Amphiura filiformis: 140148837
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Entry
140148837 CDS
T10871
Name
(RefSeq) LOW QUALITY PROTEIN: dedicator of cytokinesis protein 1-like
KO
K13708
dedicator of cytokinesis protein 1
Organism
afil Amphiura filiformis
Pathway
afil04148
Efferocytosis
afil05100
Bacterial invasion of epithelial cells
Brite
KEGG Orthology (KO) [BR:
afil00001
]
09140 Cellular Processes
09141 Transport and catabolism
04148 Efferocytosis
140148837
09160 Human Diseases
09171 Infectious disease: bacterial
05100 Bacterial invasion of epithelial cells
140148837
09180 Brite Hierarchies
09182 Protein families: genetic information processing
04131 Membrane trafficking [BR:
afil04131
]
140148837
Membrane trafficking [BR:
afil04131
]
Others
Rho GTPase associated proteins
Rho guanine nucleotide exchange factors (GEFs)
140148837
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
TPR_DOCK
DOCK_N
DOCK-C2
DHR-2_Lobe_C
DHR-2_Lobe_A
DHR-2_Lobe_B
SH3_1
SH3_2
SH3_9
Motif
Other DBs
NCBI-GeneID:
140148837
NCBI-ProteinID:
XP_072027014
LinkDB
All DBs
Position
3:complement(58949629..59047433)
Genome browser
AA seq
1880 aa
AA seq
DB search
MTGWVPSTSAKYAVAIYNFAASGPFELQLSVGDAVQILEECSGWYRGSKTRNRTAKGIFP
KGYVHIKDACVESHRDGVRETVTPKETPVVHELTTVLREWGVLWKSLYVTRQMELFEHIH
KMSQELIDCQRKVLSGTLPVDELKEQKQIITTRIDMGNRKLGLDLVIRDDEGGILNPIEQ
SSVLLYRLHEIAQTRIGKQEKFLDSFTGATQRYKKPSTVYSYNLFVTVKNVVCRIGEDAD
VLMSLYDVNESQHISENYVVKWSSKGTPMDLDMLYNLKTLFTDLGAKDLQREKVFLVCQI
IRLGRMELKEGGGDSKKSTMGLKRPFGVAAMEITDILSGKIDTDEDKQYFLPFQQCSSDE
SLEALVKRFVVAKEINHKGQGIWAALKLLPGEVKQIRNEYPHLVDQKTAIARKMGFPEVI
MPGDVRNDVYVTLIQGEFDRGSRPKPKNVEVGISVCDQDSNVIKDVIYTAAGEHASSSYQ
SVVYYQVKSPKFNETVKVAIPIEQFCHANTHLRFSFKHRSATEAKDRQEKVFAIAYLRLM
TDIGTTITNGHHELLVYKVDKSQEHIKAYLGLPATRSDMERRGSHERRLSGSRDNVQHKG
LVLSSKESLTISTVVCSTKLTQNVDLLGLLKWKTDRLNIKVSLESLMKVDGEEVVKFLQD
TLDALFGIMTESPHSDEYDEPVFNALIFIIGLIADRKYQQFRPVLDTYIREHYSVTFADL
KLMRVLKNYMDNAGEKGTQELLLKSLKALEYIFRFVIRSRELFIGLYGDTKGRVQFESSI
RDVFLSLKWLMTYTQDIMVLCQGAAMKYIPHVITDTMTQFSPVELAQLLKEFLQALPPER
LVKQKLDCIKDLVHSDIYKKRECRTVLTPMITMQVKQLMDKREEMKTCADVLTELLDILH
HKDMGSTHSDISEVMHTLLRTVIQSVVYMYLDDDTGLIGRYVSCMVSILRQMTEYHYSEY
INAFSTRVDLVDFLMEIFLVFKDLIAKGVYPSDWMTMIMQQNSVILFAMKQFAKVLNRSF
VRIEEFEFQLWNNFFHLAVAFVTQDALQLENFSPGKRAKILERYGDMRREVGFEIIRTMW
NYLGKNKIKFIPEMVGPFIEVTLIPETELRRATIPIFFDMMQCEFQIKGNFNAFEHEIIS
QLDALVEGGKGDDSYRELFKQIMGDFCQQHQFLCKDGLHFVNLVSKALTRLLDYRAIIHE
ESKENRMSCTVNLLNFYKDIDRQDMYVRYLYKLCDLHLDCDNYTEAAFALQLHADRLKWS
NQPLMQHNYRYPDSRTERELKIALFSDVMEYFDKGKLWEKAIALCKELGNQYEKEIFNYT
ELSKLLQRQSHYYDNIMQNPRPAPEYFKVFYIGRAFPSFLRNKMFIYRGKDYERLADFVA
RLQQQFPAATLMNRTTQPDKAVLESESQILQIVPVQPLREDKREFRGKMISDQILSYYSV
NEVQKFTYSRPFHKGKKXTRTMSSRQCGXKEHTSVLLTXLPGILRWFEVTSYSTEELSPI
RNAIENMEDVNRKLKQMILRHQEDDNLPINPLSLQLNGVIDSAVMGGPAMYEKAFCIEQY
GTDNPEDSIHIQRLKELFAEQIPLVEIGLAIHHNKITEGLKPFQQKMEDMFVKRKEMVEE
RYGKKLLEDIAICPNDRLIQNFAKRLSRPGTFSGRPLSAMSSSSGSSGTESRSSMISNPD
SLVTTSSKSSKDKTKDKESKDKTKEKESKDKLKEKDSKDSPAKVQAKRNSKDFSHSQDEL
DAISAPPKEAAKPIILDEKLSSARPLRKNMKKANHSPLPRPMKAVNMPTKTSSGDVPPLL
