Salmo salar (Atlantic salmon): 106571865
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Entry
106571865 CDS
T04363
Name
(RefSeq) membrane-associated guanylate kinase, WW and PDZ domain-containing protein 1-like
KO
K05631
atrophin-1 interacting protein 3 (BAI1-associated protein 1)
Organism
sasa
Salmo salar (Atlantic salmon)
Pathway
sasa04530
Tight junction
Brite
KEGG Orthology (KO) [BR:
sasa00001
]
09140 Cellular Processes
09144 Cellular community - eukaryotes
04530 Tight junction
106571865
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Gene cluster
GFIT
Motif
Pfam:
PDZ
MAGI_u5
PDZ_6
PDZ_2
WW
Guanylate_kin
MAGI_u1
DUF6288
Tricorn_PDZ
Motif
Other DBs
NCBI-GeneID:
106571865
NCBI-ProteinID:
XP_014000843
UniProt:
A0A1S3MCB3
LinkDB
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Position
ssa15:57788683..58019542
Genome browser
AA seq
1609 aa
AA seq
DB search
MSKVILKKNHWITKITECAMIRDAHGELNVELRGGAENGEFPYIGEVREDVLVHKNGQML
EGELLLEVEGLSVSGLPLYDIWTLMKSCKGPLRLKTVRQGNKLNKDLKHYLSLKFQKYSL
DHELQQTIRANLYRHAVPCTTRPPRDGEVPGVDYNFMSIEDLLNLEQSGTLLEIGTYEGN
YYGTPKPPRQPVVGTVIFSDAVLLNGPPGTKSYNDMQNARVVPADYKDDDQATEMNNSFT
GSLVRSLFPSPLLCTGNPSDQDESRSGFLRPYPARENAPSYGLNNVAASTSDNGQQTHAQ
PQASPEDPLGPLPDNWEMAYTENGEVYFIDHNTKTTSWIDPRCLEKPLKPLEECEDDEEG
VHTEEPDNELELPAGWEKIDDPVYGVYYVDHINRKTQYENPIVEARRRMQLEQQQPQPPE
GERYIREWIEEHSSAGAPLANYANNHLETYRDPQVPPPLPPAPGGAKRGKPFFTRNPAEL
KGTFINTKLKKSRRGFGFTVVGGDEPDEFLQIKSLVLDGPAAVDGKMETGDVIVSVNDTI
VLGYTHAQVVKIFQSIPIGSMVDLALCRGYPLPFDPDDPNTSLVTSVAILDKEPIIVNGQ
ESYDSPSSHGSQTGGPVNGMREPRAHSPSAEVASNGSHGYSSSDVVTLASSIAGQPELIT
VHMEKGDKGFGFTIADSLTGGGQRVKQIVDYPRCRGLKESDILMEVNKRNVQSMSHNQVV
DLLSKCPRGSEVTMLVQRGVVPAKRSPKLVQQLERKDSQSSSQHSVCSHRSTHIDSPSHP
PSNMPSEAMAPPPAAPTQPLPGLPPLPTQDPGDGTMTLQKKPDPFKIWAQSRSMYESRQP
DCQEQEIFLWRKDTGFGFRILGGNEPGEPIYIGHIVKYGAADEDGRLRSGDELICVDGTA
VVGKSHQLVVQLMQQAAKQGHVNLTVRRKSSGYGVSKGEGDVPPSPASSHHSSTQAPSLT
EGKRTPQGSQNSLNTVSSGSGSTSGIGSGGGGGSGSAVVTAALQPYDVEIQRGENEGFGF
VIVSSVSRPDAGTTFAGNACVAMPHKIGRIIEGSPADRCGKLKVGDRILSVNGCSITNKS
HSDIVNLIKEAGNTVSLRIIPGDESSNASLLTNAEKIATITTTHTPQTATEPRNNSKSKQ
APPPPPPTQAQPSQDAEFYSVDLERDSKGFGFSLRGGREYNMDLYVLRLAEDGAAVRNGK
MRVGDEILEINGESTKNMKHARAIELIKNGGRRAHLVLKRGDGSVPEYDSSHDGHSPTPG
AQNSPEVRTLPPNSRYHTSSESSYPPDFHKPSRHKDAAQGRDRDRMEYQGRHFNPHHHHT
WNNNHSHTIPIQHYPENSGGNNKKSRGRKVNKSESESGISKLLKTLRKDSSGKRAAAAAA
AKERERELSASSSTLDPRYSRPRRGSLDRSPTRKHNASPDRRRAKSMDRRAERAHRDSTP
EKENEDGGFLSHAATPEQPLYDRRLLREPQTPGRAYLEANTPERLNKRVSSLSLSRGWTP
GRGSLKNGNLLRDSPVETREERYGMNGTPERRDSSPDSSYSREELNYYSTLKNNASTHNH
AGYNNAGHCNNAAGHNNAAGHNNAVGRAQNQFPEPMRRLYKESPKDLSI
