Syngnathoides biaculeatus (alligator pipefish): 133513645
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Entry
133513645 CDS
T09681
Name
(RefSeq) formin-1-like isoform X1
KO
K10367
formin 1
Organism
sbia
Syngnathoides biaculeatus (alligator pipefish)
Brite
KEGG Orthology (KO) [BR:
sbia00001
]
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
04812 Cytoskeleton proteins [BR:
sbia04812
]
133513645
Cytoskeleton proteins [BR:
sbia04812
]
Eukaryotic cytoskeleton proteins
Actin filaments / Microfilaments
Actin-binding proteins
Formins
133513645
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
FH2
Motif
Other DBs
NCBI-GeneID:
133513645
NCBI-ProteinID:
XP_061700580
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All DBs
Position
15:complement(13300203..13352887)
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AA seq
1284 aa
AA seq
DB search
MSSVMEGTHTVLLLYVPIRELSNISLYFPKQPVPRLKYKSRTPPSAQTGNDHDCGKEDLP
VSKQRSQSSNSSSKPFGYQRATKAAVAELCLLASEHHQLLADLLSLCRDCANKVKMGDQI
GKMQDFNKADPGGEDDCSKNSSSRGSTATKSRKMKMKGGKRLDSAKYSPRSQMKSEITNG
TSSFDLPARKSATAVSTMEETPGTSLPVYVSHGPFVDTVSNPLLPIAEPFQITREVWDFV
EDNRTFDSDVDFCNDFSECDSEQGFASASCSLMDGLARRESGSNLRPIKKFPTENATVKS
THQLLCENSQKDNGVRLVARVQDLEGKVQRVSPISPNGSGSSDSYTGTSTHPKEFGQLRE
SNRDTSVMVSREKTGPKLAEGLQLPLSYTHELQNLAKPHTKSPTSPFLAGIFNTSFPSSK
SLQSTSAASSPSPKIHHRIVLLPDHDVDPERDSSSNTVEPKPFTEVAHKNGHRRTAAHLD
LELSKRPSHSGKWNSSGNSTTTEDSLLRHEDIWMLDGDDPQEPVSPVPRPDHLDFLRITP
PEDDIIGNTPYYPKLERTTESTSPADSEDRTPGRLQAVWPPPKSKDEEEKVGLKYTEAEH
QAALLQLKRECKEDLERMHSDFELQIFQLRGEHAVSISKLEDVITKIQKDKSYNVARGET
RDVAVSTADDPTTKTCRTVGIQTDRETFIKSPEVEAGGLVQAANQNAPKKLNLDSIGLNL
GLKTASGPAGPVPPPPPLPGPSGPPPPPPPPLPGIMGAPPPPPPPLLAGGCPPPPPPPPP
PGLPGAGPPPPPPPPGSNPPPPPAMGGFSLTHMLEKPPRKPAIEPASPMKPLYWTRIQIH
DDNNNTLWGSLEEPDIDPKEFEDLFSKATTQPLKKPLSDTYEKKAKTKKIIKLLDGKRSQ
AVGILISSLHLEMKDIQQAVLNVDNSVVDLETIEALYENRASADELDKIKKHYKTSKEDE
VKLLDKPEQFLYELSQIPNFAGRAHCIIFRSIFLDTISSIRCKVEIIKNVCKELLERKSV
REVMGLVLAFGNYMNGGNRTRGQADGFTLEILPKLKDVKSRDNHMSLVDYVVLYYLRNID
HVSCLQLNRWEKLFMHLLIVIFFQHAGTDKSVYPLLEPQELFQAAQVKFEDLMKDIRKLK
KDLTTCERDMQKVCADSAEEHLQPFREKMEGFVSTAKAEHSAEEDRFNAAQKRFQDMVSY
FGIKPKSGDKEVAPSHIFMLWYEFCNDFKNAWVRQSKNISKERLKEAQENIKKITDEKRV
ETKKINANSLKERLRQKESSVPSS
NT seq
3855 nt
NT seq
+upstream
nt +downstream
nt
atgtcgtccgttatggagggcacacacactgttttgcttctgtacgtgcccatccgtgag
ctcagcaacatcagcctatatttcccgaagcagccagtcccgagactcaagtataagagc
cgcacccctccttcagcccagaccggtaatgaccatgactgtggaaaggaggatctccct
gtgtccaaacaaagaagccagtcttccaactcctccagcaaacccttcggctaccagcgg
gccacaaaggcggctgttgcagaactctgcttgctggcttccgagcaccaccaattgctg
gcagacctcttatccctgtgcagggattgtgccaataaagtcaagatgggcgaccagatt
ggaaaaatgcaggatttcaacaaggccgacccgggaggtgaggatgactgcagcaaaaac
tcaagttcgcgagggagtacagcaacaaagagtagaaagatgaagatgaagggaggcaag
aggcttgatagtgcaaagtattccccacgcagtcagatgaagtcggaaattacaaatgga
acttcatcctttgatcttcctgcgagaaagagtgcaactgcagtctcaacaatggaggag
actccaggtacatcactacccgtctacgtgtcacacggtccttttgttgacacagtcagt
aatcctctcctgcctatagccgaacccttccagatcacacgagaggtctgggactttgtg
gaggacaaccggactttcgactcagatgtagatttctgcaatgacttctcagagtgtgac
agtgagcagggttttgcgtcagcctcttgcagcctgatggacggcctggcccgaagggaa