PPKQAYSDYSNLPSMNVAPKKPPMVAPKKPPKTIQVLPNKGEAPPLPAKEGPVTATPPMT
RKYSNSSSIASNASSEDHLA
NT seq
5643 nt
NT seq
+upstream
nt +downstream
nt
atgaccggatgggtgcctagcacgtcggctaaatatgcagttgccatctacaactttgct
gcatccggcccattcgaactacaactcagtgttggagatgccgtgcaaattcttgaagaa
tgttcagggtggtacagaggttctaaaaccagaaacaggactgcaaagggtatatttcct
aaaggttacgtgcacatcaaggatgcatgcgtggagagccatagggatggagtcagggaa
acagtcaccccaaaggagacccccgtagtacatgaattaacaacagtgttacgtgaatgg
ggtgtcttatggaagtcactctatgtgacacggcagatggaattgtttgaacacatccac
aagatgtcacaagaattaattgactgtcaacgcaaggtgctatccggcacgctacctgta
gatgaactcaaagaacaaaagcaaatcattaccacgagaatagacatgggaaatagaaaa
ttaggtcttgatctggtaatacgagatgacgagggcggtatactcaatccaatcgaacag
agtagtgtacttctgtataggctacatgagattgcacaaactagaataggaaaacaagaa
aaatttttggattccttcacaggggccacccagaggtacaagaaacccagcactgtgtac
tcgtacaacctgtttgttacagtgaagaatgtagtatgtcgtataggagaggacgcagat
gtcctcatgagtttatatgatgttaatgaatctcaacatataagtgaaaattatgttgta
aagtggagcagtaaaggtacccccatggacctggatatgctgtacaacctcaaaacatta
tttactgaccttggtgctaaagacttacaaagagaaaaagtcttcttggtttgccaaatt
attagattagggagaatggagctgaaagagggaggaggggatagtaagaaatccacgatg
ggtttaaagaggccctttggggtcgctgccatggagattacagacatattgtctggcaaa
atagacaccgatgaagataaacagtactttctaccatttcaacagtgctcaagcgatgaa
tctttagaggctttagtcaagaggtttgttgttgccaaggagatcaatcataaaggacaa
ggtatatgggctgctcttaaactactacctggagaagttaaacagattcgcaatgaatac
cctcatcttgtggatcagaaaacagccattgcaaggaagatgggattccctgaagtcatt
atgccaggtgatgtacgcaatgatgtgtatgtgactttgattcagggagagtttgacagg
ggcagtaggcctaaaccaaagaatgtagaggttggaatctcagtctgtgatcaagatagc
aatgttatcaaggatgtgatttacacagcagcaggggaacatgccagcagcagctaccaa
tcagttgtgtactatcaagtcaagtcaccaaagtttaatgaaacagtaaaggttgcaata
cccatagagcagttctgccatgctaacacacatctcaggtttagctttaaacatcgctca
gcaacagaggccaaagacaggcaggagaaagtgtttgctatagcctaccttcgtctgatg
acagatatcggtacgaccatcaccaatggacatcatgaactactggtctataaggttgat
aaatcccaagagcacatcaaggcttacctcggcttgccagcgaccagatcagacatggag
aggagggggagtcatgagaggagattatcaggtagcagagacaatgtccaacataaaggc
ctagtactaagttccaaagaaagccttactatatcaacagtagtgtgctcaactaaactc
acacagaatgttgacctgctgggtttattgaaatggaagacggatcgtctgaacatcaaa
gtcagtctggagtctcttatgaaggtggatggagaagaagtagttaagtttttacaagat
acccttgatgcattgtttggtatcatgacagagagtcctcattcagatgagtatgatgag
ccagtctttaatgccttgatattcatcattggtttgatagctgataggaaataccagcaa
ttcaggcctgtgctagacacatacatcagggaacactatagtgtcacatttgctgacctc
aaactgatgagagtactgaagaattacatggacaatgccggtgagaaaggaacccaggaa
ctactactgaaatcactcaaagccctcgaatacatcttcagatttgttattcgttcaagg
gagttattcataggcttatatggtgataccaaaggaagagttcaatttgaatcctctata
cgggatgtattcctgtctctcaaatggcttatgacgtatacacaggatatcatggtatta
tgtcagggtgctgctatgaagtatatcccacatgtgatcacagacaccatgactcaattc
agtccagtggagctagctcagttactcaaggagttcttacaagccttacctccggagaga
cttgtcaaacaaaaacttgattgtatcaaggatcttgtacatagtgatatctacaagaaa
agagaatgtcgtacagtacttacaccaatgattactatgcaagtcaagcagctgatggat
aagagagaagagatgaagacttgtgcagacgtcttgacggaactattagatatattacat
cataaagatatgggttcaactcacagtgatatatcagaagtgatgcatactttactaagg
