Scylla paramamosain (green mud crab): 135102910
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Entry
135102910 CDS
T11531
Name
(RefSeq) arf-GAP with coiled-coil, ANK repeat and PH domain-containing protein 2-like isoform X1
KO
K12489
Arf-GAP with coiled-coil, ANK repeat and PH domain-containing protein
Organism
sprm Scylla paramamosain (green mud crab)
Pathway
sprm04144
Endocytosis
Brite
KEGG Orthology (KO) [BR:
sprm00001
]
09140 Cellular Processes
09141 Transport and catabolism
04144 Endocytosis
135102910
09180 Brite Hierarchies
09182 Protein families: genetic information processing
04131 Membrane trafficking [BR:
sprm04131
]
135102910
09183 Protein families: signaling and cellular processes
04147 Exosome [BR:
sprm04147
]
135102910
Membrane trafficking [BR:
sprm04131
]
Endocytosis
Arf GTPases and associated proteins
Arf associated proteins
135102910
Protein recycling
Rab GTPases and associated proteins
Other Rab GTPase associated proteins
135102910
Exosome [BR:
sprm04147
]
Exosomal proteins
Exosomal proteins of haemopoietic cells (B-cell, T-cell, DC-cell, reticulocyte, and mast cell)
135102910
BRITE hierarchy
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
BAR_3
ArfGap
Ank_2
PH
Ank_4
Ank
Ank_5
BAR
Ank_3
Motif
Other DBs
NCBI-GeneID:
135102910
NCBI-ProteinID:
XP_063864631
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All DBs
Position
8:complement(18793421..18849914)
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AA seq
841 aa
AA seq
DB search
MRAIIDNIECQRDSPRFRQVLEENEKDLDILESKLEKVVKQCNQMVAAGKQFNQEQEQLI
HTLWDCAGYFSDDSSVQAALNRMLSALREAAKYHVILVDQAARAVTKNLSSFIKNELHKV
KDLRHYFEKVSGDMDSVLHRASSVSRTRTQDVNDINNLVIATRRAFRHTAVDYVHAMSIA
QGKKRHEVVGALLSYLKAYSTFYHQGTDLCDDLKPSLEKISEEVNLMRQEVSDLDKNMEN
RHTDVTDKDLVLSVDQLDNSQPVTMYGYLFKRTTNAFKSWNRRYFTLQNNQLVYRKRSGV
RKSVRNSGGSNLLNSGLTRSNEGEEVTVMEEDLRLCTVKAAVDVDRRFCFEVVSPFKCHM
LQAESEESYNSWISALQRGIGQALQLSSHENSFTFGNDAPSPSPNPPKGLGATTTPGDSN
NSSPATTPQASTAHKAHLWQELMSIPGNDLCCDCGASNPRWASINLGVTLCIECSGIHRS
LGVHYSKVRSLTLDAWEPEMVKLMHDLGNSVINRIYLATYVPGESSGPPAAKPDSQRSVR
EDWIKVKYVERRYVKPLPTASELENNSHQQRTWGIPRRPRHSRAPRVSKSSSGSLDASLS
SVGDTHDQEESHSEITNMSPEAGTPLADVLLLDIDIQSPTRDAQEILETSDDYSTDDRNP
SYVKEESLSSLYPDMVLYRASEADNLGMISYSLALEANKNWHNPDDNGQTPLHQAVASCS
VRSVQHLLINGAKVNEQDYSGRTPLHLAALKSNIGQVCLFLKHRVDLNIKDNDGQKAIDL
AVQSNEPDVVTLLRVASLSEDIDRDGGGEDNNMLTDFLRDFQEKMVKQVHNRSLQKDGEI
P
NT seq
2526 nt
NT seq
+upstream
nt +downstream
nt
atgagggcaatcatagacaatattgaatgtcagagagactctcctaggtttagacaagtc
ttagaagaaaatgagaaagacttggatattttagaaagcaaattggaaaaggtagtgaaa
