Antennarius striatus (striated frogfish): 137588194
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Entry
137588194 CDS
T10427
Name
(RefSeq) ras-associating and dilute domain-containing protein-like isoform X1
KO
K26418
Ras-associating and dilute domain-containing protein
Organism
astr Antennarius striatus (striated frogfish)
Pathway
astr04520
Adherens junction
Brite
KEGG Orthology (KO) [BR:
astr00001
]
09140 Cellular Processes
09144 Cellular community - eukaryotes
04520 Adherens junction
137588194
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Paralog
GFIT
Motif
Pfam:
DIL
RA
PDZ_6
PDZ
PDZ_2
Motif
Other DBs
NCBI-GeneID:
137588194
NCBI-ProteinID:
XP_068161219
LinkDB
All DBs
Position
21:5675091..5700086
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AA seq
1266 aa
AA seq
DB search
MNQMKVCSTELRSLPPRPPTLPAASPKTRFVKLRRKTGDGSQRSALSTSDPSTTTTRSTE
GVPVRQPSKSRIRHHTNRLSGVFLRSPVSGSTALTSAGMRSRKGSMHSADSLRVDDPSEL
SNQITAPGILKVFGNEICEGAHYKSVLATTHSSAKELVKEALERYGLNKEEAKSYVLCDT
IGSAGNHQWRTEGFRVVGDNEKPLLLQSLWKPREGLARRFEIQRRSWIEEKTSKDKDTIT
AGINAQARKLQKSRSRVTSSLMEKTMGQSHKLWRSKSEMDLLDSDPDAKKNPVHDELRES
LKQTSVRSYERLKRSPEQSHIHSPAFPYEGDGGAQTKTETLCPSRGEREGEESEREETES
SDDSTTQYSIHPPQDCPYLLLLQGCSVTQDLVIYLLTEPDVVFGLQSEHKAGLKPGFPLF
ADDILPRHCHFHRHSAGSPTILCPCQDALVTRNGDVLRKEVKLNPGDVIGMGRGYLFLFK
DPLALGHKETEQVGNVTPEPTMTGVSWMLSPTFTFTPTNHPEERVLCNACITSCTDSSNK
SLKGLPFLKSLGGHNLTLKYEAENEDHIVREIIAMGQDSLKHRPPMTVAFLLCLCVQYSS
SCLHTSDLRRLLLLIASGVQSTMWEYTKDLAAVQPEVLDVNGSNPEDLQAPRIHAIISGL
RPLVVWMSNSLELLQFIQFQLPLILEWRMRKEQDDEDTRDALLEHRLSCIRSASQETLAV
LEEVIMLAFQQCVYYITKVLYPILPDLLDCCPFKDPRVINKSPQVLYSSGLQIPGEIQHL
ITVLSNTCRLLSDCQLHPEISSQLIGYLFYFINASLFNSLMERGSEPGFYQWSSGVHMRT
SLDLLLDWAYTAGLGEVAMEHTRSLSSVINLLATPRRNLLQTSWMSLRSHYPALSPAQLN
HLLSLYSPAPPCRHTWTPPGHDQSAAHNTDEILESFDTHHPLVLPDGSYQFQLGKEVTDS
ALEVELEEFKSNKVTAIEKRKRNVISMEAKLTKADILPDTFDISPVQMVSSQVTANGPLS
LSAPGPLPPSSPSTPFCSSIHLDEFTSCGALLLTQKLRSLQLQTRETESSETRRSTLDPS
CLLTPPNTPHLTDPIDMMTTNQDEYVGVESETLGTWSSDVGEYDEGGLVFECLSALKVDV
KPDLSSMERCVEEEEEGINDHCDNNNDELFSLELERDERGLGLTLVDATDSSSKVKGFFV
RAVVPNSPAARCEKLAPGDRILAVNGVSLLGPDHQNGKELIQLSGDRLRLLVARSDWMAK
AIPSQC
NT seq
3801 nt
NT seq
+upstream
nt +downstream
nt
atgaatcagatgaaagtttgttccacggagctgcgctcgctcccccccagacccccgact
ctacctgcagcctcaccgaagacacggttcgtcaaactgagaaggaaaaccggcgatggc
tctcagcgatcagctttgtccactagtgacccatccaccaccaccaccaggtcgactgaa
ggagtgcctgtccggcagccgagcaagagtcgcatccgtcaccataccaaccgcctctca
ggcgtcttcctccgcagcccagtctcaggctccacagcactgacatcagcaggcatgagg
tccaggaagggaagcatgcactctgctgacagtttgcgagtcgacgacccatctgaattg
tccaaccagataacggctccaggaatcttgaaggtctttggaaatgaaatctgtgagggc
gctcactacaagagcgtcctggccaccacacactccagcgctaaagaactggtcaaagag
gcccttgaacgctacggcttgaacaaggaggaagccaagtcctacgtgctctgtgacacc
atcggctccgctggtaaccatcaatggaggacggaagggttcagagttgtgggcgacaac
gaaaaaccactcctcctgcagtcactatggaaacccagggaaggcctggcgagacgcttt
gaaatccagaggagaagttggatagaggagaagacatctaaggacaaagacaccattaca
gctggtattaatgcccaggctagaaagctacagaaaagccgatccagggtgacttcttcc
ctcatggaaaagactatggggcaaagccacaaactgtggaggagcaaaagtgagatggat
ctcttagattctgatccagatgccaaaaagaacccagttcatgatgagctaagggagagc
