Eleginops maclovinus (Patagonian blennie): 134883441
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Entry
134883441 CDS
T09869
Symbol
fgd5a
Name
(RefSeq) FYVE, RhoGEF and PH domain-containing protein 5 isoform X1
KO
K05724
FYVE, RhoGEF and PH domain containing 5/6
Organism
emac
Eleginops maclovinus (Patagonian blennie)
Brite
KEGG Orthology (KO) [BR:
emac00001
]
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
04990 Domain-containing proteins not elsewhere classified [BR:
emac04990
]
134883441 (fgd5a)
Domain-containing proteins not elsewhere classified [BR:
emac04990
]
Pleckstrin homology (PH) domain-containing proteins
Dbl-Like RhoGEF family proteins
134883441 (fgd5a)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
RhoGEF
PH
FYVE
SOS1_NGEF_PH
PH_13
RHG20_PH
PH_9
PH_20
PH_11
FYVE_2
IQ_SEC7_PH
Motif
Other DBs
NCBI-GeneID:
134883441
NCBI-ProteinID:
XP_063767872
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All DBs
Position
20:24137689..24170315
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AA seq
1513 aa
AA seq
DB search
MNADFQNPLQVPRAKVRSHLTIKVQSKLMSKPCPPVLGPKPPVAPKPCPPHRLSNGDLDH
SDGESEELQEMAEENQDKEEESDAEDGVNDNGSNDIEEVVGGEMEQKTEKEVDILDNDHD
SIGSEDTVKAEDGSTVDTTEEENTDNNLNQLEGVNHTDENISTPSPPLAETKDETGEQAE
EEEQRSFRGNSEIVNGSSGHKNKHVEEPNLGDKDNDTELNEADEQNDDCLNGDLQTEDTE
QEDGGFAFGFSVLPTVTEEYPYDVIGPTDDASDTCESCDTVETGEIGVWQPERATKDLSG
CFRFTSSTEDVFGPYSVIGSLSPDMTDTADPEWSQDDTDDKPLTEMQTAAASNQEPYYVS
SDDVDKLDDKQALSELGDIEEGTEQSDQQNDKEKASESADEYADIDNSLCLQAEEEQQEC
VSSEDYVEIGDDDEEEELEKKPIKGKSAKERTAKRDQAFLSNRTSCQPRLRLCNITVPTD
VGRTPELTNRVVFAHTTEAFEEDIEELDCHIVPFYEDTDSESEEHIYAEAGFDSEGENFV
TFDRKTIVTRSRSYSGKITGYVPETVPEETGTEYQTHDYCTVALDKNSEPLSHSQQPGVN
CLTSTKSRRFLFYSRSAEGPELTLTTPTEINNSLKNEIRMRRKDDTLSLPCVITSSGSFS
QRSHQSSSGVSTPTSLVDIPPPFELAYITKRPVTKSSPSLLIQHEPSDTPKKKKSSFKRF
LALKFKRKSDSKGFSDGSVRSSRSSSESSHHGPVRVIELDRRSTGSSPSLQNHIVNRPNP
NLPSSLFLYKDHQRRKGDPKTFGRGVSRVESFEERSRRSAMPLPLTKPRSISFPSADTSD
YENIPAMNSDYENIQIPNRPTRSHTVTEFFEDPNRATVACNENDGYVDMNSFAGIDSITQ
ISKEDPESAYTEPFPMNAVSAGLSADEDHGRTSEEEEGAAEQSYDLQIDGRSRAFYVAKE
LVDSERLHVSALKYLQEDFRSAVMEAVGEEEEPVLEEQRLEEILGVLPQVYTIHSSILTE
LEERISQWEESQRVVDVILSRREDFGVFDTFISEYDRSMFLLEESCKDNQAFANIVRKFE
TRSPEEAEIPLKHQLLQVIVRVLQYRMLLTDYLNNLSPDSKEYEDTQAALVIVSEVADQA
NDNLKQGENLLRLVHIEYSVKGKRDLLKPGRMFVKEGTLMKVSRKSRQPRHLFLMNDIML
YTYPQQDGKYRLKNTLSLSGMKVSKPLLDNVLNCLKIEVSDITITLSASSVGEREDWFHT
LSRAIADHAAGLCTFGGPCSEAREKLWMALGEAAPVLVPVSHVMMCMNCNSDFSLTLRRH
HCNACGKVVCRACSRNRYPLKYLKDRVAKVCDHCYTELRKRGGSVSGACGNSSPRTHRAS
