Nothobranchius furzeri (turquoise killifish): 107374798
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Entry
107374798 CDS
T05163
Name
(RefSeq) rho guanine nucleotide exchange factor 28-like isoform X1
KO
K21072
A-kinase anchor protein 28
Organism
nfu
Nothobranchius furzeri (turquoise killifish)
Brite
KEGG Orthology (KO) [BR:
nfu00001
]
09180 Brite Hierarchies
09182 Protein families: genetic information processing
04131 Membrane trafficking [BR:
nfu04131
]
107374798
Membrane trafficking [BR:
nfu04131
]
Others
Rho GTPase associated proteins
Rho guanine nucleotide exchange factors (GEFs)
107374798
BRITE hierarchy
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Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
PH_16
RhoGEF
PH
C1_1
SOS1_NGEF_PH
PH_13
Ank_2
C1_2
Motif
Other DBs
NCBI-GeneID:
107374798
NCBI-ProteinID:
XP_015798545
UniProt:
A0A1A7ZRZ6
LinkDB
All DBs
Position
sgr02:63703350..63767006
Genome browser
AA seq
1752 aa
AA seq
DB search
MEVNRKEVPLYGQVESQVMLQERLPEDALFYVVVRGSRLTHVTAAKTGDDEQTLSFVVPG
HDRAEVVSVTAYCYRNDQFHPCQGKSYIKYLRDVAQEAAEFFSANRDQFGPQSYQEVLSR
FPMLGQAADEELGDGLFDCSKQLPSIKSELDERITEALANMEYLQKWRNTYHHSDEVAEH
PNETLLHLAVHLGLPHLAHFLIHPPRGQEALMSPDEEGETLLQLAQTDGFYSMFRTLTDP
SGPEDTPPPGVWCLWSDSSRMLRLCPRTGSVILSVQQPPESCPLDAIKVLREKLEDNKVY
ELISVVRFDAGGDKRAKVEGQHSDEGISKDLHENETLSLDNVFEEQTDLFLTNNDGEEDI
ASSLSVNGLPTQTSEDQEFNQQETNDLISMINSGDQQTQAGDVDFRYRVCGVTRDSTETD
DNLWDTDDLLATDTPPPHSEDLHPPSCPLSPVDQALTRLNRSVSTQQTNHRDSPTMETCD
RSLVALELDSEEETMEPKSSLSPLLSDVGKSEEKRDAFHPAPNLPCTRSQSASTCEPTSK
DTREEGVRLRSYSYSSPKISFLPTRHHRDNHTSELSHDAVVHSVSHSRSLLQALSLSKST
LSLSLLHPGKQRASSVSEHSEKREARFRKRAQSADDEGSAELAESLQHLTLSEFLKEIEE
EELEKCNIPIKAESEKYKVIRTLSFLKSKMSSTRNKSKGKGKDREAKDKLLNGHLFASGS
CLGPTVCVVCDKPASGKDFQHCSGCTTIVHKGCKESVPPCLKKHQDKYAPTSVRNKTASL
PQNFTVRESPPQPRIPISLSQPVLVPNGKRESVMRSCSLSGSLPNNDSLLSEGSETESDV
QKLNSQSEELLPTPVSSVSNESSLGDDGIDSYILIPGDISADSVDYESESWSLTVEPKFC
NKQDKRDVKRQDVIYELMQTELHHLQTLHIMAEVFRRGMKEEVQLDEEAVERVFPCLDQL
LLFHHGLFAAMKERRQNSAQPQGDRNYIIQQIGDVLIQQFSDENGEKMKQVYGEFCSRHN
EAVSFFKELQQHNKRFHSFVKQQGNNSLVRRREIPECILLVTQRITKYPVLLERILHYTQ
EETEEHTSLSKALALIREVIAAVDLRVSEYELHQRLQEVWSRTENRSTAKLKSGYTFRKQ
DMMRSGQRLRHEGLLLWKTATGRLKDVLALLLTDALIFLQEKDQKYAFATVDQKPPVIPL
QKLIVREVANEEKGMFLISASSAGPEMYEVHTSSKEERNTWMRLIREAVESCPEEQEEYT
SESEEEKRAAEARFHKILKLHESLSSQDQQICSCLEEKLQIYSALTALRRTDVPLVEPRL
LVQPHSEEPPQAAGLLAAALKEAENLKASLSSGSPSSPGRDSDSVFLVIRPTLSDPVPLS
EAFPDSAVGSEENRPDAYALQPEAKDHNFIHSKVTQSVHSLTQLLYSLQAAVTIQDTYFD
VQRLLLQESGRPTPRALLLHLSSFRGNTLLEQEKQRNLEKQKEEVVAAQRLQDRLRQEKE
RWERECQSRESQQEELESRLEEREKQYQLASEKLRREQEELEEQLREYQQSLERLREGQR
SVERQREHLENQQKLLQTWNHGRQSSLPAVIPHMVIPLDEQQDSPPSHPRDYAGNGSVFV
NEAAFTSASFNNRHFQHKRNDPSAHNCFNTLLVRSNGRQSPIVPTPHGQHSDSQEWVMGT
GYFYDPAGRLRLQDSASEHGYNGETWMSTASGADPYVVLPHPDGRRLDLSHLVSLETDSD
REEGREETIVYL