caatgcaatcagatggtggctgcaggaaagcagttcaatcaagaacaagagcagttgatt
cataccctgtgggactgtgctggatattttagtgatgactcaagtgtgcaggcagcactg
aaccgcatgttgtctgctctcagggaagctgccaaataccatgtcatacttgttgatcag
gctgccagggcagtcaccaaaaacctttcaagcttcattaaaaatgagctacacaaagtg
aaggatctgaggcactactttgagaaggtcagtggagacatggacagtgtgttgcatcgt
gcatcgagtgtgtcccgcactcgcacacaggatgtaaatgacataaacaatctggtcatt
gccacaaggagggccttccgtcacactgctgttgactatgtgcatgccatgtctattgcc
caaggcaagaagcggcatgaagtggttggtgctttgctatcctacttgaaggcctacagt
accttctaccatcaaggaactgatctgtgtgatgacctgaaaccttccctggaaaagatc
agtgaagaggtaaacttaatgagacaagaagtgagtgatttggacaagaacatggaaaac
cggcacactgatgtcacagacaaggacttggtgttgtctgtggatcagctagacaactct
cagcctgtcactatgtatggatatctcttcaagcgaaccactaatgctttcaaatcctgg
aatcgtaggtacttcacactgcaaaataaccagcttgtttaccgaaagcggtcaggtgtt
cgaaaatctgtcaggaactcaggaggaagtaatctgctcaatagtggtttgacaagatca
aatgaaggggaggaagtgactgtaatggaagaagatcttcgcctgtgtactgttaaagca
gcagttgatgtggatcgcaggttttgttttgaagttgtgtcaccatttaaatgtcacatg
cttcaggctgagagtgaagaaagctacaactcatggataagcgctttgcagcggggtatt
ggtcaagccttgcagttaagttcccatgagaatagcttcacctttgggaatgacgcccca
tctccttctcctaacccaccgaagggactaggggcaaccactacaccaggggactcaaac
aactcctctcctgccactacacctcaggcatctacagcacataaggctcacttgtggcaa
gagttgatgagcatcccaggaaatgacctctgttgtgattgtggtgcaagtaatccaaga
tgggcttcaataaatttaggagtcacactttgtattgaatgttctgggattcaccgaagc
ctaggagtgcattattccaaggtacgatcactaacactggatgcttgggagccagagatg
gtgaagttgatgcatgaccttggaaactctgtcatcaacaggatctacttggccacatac
gtaccaggagaaagctcagggcctcctgcagctaaacctgacagtcaaagatcagttaga
gaggattggatcaaagtaaaatatgttgagcgacgatatgtgaagcctttgcctacagca
tcagaacttgaaaacaattcacaccaacaaaggacgtggggcattccccgcaggccacgg
cattcaagggcgccaagagtgtcaaaatcaagcagtggcagtctagatgcatctctcagc
agtgttggggatacccatgaccaagaagaatctcactctgaaataacaaatatgtcccct
gaagctggtactcctctggcagatgtattactgctggacattgatattcagtctcctact
agagatgcacaagagatcttagagacaagtgatgactactccactgacgacaggaatcct
agttatgttaaggaagaatcactgtcaagcttatacccagatatggtgttatatcgggca
agtgaagctgacaacctgggtatgataagctacagccttgcactggaagctaacaagaac
tggcacaatccagatgataatggacaaactccactccatcaggcagtggctagttgttca
gtaaggtcagttcagcaccttctgattaatggagcaaaagtcaatgaacaagattacagt
ggtcgcacacctttacaccttgctgctttgaagtccaacattggtcaggtgtgcctgttt
ctgaaacatagggtggacttgaacataaaagataatgatggccagaaagctattgatctt
gctgttcaaagcaatgaaccagatgtagtaacactcctgagggtggccagcctgagtgag
gacattgaccgtgatggaggtggtgaagacaacaacatgcttacagacttcttgagggac
tttcaggaaaagatggtaaaacaagtccacaacaggtccctgcaaaaagatggtgaaata
ccttag
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