RPLSAVFQSLQPPSLWKSRKSTSPLNQVSLTVEGSTMSGSLQRRKKSKRKWKRLWFLLKD
KVLYTFTAPEDKVASESLPLQAFTVKLTERPEGEASSNVFHLYHKKTLYYTFRADDPNTA
RRWVNAMEEATVL
NT seq
4542 nt
NT seq
+upstream
nt +downstream
nt
atgaacgcagattttcaaaatccactgcaagtgccacgagcaaaggttcgcagtcatctg
accatcaaagtgcagtccaaactgatgtccaaaccgtgtccccctgtccttggtccaaaa
cctcctgtcgcccccaagccctgccccccacacaggctgagtaacggagacctggatcac
tctgatggggagagtgaggagctccaggaaatggctgaggagaatcaggacaaagaggag
gaaagtgatgcagaggatggggttaatgacaatggaagcaatgatatagaggaagtagta
ggaggagaaatggagcagaaaacggaaaaagaagtagacatattagataatgatcatgac
agcattggctctgaagacacggtaaaagcagaggatggttctaccgttgacactactgag
gaggaaaacactgacaataacttgaaccagcttgaaggtgtcaatcacactgatgaaaat
atatcaaccccttctcctcctcttgctgaaaccaaggatgaaacaggagagcaagcagaa
gaggaggagcagagaagttttaggggaaatagtgaaatagttaatggctcatcagggcat
aaaaacaaacatgtggaagagcccaatttgggtgataaggacaatgatacagaacttaac
gaagcagatgagcaaaatgatgattgtttgaacggtgatttacaaacagaagacacggag
caagaagatggaggatttgcatttggattcagcgtgcttcccactgtaactgaggagtat
ccctacgatgtgattggccccacggacgatgctagtgacacatgtgagtcatgtgacacg
gttgaaacaggggaaataggggtatggcaaccggaaagggccaccaaggacctctctggc
tgttttcgattcacatccagcactgaggatgtgtttgggccttattcggtcatcggatct
ctttcccctgatatgaccgacactgctgacccagagtggagtcaggatgataccgatgac
aaacctttgactgaaatgcaaacggcagctgcttctaaccaggaaccttactatgtgtca
tcagatgacgtagacaagctggatgataagcaagccctctcagaactgggagatatcgag
gagggcaccgagcagtctgatcaacaaaatgacaaggaaaaagccagcgagtcagcagat
gagtatgcagacattgacaattcactctgccttcaagctgaggaggagcagcaggagtgt
gtctcatcggaggattacgtcgagataggtgatgatgacgaagaggaggaattggaaaag
aaacctatcaagggaaaaagtgcaaaagagagaaccgctaaacgagaccaggctttcctc
agcaatcgaacaagctgccagcctcgcctcaggctgtgcaacatcacagtgccaacagac
gtaggccgcaccccggagctcaccaacagggtggtgtttgctcacaccaccgaggccttt
gaagaagacattgaggaactggactgccatattgtgcctttctatgaggacacagactcg
gagagtgaggagcatatatatgcagaggcggggtttgactctgaaggggagaactttgtg
acatttgatcggaagactatagtcacaaggtcacgctcttattctgggaaaattacaggt
tacgtcccagaaactgtaccagaggagacagggacggagtaccagactcatgactactgc
acagtggccttagataaaaacagtgaaccacttagccattcacagcagcctggggtcaac
tgtttgacgtccacgaaatctcgccgcttcttgttttattcccggtctgcagagggtcca
gagttgaccttgacaaccccgacagagatcaacaactctctaaagaatgaaatcaggatg
aggaggaaagacgataccctttcactcccatgtgtcataacttcttcggggagcttctcc
cagcgtagccatcaatcatccagtggagtttccacaccaacctctctggtggacatcccg
cccccctttgagctggcatacatcactaaaagaccagtcaccaagagttccccatcccta
ctgatccagcatgaacccagtgacacacccaagaagaagaagtcctccttcaagcgcttt
ctggcactcaagttcaagaggaagtcagattcgaagggtttcagtgatggaagtgttcgc
