMSKKVSEL
NQLCTMEEVDMIRLQLKLQGSVSVKVNAGPMAYARAFLEESNAKRYPDNQVKLLKEIFRQ
FAEACGHALDVNERLIKEDQFEYQGEMKSHYKDMLSELSVVMNEQISYKEDSAKQPGMER
TYSRVITRASSSAPAATTPANADA
NT seq
6555 nt
NT seq
+upstream
nt +downstream
nt
atgagcttccgcgggatgttcagaagggagcccagtgagctgaggaggaagagaaggact
attaggcgagtgaaccacagagaaattcacagattgagctgccaggaaaaacccaaactc
ctggagcctttggattacgaagctgttatcacagagattgaaaaaaacattggggacaac
cagttcagggatctgatattattccccaacgatgacttttcaacagacacaatttcgctg
gaaatcaggacgctgtatccctctgtacctgaagatgcagaacaaaaagcagaaagttta
tttgttaaagaggcttgtaaatactacagttcccagtggcacgttgtgaactacaaatac
gagcagtattcagaagacttccgacacttaccgcaaagtgaatggagaccagagaaactg
ccatcgcattccttcgaaatcgatcacgaagatgtggataaggatgaagatacaacatcc
cactcatcttccaaagggggcggtggaggaggaggaggaggattagcagcgggagtttac
aagtctggatggctttataaagggaatttcaacagcaccgtaaacaacagcatcacagtc
cggtcgttcaaaaagcgctacttccagctgacacagctgtcggataactcatacattatg
aatttttataaagatgagaaaatatccaaggagccaaaggggtgcattttcttggattct
tgcactggagtcgtacagaataacaggcttaggaaacacgcctttgagttgaaaatgaac
gacctcacgtactttgtgctggcagctgaaaatgagcaggatatggatgactggattttc
actctcaacaaaatcctccaaataaatccagagggaactattcaggagaggaaaagcgca
gatctcactgatctgaaacttgacccagcagacgtttcggtgaattacgactgctctcaa
gaagaggctgattcctcggagaccagcctgcacccagacttcgcaaagtacatcacagaa
acagaagaaacagtgagagcgtctcgaaatacagagcgactaaaccttttctctttggat
cctgatatagcatcgttgaatcctcagaaaaaggagtttccagggacacactcggtgatc
aagccatttgaagaaaagcctgcaaagaggatcctggtcacttgcaaatccctcagcttg
aatctccaggcctgtgttactgaaaacgaaaatgatcccacaaccaatgtagagccattc
tttgtgagcgtggctctgtacgatgtccgggacagcaggaagatctctgccgatttccac
gtggatttgaaccacacgctcgttagacagatgatttcagcttcttctctgtcagtagaa
aatggctctgtggaaaatgcagactccaatgaagtggaggaaccacaggtcaaggggttc
cccgaagaatggctgaaataccccaaacaggctcttttctccataagtaatcctcattct
gagatcgtattagtggcaaaaatagaaaaagtgcttacgggaaacattgccagcagtgct
gaaccttacatcaagaaccctgattcttccaagtgtgcacagaaggtgttaaaatccaac
aagcagttctgcagcaagctggggaagtaccgcatgccgtttgcgtggtcagtgagacca
gtgtttaaagataaccagggaaacgttgacagagactcccgattctcacctttattcagg
caagaaagtaataagatttccatggaagatttgattaaactaatagccgaatacagaaga
gcagagaagatcagcaaaatacagaccattcctggctgtttggagattgcagtcgactgt
gttcctttggaacacccaaactgtgtaacttcctccttcattccaatcaagccgtttaat
gacataagggagcatcagcctacagtggaagttgaggagtttgtgcaggaatcgagcaaa
tactctcggccttaccgagtatacaagaaccagatctacatataccccaggcacctcaag
tacgacagccagaagtacttcagcaaggcacggaatataacggtgtgcattgagtttaaa
agctcggacgaggaaggggcgaagccgctgaagtgcatttatgggaagccgggtggaccg
ctgttcacgacggcagcctacacggctgtactgcatcactcccagaaccccgatttctat
gatgaggtgaaaattgaacttcccactcaactccataagaaacaccacattctgttttcg
ttttatcatgtcacctgtgacataaatgcaaaagctaatgccaaaaagaaagaggctctg
gaaacaccagtggggtacgcgtggctccctttgctgaaagacgcccagttggcttcccag
gagcaccatgtgcccgtggcgagcagtctgcctcccagttacctgagccttcaagaacca
gcctgcgggaagcagatcggctgtgatgtgaaatgggtagatggtgggaaactgctcttc
aaagtctccacttttgttgtctcgacagtaaacactcaggatccatacctgaataatttt
ttccatcagtgccaagaaagggaaaaggatctgtcccagcctcctacctcaaactttatc
agttcttgtaagaatttgctgaggatcgagaagatccatgtaattatgaattttctccct
gtcgtcctgaatcagctcttctgggttttggtgcaaaacagcgatgatgaagttaccacg
gctgtgatcagggttcttaccaacattgttgctaagtgccacgaggaacagctggacaac
tgcatcaattcttacatgacgtatgtgttcaggaccaaatcattcgaagaaaggactgtt
catgaggagctggccaagaacatgactgggctgctgaagttaaatgaccaagtaacagtg
aaacaggttttaaagcattcctggttcttctttgcaattatcttaaaatcaatggcccag
cacttggttgatacaaacaaaacaaaggtttctcgaactcggaggtttccagactctttt
cagactgagctgggtacgcttgtgatggtcttagcagaccatgtcatttggaagtacaaa
gatgctcttgaagaaaccaggaatgcaaactacagcactgccaaatttctcaagcgctgt
ttcacatttatggatcgtggatttgtgttcaggatggtcaacaattacatcagtatgttt