agtgggagtaaccttcggcctataaagaagtttccaacagagaatgcaacagtcaagtcc
actcatcagttgctctgtgaaaacagccagaaagataatggggtccggttggtggctaga
gtgcaggacttagagggcaaagtgcaacgtgtcagtcctataagcccaaatgggtcaggg
tcttctgattcttacacaggaactagcacacacccaaaggagtttggacaattgagagaa
tcaaacagagacacaagtgttatggttagtcgtgaaaagactggtccaaagcttgctgag
ggcctacagctccccctttcctatacccatgaactccagaacttagccaaacctcatacg
aagagccccacttcaccatttctggctggcatcttcaacacatccttccctagctcaaaa
agtcttcagagcacgtcagcagcctcgtcaccgagtccgaagatccaccatcggattgtg
ctgcttccagatcatgatgtagaccccgagcgagacagctccagcaacaccgttgagccc
aaacccttcaccgaggtcgctcacaagaacggccacagacgaacagccgcacatctggat
ttggagctcagcaaacggccgagccactccggaaagtggaattcttccggcaactccaca
acaacagaggactccctcctgcgtcatgaagatatttggatgctggatggcgatgaccct
caggaacccgtgtcccctgttccccgccccgatcacctggatttcctacgcattacacca
cctgaggatgacatcattgggaatacgccttattatcccaaactggagcgcacgacggag
tctacgtcacctgcagacagtgaggaccggactccgggtcgtctccaggctgtgtggcca
cctcccaaatccaaagatgaggaagaaaaggtcgggctcaagtacacggaggcagagcac
caggctgccctcctgcagctgaagagggaatgcaaggaagacttggagcgaatgcactca
gattttgagcttcagatcttccaacttcgaggcgagcatgctgtttcaatatcaaaactt
gaagatgtcatcaccaagattcaaaaagacaagagctacaatgtggcgcgcggagagacc
cgagacgtggccgtgtcgactgcggatgacccgacaaccaaaacgtgccgcaccgtgggg
atccagacagacagggagaccttcatcaagagcccagaggtcgaggcggggggtctcgtt
caagcggccaaccagaatgcgcccaaaaaacttaatttggactctatcggactcaatcta
gggcttaaaacagcttcagggcccgccggaccagttccgcctccgccacccctgccaggc
ccctcaggaccaccgccaccccctccacctccgctgccaggcattatgggagcaccgccg
ccaccgccaccacctttgctcgccgggggttgccctccgccacccccgccccctccccct
cctggtctacctggagcaggccctccgccccctccccctcctccaggctccaacccccca
ccacctccagccatgggggggttcagtttaactcatatgttagaaaagccccctcggaag
cccgctattgaacccgccagtcccatgaagcctttgtactggacccggatacaaatacat
gacgataacaacaacacattgtggggatccctggaggagccagacatcgatccaaaagag
tttgaagatctgttctccaaggccacaactcagccactgaagaaacctttgtcagacacg
tatgagaagaaagccaaaacaaaaaagataatcaagctgctggatgggaagcgctcacaa
gctgtcggcatccttatatcaagcctgcatctggaaatgaaagacattcagcaagctgtt
cttaatgtggataactcggtggtggatttggaaaccattgaggctttatatgaaaacagg
gcaagtgctgatgagctggacaagatcaagaaacattataagacctcaaaagaggatgaa
gtcaaactgctagacaaacctgaacagtttctctatgagctctcccagattcccaacttt
gcaggccgagcccactgcatcatcttccggtcaattttcctcgacactatctcctccatc
cgctgcaaagtggaaattataaagaatgtatgcaaagaactgctggagcgcaaaagtgtg
cgtgaagtaatgggtcttgttctggcctttgggaattatatgaatggagggaacaggaca
agaggtcaagctgatggctttactcttgagatcctccccaagttaaaggacgtcaagagc
agggacaatcacatgagtttggtggattatgtggttctgtactacctgcgaaatattgat
cacgtgagttgtcttcagttgaaccgatgggaaaaactattcatgcatttattaattgtt
atattcttccagcatgctggtacagacaagagtgtgtaccctctgctggaaccccaagaa
ttattccaggctgcacaggtcaaatttgaagatctaatgaaggacatcaggaagttgaag
aaagatttgacaacttgcgagcgagacatgcagaaggtgtgtgctgactcagcggaggaa
cacctccagccgttcagagaaaagatggagggattcgtctctaccgcaaaagcagagcat
tctgctgaagaggatcgcttcaacgctgcccaaaaaaggttccaggacatggtgagctac
tttgggataaagccaaagtcaggagataaagaagtggccccaagtcacatttttatgctc
tggtacgagttctgcaatgacttcaagaacgcttgggtacgccaaagcaagaacatctcc
aaggagaggttgaaggaagctcaagagaacatcaagaagatcacagacgagaagcgagtg
gaaaccaagaagatcaacgccaacagtctaaaagagaggctgcggcaaaaggagtcaagc
gtgccgtcgagttga
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