NT seq
4830 nt
NT seq
+upstream
nt +downstream
nt
atgtcaaaagtaatcctgaagaaaaaccactggatcaccaaaattactgagtgcgcgatg
attcgggacgctcacggggaattgaatgtggagctgcgcggtggcgcggagaacggagag
tttccctacatcggggaagtcagagaggatgtgttggttcataaaaacggacaaatgtta
gagggggagttactgctggaagttgagggtctctcggtgtctggattacccctctatgac
atctggactctaatgaagagttgcaagggtcccctcaggttgaaaactgtccgacaaggt
aacaaactgaacaaggacctgaagcactacctgagcctgaagtttcagaaatactctctt
gaccatgagctccaacagaccatcagagctaacctctaccgccacgctgtgccttgtacg
acacgcccccctcgagacggtgaggtccctggggttgattacaactttatgtccatagag
gacttactaaatcttgagcagagcggaacactactggaaataggaacgtatgaaggtaac
tattatgggacccccaagccgccgaggcagcccgtggttgggacagtgattttcagtgat
gctgtgctcctcaacggccccccaggcaccaagtcctacaatgacatgcaaaacgcccga
gtagtgcctgctgactacaaggatgacgaccaggccacggaaatgaacaacagttttaca
ggatccttagtgcgtagtctattcccctctcccttgttgtgcacaggtaaccctagcgac
caggacgagagccgcagcggctttcttcggccatatcccgcacgcgagaatgctccgtcc
tatggtctgaacaacgtggccgcctccacctcggacaacgggcagcagacgcacgcccaa
ccccaggcctctcctgaagaccccctgggacccctgccagacaactgggagatggcctac
acagagaatggagaagtctactttatagaccacaacacaaagaccacatcatggatcgac
ccccgctgtcttgagaaacctctaaaacctctggaagagtgtgaggatgatgaagaaggg
gtacatactgaggaaccagacaatgaactagagctgcctgcaggatgggagaagatagat
gacccagtgtatggggtgtactacgtagatcacatcaacaggaagacccagtatgagaac
cccatagtggaggctaggcgcaggatgcagctggagcagcagcagccgcagcctcctgaa
ggtgagcggtacattcgagagtggatagaggagcactcctcagctggtgctcctctggcc
aactatgccaataaccacctagagacgtaccgcgacccgcaggtcccgcccccgctgccc
cctgctccgggaggggccaaacgagggaagccattcttcacacggaacccagcggagctg
aagggaactttcatcaacaccaaactgaagaagagccgccgcggattcggcttcaccgta
gttgggggcgacgagccggatgagttcctgcagatcaagagtttagtcctggacggtcct
gctgctgtggatgggaagatggagacaggtgatgtgatagtgagtgtgaatgacaccatc
gttctgggctacacccacgcccaggtggtgaagatcttccagtccattccgatcggctcc
atggtggacctggccctgtgccgtggctaccccctgccctttgaccctgacgaccccaac
accagcctggtgacctccgtggccatcctggacaaggagcccatcatcgttaatggccag
gagagctacgactctccgtccagccacggcagtcagaccggagggcctgttaacgggatg
agggagccgcgggcccacagtccctcagcagaggtggcgtccaacggctctcacggctac
tcctccagcgacgtggtcaccctggcatcatccatcgctgggcagccagagctgatcaca
gtgcacatggagaaaggcgataagggctttgggttcaccatcgctgacagcctgacggga
gggggtcagagggtgaagcagatcgtggattacccccgctgcaggggcctgaaggagtca
gacattctgatggaggtgaacaagaggaacgtccagagcatgagccacaaccaggtggtg
gacctgctcagcaagtgtcccagagggagcgaggtcaccatgctggtgcagagaggagtg
gtgccggccaagaggagccccaagctggtgcagcagctggagaggaaggacagtcagagc
agctcccagcacagtgtgtgcagccatcgcagcacccacatagactcccccagccacccc
ccctccaacatgcccagtgaggccatggccccccctccggccgcacccactcagccgctg
