Solea solea (common sole): 131465413
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Entry
131465413 CDS
T10853
Name
(RefSeq) disks large homolog 1-like isoform X1
KO
K12076
disks large protein 1
Organism
ssoe Solea solea (common sole)
Pathway
ssoe04530
Tight junction
Brite
KEGG Orthology (KO) [BR:
ssoe00001
]
09140 Cellular Processes
09144 Cellular community - eukaryotes
04530 Tight junction
131465413
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03036 Chromosome and associated proteins [BR:
ssoe03036
]
131465413
Chromosome and associated proteins [BR:
ssoe03036
]
Eukaryotic type
Centrosome formation proteins
Other centrosome associated proteins
131465413
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
PDZ
Guanylate_kin
MAGUK_N_PEST
PDZ_6
PDZ_assoc
PDZ_2
L27_1
DUF6288
SH3_1
SH3_2
CmlA_N
Motif
Other DBs
NCBI-GeneID:
131465413
NCBI-ProteinID:
XP_058494059
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All DBs
Position
9:18701635..18797698
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AA seq
1231 aa
AA seq
DB search
MPVRQKDAQRALELLQQYRTKLEQRRHNQTQTKQGHVEEDHQLQQSLDRVINVFQSQLFS
ALLDIQEYYELTILADSKCSVDQTDGSEGLSESSNLSTLLPDQPQALSGSLTPLTCGEQN
QPTPLVRKPRSIKSPAPPVPPGIPPNISETQPSTPQPHSAKVKYRAPIPPVQTEDSKSTE
TSPLSSPSAATVNGVETHAGYIKTPPGVSLNGTKRKLTATNSGASSESSSTSVNPQSLPA
SPGLKQVTVSALVSSSIQGLLSPTTPDKLSPTATTPITSRGPNRLIDAAAVAKAPTTSKD
PGLGKVTPSTSPTSPNQGKFTFSNLSPTGPPGPLTKGPHLSPTSPGSVNVFSPSPSHGPD
SPRSATGPLTPTKKYRLQEEEGALSGAPKLHQHACQHHPLGVARELRDGGTLGREGGTWR
REGGGAGTMEREGGGSLGRDGSLVRRGDLRGPELVQVAERQLSQIQHVHGYVTHSHITPA
QVESPELPFDDEAWPHAEGERLHDVPAPPFSSLYSESHAYYQANPPPVVVNTDSIDVPPY
VNGTEADYEYEEVTLERGNSGLGFSIAGGTDNPHIGEDPSIFITKIIPGGAAAQNGRLRV
NDCIVRVNETDVRDVTHSGAVEALKDAGGLVRLCVRRRRSLSERVMDLKLVKGPKGLGFS
IAGGVGNQHVPGDNSIYVTKVIEGGAAHKDGRLQIGDKLVAVNGSCLEEVTHEEAVAVLK
STTDVVYLRISKHTSLFINDNFPPPDVTNSYSPQQDNHVSPYMSGSQSVSPAPLTTPRYS
PLPRAMTTDDDFTRDPRRVVLQRGSTGLGFNIVGGEDGEGIFISFILAGGPADLCGELRK
GDRILSVNGVDLSSATHEQAAAALKNAGQTVTIVAQYRPEEYSRFEAKIHDLREQMMTSS
VSSSSTSLRSTQKRTLYVRALFDYDGSAADLSAPNQALPFHFGDILHVSSAGEEEWWPAR
HLSPPPPNCPDVGVIPSRRRAEKKERSRLKTVRVTRSQDKSDQDDKELVTSGTSDSESSS
SGQEEVFLTYQPVVQQEVNYTRPVIVLGPMKDRINDDLISEFPDKFGSCVPHTTRPRRDY
EVDGRDYHFMSSRELMEREIQEHKFIEAGQYNNHLYGTSIQSVREVADKGKHCILDVSGN
AIKRLQLAGLYPIAVFISPLNVDNIQEMNKRFTEEQARKTYERAVKLEQEFTEYFTAKVQ
GSSLEEVYSQVKQIIEEQSGPYIWIPTKERL
NT seq
3696 nt
NT seq
+upstream
nt +downstream
nt
atgcctgtgcgacagaaagatgcccagcgagccctggagctgcttcagcagtaccggact
aaattagaacagaggcggcacaaccagacacagaccaaacagggccacgtggaggaagac
caccagctacagcagtctctggacagagtcatcaatgtcttccaaagtcagctcttcagt
gctctacttgatatccaggagtactatgagttgaccatccttgcagacagcaagtgttct
gtcgaccagacagatggttcagaaggactctctgaatcctctaacctgtcaacactactc
ccagaccagccacaggccctctctggttccctgacacccttaacttgtggtgaacaaaat
cagccgacacccttagttcgcaaacctaggtcaatcaagtctcctgcccctcctgtccca
cctggaataccccctaatatttcagaaacacagccgagtacgcctcagccacattcagcc
aaagtcaagtaccgtgccccaatccctccagtccaaactgaggactctaaatccacagag
acttctccactgtcttctccctctgctgccacagtgaacggtgtggaaacccacgcaggc
tatattaaaacacctcctggagtatcactgaatgggacaaagcgaaaacttactgccacc
aactctggggcttcatcagaaagctccagtacttcagtaaatcctcaaagtctccctgcc