NT seq
5259 nt
NT seq
+upstream
nt +downstream
nt
atggaggtgaacagaaaagaggtgcctttgtatggacaagttgaaagtcaagtgatgcta
caagaaagacttcctgaagatgcactgttttatgttgtcgttcgaggctctagacttaca
cacgtgacggcggcaaaaacaggcgacgatgagcagaccctttcttttgtggtaccaggc
cacgatcgtgcagaagttgtatctgttacagcctactgttatagaaatgatcagtttcat
ccatgccagggtaaatcatacattaaatacctcagagatgttgcccaggaggcagcagag
ttttttagtgcaaacagggaccagtttggacctcagagctaccaggaagtcctgagcagg
tttcctatgttagggcaggcagctgacgaggaactcggggatggactatttgactgcagc
aagcagcttccaagcataaaaagcgagctggatgagagaatcacggaggctctggccaac
atggaataccttcagaagtggagaaatacataccatcattctgatgaagttgctgaacac
cctaatgaaaccctccttcatcttgcggtgcatttgggtttaccacacctggcccatttt
ctaattcacccaccgagaggacaagaagcattgatgtcacctgatgaggaaggagaaacg
ctgctccaactggctcagacagatggattttattcgatgttcaggacgctgaccgatcca
tcagggcctgaagacactcccccacctggtgtgtggtgcttgtggtccgacagctcccgc
atgctgaggctctgtccaagaacaggttctgtcatcctctctgtgcagcaaccacctgaa
agctgccctctggatgccattaaggtccttcgagaaaaactagaagacaacaaggtttac
gaactgatcagtgtggtccgatttgatgctggtggagacaaaagagccaaagttgaaggt
caacatagtgatgaaggcatcagtaaggacctccatgagaacgagaccttgtcactggac
aatgtttttgaggagcagacagatctgtttctgacaaacaatgatggggaagaggacatt
gcatcctcattatctgtgaacggacttcccacacagaccagtgaagatcaggagttcaac
cagcaggaaaccaatgatttgatctccatgatcaacagcggcgaccagcaaacacaggct
ggtgatgttgactttaggtacagagtctgtggggtgacgagggacagcacggagaccgat
gacaatttatgggacacagatgatcttcttgcaacggacacccccccaccccattcagaa
gacctgcaccctccctcctgccctctctcaccagtggatcaggccctcacaaggctaaac
cgttctgtctccacccagcagaccaaccacagagacagcccaactatggaaacctgcgac
cgcagtctggtggctctggaactggacagcgaggaggagaccatggaaccaaagtcctct
ctttcccctctcttgtcagatgttgggaaaagtgaagagaaaagggatgcttttcatcca
gctcctaacctcccctgcactcgcagccagtctgcttccacatgtgaacccacctcaaaa
gacacgagggaagagggggttcgattgcgctcctattcctactcatccccaaaaatcagc
ttcctccctactcgtcatcaccgtgacaaccacacatcagaactcagtcacgatgccgtc
gtccacagtgtgagccacagccgatctctccttcaggcgctctctctgtctaaatccacc
ctgtctctgtctctgctccaccctggtaaacaaagagcctccagtgtttcagaacattct
gagaaaagggaggctaggttccgtaaacgggcccagtctgccgatgatgagggcagcgcg
gagctggctgagtccctccagcatctcaccttgtctgagtttctcaaagagattgaagag
gaagagttggaaaagtgtaacattccaatcaaagcagagtcggagaaatacaaagtcatc
cggactttaagtttcctcaagagcaagatgtcgagcacacgcaacaagagcaaggggaaa
gggaaggacagagaagccaaagacaagctgctaaatggacatctctttgcaagcggctcc
tgtttgggccccacagtgtgcgtggtttgtgacaagccagcctctggaaaggacttccag
cattgctcaggctgcactacaatcgtccacaaaggctgtaaggaatctgtccctccgtgc
ttgaagaaacatcaggataaatatgccccgacatcagtgagaaacaagacggcatctctc
ccacagaacttcacagtgagagaaagtccacctcagcccaggatccccatctctctgtcg
cagccagtcctagtcccaaatgggaaaagggaatctgtgatgcgatcgtgctctctctct
ggaagtctccctaacaacgacagtctgctcagtgagggttcagagacagaatctgacgtc
cagaagctgaacagccagtcagaagagctcctcccgactccggtgtcctcggtctccaat
gagtcgtccttgggagacgacggcatcgactcgtatatccttattcccggtgacatctct