ggaacaggagatggcaagactttacatcagttcaaattcgactttctccaagaagtctgt
caccacgagcactttatccccctgtgcctgcccatacggtcctcaaacattcctgaccct
gtgacgccttccgagtcaacgcacgaatatcgaacatcagatattccagagtacacgctg
accaatgagttttgccgtaagcattttctaattggcgtcctgctgcgggaggtgggtttc
gccctgcaggaagaccaggatattcggcacttagctttagccgtgctgaaaaacttgatg
gcaaagcattcctttgacgatcgatacgcagagccggcaaaacaggcacaaatagcaaac
ctgtacatgccgctctatggaatgctcttggacaacatgccacggatttacatgaaggat
atgttcctcttcaatatcaatacctccaatcagggatctcgcgatgacttgagcacagcc
gggggctttcagggccagactgcaatgaaacatgccaactcggtggacacgtccttctcc
aaagatgttctgaactctatagcagccttttcatcaatagctatctctgcagcaaaccat
gctgactccagagcttccttagcaagccttgaatctaacccaagtaccaatgaaaaaaac
agtgagagaactgacacgtgtgaaaagatcacgagacctttgtctttgattggatcaacg
cttcgctttgacaagctggatcaagctgaaactagaagccttcttatgtgtttccttcac
attatgaaaaccatttcggaagatgcactgatttcctactggttgcgagcaccgttctca
gaagtaaccgactttttcagcattttagaggtttgtctgcagaatttcagatacctggga
aagcgcaatatcgtgaggaaaattgctgctgcttttaagtttgttcaggccacccagaat
aatggaaccctgaaaggctcaaactcctctggccaagcgtcgggtctgctctcgcaatgg
atgcattctacttccagtcacgatggccacaagcatcacagatctcaaacattaccgata
atccgtggcaaaaatgcactttctaaccccaaactcttgcagatgatagacagcagcact
gcaagtaactccaacgaaacggacatcatgcagtatgtagacacagaggcaaatattgcc
accgaagtttccctcacaatccttgacctgttgtgtctttacaccctgaaccaccagagg
cagctccagcagtctgactgccagaacgccttgatgaagaaggtctttgacacgcacatg
ctctttttgcaaatcaaccagtccgcagctgctctcaagcatgtctttgcggccctgcgg
ctgttcgtaggcaagttcccatcagcgttcttccaaggacaagcagacctctgcggctcc
ctctgctatgaaatcctgaagtgctgtaaccacaggtcacgttcaactcagacagaggca
tctgctctgctttatttctttatgagaaagaacttcgaatttaacaagcagaaatcaata
gtcagatcccatctacagctcatcaaagcggtgagccagctgatagcggatgcaggcatc
ggtggatctcggtttcaacattcccttgcaattataaataattttgctaatggagacaag
cagatgaaaaacgttaatttcccagcagaggtgaaggatctgaccaaacgcatccgaacg
gttttgatggccacagctcagatgaaggagcacgagaaagaccctgagatgcttgtggac
ctgcagtacagcctggcaaactcctatgccagcacacccgaattacgcaggacgtggctt
gaaagcatggccaagattcatgcaagaaacggagatttatcggaggctgctatgtgctac
attcatatcgccgctctcattgccgagtacctgaaaagaaagggttactggaaaatggaa
aagattggtacctcacgtatgctgctggaagatggtccagtctctgatagtaatgtgtta
ctaacacctcacactggaggaagcttgttttccatgggctggcctgctttcctgagcatt
acccccaacattaaagaagaaggtgctatgaaggaagactccgggatgcaagatacgccc
tacaacgagaacattctcgtggagcagctggagctgtgtgttgagtacctgtggaagtct
gagaggtacgagctcattgccgaggtgaacaagcccatcattgctgtctttgagaagcag
agggactttaaaaggctgtctgacctctactacgacatccaccgctcctacctgaaggtc
gcagaagtggtgaactccgagaagcgtctctttgggcgatactaccgggttgcattttat
gggcaggggttttttgaagaggaggagggtaaagagtatatctataaagaacccaaatta
accggcttgtccgagatctctcaaaggctgatgaagctttacgcagacaagtttggaata
gataatgtgaagatcatccaggattccaacaaggtcaaccccaaagacctggatcccaaa
tatgcgtatatccaggtgacgtacgtcacgcccttctttgaggagaaagaagccgaagat
cgaaagactgactttgaaatgcatcacaacatcaaccgctttgtgtttgaaaccccgttc
acgctttcaggaaaaaagcacggaggcgtagaggagcagtgcaagaggcgcaccatcctg
acgaccagccacttgttcccctacgtgaagaagcgtattcaggtcatcagccaaaccagc
acggagctgaaccctattgaggtggcgattgatgagatgtctaaaaaagtctccgagctc
aatcagctttgcacaatggaagaggtggacatgatccgactgcagctcaagctccaggga
agcgtcagtgtcaaggtaaatgctggaccaatggcctatgctcgagcttttcttgaagag
tcaaatgctaagagataccctgataatcaagtgaagctgctgaaggaaatcttcaggcag
tttgcagaagcgtgtggacacgctcttgatgtcaacgagcgcctcattaaggaggatcag
tttgagtaccaaggggagatgaagtcccattacaaggacatgctcagcgagctctcggtg
gttatgaacgagcagatttcgtacaaggaggactcggcaaagcagccaggaatggagcgc
acgtactcacgggtcatcactagagccagctcctctgcgccagcagccaccaccccagca
aatgccgatgcttga
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integrated database retrieval system