tcttcacgctcttcctcagaatccagccaccacggtccagtaagagtcatagagcttgat
cgtagaagcactggcagctctccttcgcttcagaaccacattgtgaaccgcccaaacccc
aacctgccatcatccttattcctctacaaagaccaccagagaaggaaaggtgaccccaaa
acttttgggaggggcgtctccagagtggagtctttcgaggaacgttctcggcgctccgcc
atgccgctacctttgaccaaaccacgctcgatctccttccccagtgcagacacctcagac
tatgagaacatcccggccatgaactcagactatgaaaacatccagatcccaaacagaccc
accagatcccacactgtgactgagttttttgaagacccaaatcgcgctacggttgcctgc
aacgagaatgacggatatgtggatatgaacagtttcgctgggattgacagcattacccag
atatcaaaagaagaccctgaaagtgcctacacggagcctttcccgatgaacgctgtctct
gctgggctgtcagcggacgaggaccacgggcgcacttcagaggaggaagagggggcggcc
gagcagagttatgacctacagattgatggccgatcccgagcgttctacgtcgccaaagag
ctcgtcgactcagagagactacacgtcagcgccctcaagtaccttcaagaggactttagg
tctgcagtgatggaggcggtgggggaggaagaggagcctgtgctggaggagcagaggtta
gaagagatattgggcgtactcccccaggtctacaccattcacagcagcatccttactgag
ctcgaggaacgcattagtcagtgggaggaaagccaaagggtggtggatgtgatcctgtca
cgtcgcgaggactttggggtgtttgacacttttatctcagagtatgaccgcagcatgttc
ttactggaggagagctgcaaggacaaccaggccttcgccaacatcgtcaggaaatttgag
acaagaagcccagaagaagctgaaatcccactgaaacaccagcttctgcaggttatagtg
agagtgcttcaatatcggatgctactcacagattacctgaacaatctctctcctgattct
aaagaatacgaggacacgcaagctgccttggtgatcgtgtcggaggtggcagaccaggcc
aatgacaatctgaaacagggggagaacttgctgcgtctggtccacatcgagtacagcgtg
aagggcaagagggacctcctgaagcccggaaggatgtttgtcaaagagggcactctgatg
aaggtctcgaggaaaagcaggcagcctcgacacctgtttctgatgaacgatataatgctg
tacacctatccgcagcaggatgggaaatacaggcttaagaacacgctgtctttgtccggg
atgaaggtgagcaaacccctcctcgacaacgtgctgaactgtctgaagatcgaggtgtca
gacatcaccataacgctgtcagccagttcagtgggagagcgtgaggactggttccacact
ctgagtcgagctatagccgaccacgctgcagggctctgtacgtttggtggaccctgcagt
gaggcccgtgagaagctgtggatggcgctgggagaagctgctcctgtgctggtgcctgtt
tctcatgtgatgatgtgcatgaactgcaactctgacttcagcctcacactgagacgccac
cactgcaatgcctgtggcaaggtggtgtgccgagcttgttccaggaacagataccctctg
aagtacctcaaagacagggtggctaaagtctgtgatcactgttatactgagctcaggaaa
agaggtggcagcgtgtctggggcgtgcggtaactccagccctaggactcaccgggccagc
cgtccgctctctgctgtcttccagagcctgcagcccccgagcctgtggaagagcaggaag
agcacctcccctctcaaccaggtgtcgcttaccgtggagggctccaccatgagcggcagc
ctgcagcgccggaaaaagagcaagaggaagtggaagcgactctggttcctcctcaaagac
aaggtgctctacaccttcacagccccggaggataaagtggcttcagagagtctaccactg
caggctttcactgtcaagctgaccgagaggccagagggagaagcgagcagcaacgtcttc
catctgtatcacaagaaaaccctgtactacaccttcagggcggatgatcctaacaccgca
cgcaggtgggtcaatgccatggaggaagctactgttttatag
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