actgtcatacagtcggtggtctacatgtatttagatgacgatacaggtcttatagggaga
tatgtgtcctgcatggtgtccatactaagacagatgacagaataccactactctgagtac
atcaatgccttctcaactagggtagatctagtggatttccttatggagatatttctagta
ttcaaagatcttatcgcaaaaggagtgtacccatcagattggatgactatgataatgcaa
caaaacagtgtgattctatttgccatgaagcaatttgccaaggtgctcaacagatccttt
gttcggattgaggaatttgagttccagctgtggaacaatttcttccatctggccgtagcc
tttgttacccaggatgcattgcagctggaaaacttcagtccagggaaaagggcaaagatt
ctagaaagatacggtgacatgagaagagaagtgggttttgaaattatccgtaccatgtgg
aattacctgggcaagaacaagatcaaatttatcccagagatggtgggtccattcatagag
gtcacactcatcccagagacagaactcaggagagctacaatacctatcttttttgatatg
atgcagtgtgaattccaaatcaaaggaaacttcaatgcgtttgagcatgagataatcagt
cagttagatgctctggtagaaggcggtaaaggggacgatagctacagagaactcttcaaa
caaatcatgggggacttctgtcagcagcatcaattcctatgcaaggatggtttacacttt
gtcaatctagtatccaaggctttaacacgattactagactatagggctattatacatgag
gagagcaaggagaatagaatgagttgtactgtcaacttattgaatttctacaaggacata
gatcgtcaggatatgtatgtgaggtacctgtacaagttatgtgaccttcatctggattgt
gataactacacagaggctgcatttgctttacaactacatgctgacagattaaaatggtcg
aaccagcctttgatgcaacacaattatagatatccagattctagaacggagagggagctc
aagattgcactgttttctgatgtcatggagtactttgacaaaggaaagttatgggagaaa
gctatagcattgtgtaaagaactgggcaaccaatatgaaaaggagatattcaactacacc
gagctcagcaaattactgcaaagacaatctcactactacgataacatcatgcagaaccct
agaccagcacctgagtatttcaaagttttctacattggtcgtgccttcccatcattcctc
aggaataagatgttcatctatcgaggcaaggactacgagagattagctgactttgtagcg
agattacaacagcagttccctgctgcaacattgatgaatagaaccacacaaccagataaa
gctgtcttggaatcagaatcacaaatattacaaatagtccctgtgcaacccttaagagaa
gacaaaagagagttcagaggcaagatgatcagtgaccaaatcttgagctactattcagtg
aatgaggtgcagaagtttacctactcaagaccatttcataaaggcaagaaanngacaagg
acaatgagttcaagacaatgtggatagaaagaacatacttcagtactgcttacanaacta
ccggggatccttagatggtttgaagtcactagctatagtacggaggaactcagtcccatc
cgcaatgccatagagaatatggaggatgtgaatcgtaaactgaagcagatgatattaaga
catcaagaagatgataatctacctatcaatccactaagcttacaactcaatggagtcata
gattctgctgtcatgggaggaccagctatgtatgaaaaggcattttgtatagaacagtat
ggaactgataatccagaagacagtatacacatacagaggctcaaggaactctttgctgaa
cagattccacttgtagaaattggcttggcaatacatcacaacaagatcacagaaggtttg
aagccattccaacagaagatggaagatatgtttgtgaagaggaaagagatggtagaagag
agatatggcaagaagttacttgaggacattgctatttgtcccaacgacagactaatccag
aactttgctaagagattatcaagaccaggcacattttctggcagacccttgtcagcgatg
tcaagttcatcagggtcatcgggaacagagtctaggagtagtatgatatctaacccggac
tcacttgtaactacctccagtaaatcatcaaaagacaaaaccaaggacaaagaaagcaag
gacaaaactaaggaaaaggagagcaaggacaaactgaaggagaaggatagcaaggatagt
ccagccaaagtacaagctaaaaggaacagtaaagatttctcacattctcaagatgaatta
gatgcaattagtgccccacccaaggaagccgccaagccaataatcttggatgaaaagctt
tccagtgccagaccattgagaaagaatatgaagaaagccaaccattccccattacctaga
ccaatgaaagctgtcaatatgcccactaagacttcctcaggagatgtgccaccattattg
ccacccaagcaagcttacagtgactattctaacttgccaagtatgaatgttgcaccgaag
aagccacccatggttgcacctaagaaaccacccaaaactatacaggtcttgccaaataag
ggagaggctccaccacttcctgccaaagaaggtcctgtcaccgcaacacctccaatgacg
agaaaatattccaattcatccagtatagcctccaatgctagctccgaagatcatcttgcc
tga
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