cctggcttgcctccgctgcccacccaggaccctggagatggcaccatgaccctccagaag
aagccagaccccttcaagatctgggcccagtccaggagcatgtatgagagcagacagcca
gattgccaggagcaggagattttcctgtggcggaaggatacaggatttgggttccgcatc
cttggaggaaatgagcccggggagccgatctacattgggcacatagtgaagtacggtgca
gcagatgaggacggacgcctgcgttcgggggatgagctcatctgtgtggacggcacggcg
gtggtggggaagtctcaccagctggtggtgcagctgatgcagcaggccgccaagcagggc
cacgtcaacctcaccgtccgacgcaagagctctggatacggagtttcgaaaggggagggt
gacgtgcccccgtcccctgcctcgtcccaccacagcagcacccaggccccctccctgacg
gagggcaagcggaccccccagggcagccagaactccctcaacacggtcagctccggcagt
ggctccaccagtggcatcggcagtgggggaggaggtggctccggcagtgctgtggttacc
gcagccctgcagccctatgacgtggagatccaacgtggagagaacgagggcttcggattc
gtcattgtgtcatctgtctctaggcctgatgctgggactacgttcgctggaaatgcatgt
gtggccatgccccacaaaatagggcgcatcatcgaggggagccctgcggaccgctgtggg
aagctgaaggtgggcgatcgcatcttgtccgtcaacggctgctccattaccaacaagtcc
cactcggacatcgtcaacctgatcaaggaggccgggaacacagtgtctctgaggatcatt
cctggtgatgagtcctccaacgcgtctctgttgaccaacgctgagaagattgccaccatc
accaccacgcacacaccccaaactgccacggagcctcggaacaactcaaagtcgaaacag
gctcctcctccacctcctccaacacaagctcagccctcacaggatgccgagttctactct
gtggatctggagcgggacagtaaaggctttgggttcagcctgagaggaggacgggagtac
aacatggacctatatgtgttgaggctggctgaggatggggcggctgtcaggaatggcaag
atgagggtgggagatgagatcctggagatcaacggcgagagcacaaagaacatgaagcac
gcacgggccatcgagctgatcaagaatggtggccggagggcacatctggtcctcaagagg
ggcgatggatctgtacctgaatatgactccagccatgacgggcactctcccacacccggg
gcacaaaactctccggaagtgagaaccctgccaccaaacagccgatatcacacctcatcg
gagtccagttatccaccagactttcacaaaccatcacgccacaaggatgctgcgcagggc
cgagacagggacaggatggagtaccagggccggcactttaacccccaccaccatcacacc
tggaacaacaaccacagccataccatccccatccaacactaccctgaaaacagcggcggc
aacaataagaagagccggggccgcaaagtcaacaagtcagagtcagagagcggcatttca
aaactcttaaagactctgcgtaaggacagctctgggaagagggctgcagctgcagcggca
gctaaagaacgagagcgggagctctccgctagtagcagtactctagacccgaggtacagt
cgaccacgccgtggctccctcgaccgttcgcccactcgtaaacataacgcctcccctgac
cgacggcgggccaagtccatggaccgcagggcagagcgagcacaccgagacagcacaccc
gagaaggagaacgaggacggaggtttcctcagtcatgcggctactcctgaacaaccactc
tacgaccgcaggctcctgagggaaccacagaccccgggccgagcctacttagaggccaac
accccagagcgcctgaacaaaagggtttcctccctgtctctttccagggggtggactccc
ggcagaggcagcctgaagaacggcaacctcctgagggactcgccggttgagacgagggag
gaaaggtatgggatgaacggaacgccagagagaagagattcgtctccagacagcagctat
agcagggaggagctgaactactacagtacactgaagaacaatgcctccactcacaaccac
gcaggctacaacaacgcaggacactgcaacaacgcagcaggacacaacaacgcagcagga
cacaacaacgcagtaggtcgcgcccagaaccagttccccgagcctatgagaaggctttac
aaagagagccccaaggacctcagcatctga
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