gctgattctgtggattacgagtctgagtcctggagtctgacagtggagcccaagttttgc
aacaaacaggataaacgagatgtcaagaggcaagatgtaatctatgagctgatgcaaacg
gaactccaccacctgcagactctgcacatcatggccgaggtgttccggcgaggaatgaaa
gaagaagtgcagcttgatgaagaagcggtggagcgagtgttcccctgtctagatcagctg
ctgctttttcatcatgggctgtttgctgccatgaaggagcgaagacaaaactccgcccag
ccgcagggagacagaaactacataatccaacagataggagacgtcctgattcagcagttc
tcagatgagaatggagaaaaaatgaagcaggtttacggagagttctgtagtcgacacaat
gaagcagtcagcttcttcaaagagctccagcagcacaacaagaggtttcacagcttcgtt
aagcaacaaggtaacaactctttggtgcgacggagagagatcccagaatgcatcttgctc
gtaacccaaagaatcactaaataccctgtgctactggagaggatcctacattatacccag
gaggaaacagaagaacacaccagcctctcgaaggctctggctctaatccgagaggtgatc
gcagcggtggacctgagagtcagtgaatacgaactgcaccagaggctacaggaagtgtgg
agccgcacagagaaccgcagcacggccaagctgaagagcgggtacactttccgcaagcag
gacatgatgaggtccgggcaaaggctcagacacgagggccttcttctgtggaagaccgca
actggtcggcttaaggatgtcctggccctcctcctcactgatgcactgatcttcctccaa
gagaaggaccagaagtatgcttttgccaccgtggaccagaagcctccagtcattcctctg
cagaagttaatcgttcgggaagtagcgaacgaagagaaggggatgtttctgatcagcgcc
tcctctgcaggccccgaaatgtacgaggtccacacctcatctaaagaggagcgaaacacc
tggatgaggctcatcagagaggcggtagaaagctgtccagaggaacaagaggagtacaca
agtgaatcggaagaggagaagcgagctgctgaggctcgtttccataaaatcctcaagctg
cacgagagcttgtccagccaggaccagcagatctgctcctgcctggaggagaagctgcag
atctactcggcgctcaccgctctgaggcggacggacgtgccacttgtcgaaccgcggctg
ctggttcagccgcactcagaggagccgccacaggctgccgggctgctggcagcagccctg
aaagaggctgagaacctcaaagcctcactctcctccggttctccatcaagtcccggtcgg
gactcagactccgtgtttcttgttattcgcccaacactctcagatcccgtccccctcagc
gaggcttttcctgatagcgcagtcggcagtgaggagaaccgacccgatgcctatgctctt
cagccagaagctaaagatcacaacttcatacactccaaagttacccaaagtgtccacagt
ctgactcagctgctgtacagtttgcaggctgcagtaaccatccaggacacttacttcgac
gttcagcgtctcctcctccaagagagtgggcgccccacgcctcgggccctgcttctgcac
ctctcaagcttccggggcaacacgttactggagcaggagaagcagcgcaacctggagaag
cagaaggaggaggtggtggcagctcagaggctccaggacagactgcgccaggagaaggag
cgttgggagcgcgagtgccagtcgagggagagccagcaggaggagctggagagcaggctg
gaggagagggagaagcagtaccagctggcttcagagaagctgaggcgtgagcaggaggag
ctggaggaacaacttagggagtaccaacaaagtctggagcggctgagagagggccaaagg
agtgtggagcggcagcgagagcatctggagaaccagcagaagctgctccagacctggaat
catgggcggcagagcagcctcccagctgtgattcctcacatggtcatccctctagatgag
caacaggactctccaccaagtcatccccgagattacgctggcaacggctcggtgtttgtg
aacgaggccgcgttcaccagcgccagctttaacaaccgccacttccaacacaaaagaaac
gaccctagtgcacacaactgtttcaacaccctgctggtcaggtctaacggcagacagtcc
cctattgtcccgacccctcacggccaacattcagactctcaggaatgggtgatgggcaca
gggtacttctacgatcctgcaggaagactacggctgcaggactcagccagtgagcatggt
tataacggagagacctggatgtcgacggcaagtggagctgacccatacgtggtgctcccg
catcccgatggcagacggctggacctgagtcacctggtttccttggagactgacagcgat
cgggaggagggcagggaggaaaccatcgtgtacctttga
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integrated database retrieval system