tctcctggcctcaagcaggtgaccgtctcagctctggtctccagctccatccagggcctt
ttgtcaccaacaactcctgacaaacttagccccactgccaccacaccaattaccagccgg
ggtcctaacagactcatagatgctgcagctgtcgccaaagcgccgacaaccagcaaggac
ccaggattaggcaaagtcactcccagcacaagtccgaccagccccaaccagggaaaattt
accttcagcaacctcagccccacaggtcctccaggccccttgacaaaaggaccacatttg
agtcctaccagtcctgggtcagtaaatgtcttctccccaagccccagccatggtccagac
agccccaggtcagctacaggcccactgacccccaccaagaaatatcgacttcaagaagag
gaaggggcattatcaggcgcccccaaactccaccaacatgcctgccaacatcacccactg
ggagtagccagagagctgagggatggagggaccctggggagggaggggggaacctggagg
agggagggcggaggtgcagggaccatggagagagaggggggaggatcgctggggagggac
ggatctcttgttcgccgcggcgacctgcgcgggccggagttggtccaggtggcagagcgg
cagctgtctcagattcagcacgttcacggatacgtcactcactcgcacatcacacctgct
caggtagaatctcccgagcttccctttgatgatgaggcgtggcctcacgcagagggagag
aggctgcacgacgttcctgccccgcctttctcctccctctattccgaaagccatgcctac
taccaggccaacccccctccagtggtggtcaacacagacagcatcgacgtccccccatat
gtcaatggaacagaagcagactatgagtatgaggaagtcacgttggagcggggtaactct
ggccttgggttcagtatcgcaggagggactgataacccccacatcggagaagacccctcc
atcttcatcaccaagattatacctggaggtgctgcagctcaaaatggacgactcagggtg
aatgactgcatagtccgggtaaatgagacggacgtcagggacgtgacccacagtggcgct
gtggaggcactgaaagatgcaggaggtctggtccggctgtgtgtgcgacgcaggaggagc
ctctctgagagagtcatggaccttaaactggtcaaaggaccaaaaggtttagggttcagc
atagcaggtggagttggaaaccagcacgtcccaggtgacaacagcatctacgtgaccaaa
gtcatcgagggaggggctgcacacaaagacggacggctacaaataggggacaaacttgta
gctgtcaacggctcctgtttggaggaggtcactcacgaggaagcggtggctgtgctaaaa
tcgacgactgacgtcgtgtacctgcgcatctccaaacacacgtccctttttatcaatgac
aacttccctcctcctgatgtcactaattcgtattctccacaacaagacaaccacgtgagc
ccgtacatgagtggcagtcagtctgtaagccccgctccgttaaccacacccagatactcc
cctctgcccagggccatgaccacagacgacgacttcaccagagaccccaggcgggtggtg
ttgcagcgcgggtcaacaggtctcggttttaacattgttggaggagaggacggagaggga
atcttcatctctttcatcctggccggaggtccggctgatctctgtggggagctacggaag
ggagaccgcatcctctcggtgaacggtgtggacttgtccagtgcaacacatgagcaggca
gctgcagctctgaagaatgcaggacagaccgtcaccatagtagcacagtacagaccagag
gagtacagtcgttttgaggccaagatccatgacctgagagaacagatgatgaccagcagt
gtcagctccagctccacgtcgctccgctccacacaaaaacgcacactctatgtcagagcg
ctgttcgactacgacggcagtgcggcggatctgagcgcgcccaatcaggccctacctttt
cactttggggacatcctccatgtgagcagtgccggggaagaggagtggtggcccgcccgt
cacctcagccccccgccgccaaactgccccgacgtcggggtcatccccagccgcaggagg
gcagagaagaaagagaggtcgcggttaaagacagtcagagtgacgaggtctcaggacaaa
tcggatcaggatgataaagagctggtaacctctggcaccagcgatagtgagagtagttcc
tctggccaggaggaggtcttccttacctaccagcctgtcgtgcagcaagaagtgaattac
acacggccagtcatcgtgctcggaccaatgaaagatcggatcaacgatgacctcatctct
gagtttcctgataagtttggctcctgtgtcccgcacacaacacggccgcgacgggactac
gaggtggacggcagagattatcacttcatgtcctccagagagctcatggagcgagagatt
caggaacataaattcattgaggccggacagtacaacaaccacctgtatggaaccagcata
cagtctgtacgagaggtcgctgacaagggtaaacattgtatactggatgtatcagggaat
gcaataaagcgtctccagttggcaggactctatcccatagctgtcttcattagcccgctc
aatgtcgacaacatccaagagatgaacaaacgttttactgaggagcaggcaaggaagact
tacgagagagctgttaaactggagcaggagttcacagagtacttcactgctaaagtccag
ggctcttctctagaggaagtgtactcgcaggtgaagcagatcattgaggagcagtcaggt
ccatacatctggataccgaccaaggaacgactttga
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