ctgaagcaaacttcagtgcggagctatgagcggctaaaaagaagcccggaacagagtcac
attcacagcccagcgtttccctatgagggggatggaggggctcaaaccaagacagagacc
ctctgtccatcaagaggagagcgggaaggagaggagtcagagagagaggaaacggagagc
agcgacgatagcaccacacagtactccattcaccctcctcaggactgtccgtacctgctg
ctgctgcagggctgcagcgtcacacaggatcttgtcatctacttacttaccgagccagac
gttgtatttggtctgcaaagtgaacataaagctggtttgaaacccggctttcctctcttt
gccgatgacatccttccgagacactgccattttcatcgccacagcgctggcagccctacg
atcctctgtccttgccaggatgcgctggtcacaaggaatggggacgtgctgagaaaagaa
gtgaagcttaatcctggagatgttattgggatgggacggggctacctgtttcttttcaaa
gatcccctagctctgggacacaaggaaactgagcaggtgggcaatgttactcctgagcca
accatgactggtgtttcctggatgctcagtcctacctttaccttcactccaacaaaccat
cctgaagaaagggtcctctgcaatgcctgcatcacaagctgcactgattcaagcaacaaa
tctctcaaaggcctccccttcctaaaatcactaggaggacacaacctgactctgaaatac
gaggctgagaacgaagatcacatcgtcagggagattatcgcaatgggacaagacagcctc
aaacatcgaccgccaatgactgtggcctttttgctgtgcttgtgtgttcagtattcgtct
tcatgtcttcatacctcagacttgcgaaggctgctgctgctcatcgccagtggagtccag
agcaccatgtgggagtacacgaaggacctggcagcagtccagcctgaagttcttgatgtc
aatggttcaaacccagaggaccttcaagctcccagaatccatgcgataatctccggactg
cgccctctggtggtgtggatgtccaacagcctggagttgctgcagttcatccagttccag
ctgccacttattctggagtggagaatgagaaaagagcaggatgatgaagatacgagggat
gcgctgttggaacaccgtctgtcctgcatccggtcagccagtcaggagacgctggctgtc
ctggaggaggtcatcatgctcgctttccagcagtgtgtgtactacatcacaaaggtcctc
taccccatcctgcctgatcttctggactgctgcccgttcaaggacccacgggtgataaac
aagagtccacaggttctgtacagcagtggtcttcagatccctggtgagatacagcatctc
atcacagtcctgagcaacacctgcaggctcctctctgactgtcagctccacccggagatt
tcctcacagcttattggctacctcttctatttcatcaacgcgtcactcttcaactcgctg
atggagagaggctctgagccagggttctaccagtggtccagcggtgtgcacatgagaacc
agtctagacttgctgctggactgggcctacacagccggactgggagaagtggccatggaa
cacacacgctctctgtcgtcagtcatcaacctgctggcgacacctagaaggaatttactg
cagacatcctggatgtcattacggtcacactacccggccctgagtccggcccagctgaac
cacctgctgagcctttacagcccagcgcctccatgcagacatacctggactccacctggt
catgaccagtctgcagcacacaacactgatgaaatcctggaaagttttgacacccatcat
cctctggtgctgccagatggttcttaccagttccaactgggaaaggaagtaacagattca
gccctggaagttgaactggaagagttcaagtctaacaaggtcacagctattgagaaacga
aagagaaatgtcatctccatggaggctaaactgaccaaggcggacatccttccagacact
ttcgatatatctccagtacagatggtctcatcccaggttacggccaatggcccgctgtcc
ctaagtgctcctggacctttacctccatcatccccatcaactcctttttgttcgtccatt
catctggatgagttcacctcctgtggcgccctcctgttgacccagaagctcagaagtcta
cagctgcagaccagagagactgagagtagtgagacaagaaggtcaactctggacccctcc
tgtctcttgacaccgcccaacaccccacacctcacagatcccattgatatgatgacaacc
aaccaagatgagtatgtgggggttgaaagtgagacacttggtacctggtcctctgatgta
ggtgaatatgatgaaggtggattagtgtttgagtgtctatctgcactaaaggtagacgtg
aaaccagatctctccagtatggaaagatgtgttgaagaggaagaggagggcattaatgac
cattgcgataataacaatgatgagctttttagcttggagctggagcgagatgaaagagga
cttggactcactctggttgatgcaacagactcttcttcgaaagtcaaaggtttctttgtg
cgtgctgtcgtcccaaattctcctgctgcccgatgtgagaagctggcaccaggagatagg
atcctggctgttaatggagtcagtttgcttggaccggaccaccagaatggaaaggagctg
atccagttgtcaggtgacagactgaggttactggttgccaggtcggactggatggctaaa
gcaataccgagtcaatgctga
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