Salmo trutta (river trout): 115201121
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Entry
115201121 CDS
T08542
Name
(RefSeq) SUN domain-containing protein 1-like isoform X1
KO
K19347
SUN domain-containing protein 1/2
Organism
stru
Salmo trutta (river trout)
Pathway
stru04820
Cytoskeleton in muscle cells
Brite
KEGG Orthology (KO) [BR:
stru00001
]
09140 Cellular Processes
09142 Cell motility
04820 Cytoskeleton in muscle cells
115201121
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03036 Chromosome and associated proteins [BR:
stru03036
]
115201121
Chromosome and associated proteins [BR:
stru03036
]
Eukaryotic type
Centrosome formation proteins
LINC complex
115201121
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Sad1_UNC
Motif
Other DBs
NCBI-GeneID:
115201121
NCBI-ProteinID:
XP_029620284
Ensembl:
ENSSTUG00000014056
LinkDB
All DBs
Position
10:complement(11990834..12014731)
Genome browser
AA seq
1020 aa
AA seq
DB search
MDHSKVNSRAPPPGNTGYTYSHSSSYSTTALDFEKEHRITPVLESPRMSRRSLRLHSTTG
LYGDDSMDSSLNHMYHSASFSAGGASRRDSKALKSRRSQQHSVSCSQSLLLTTPHKSQQH
NSSLHSVAASDASLLSSMLDKSCIQERTLVEGFWGLDEDSEFKERTMTDYSMCEANGDIN
SAQTQTSMVNGSFGKDHTIHSDRNDALTTYSKHSSTAARSATGKQALTAPAASPPSTIYA
RDKSRKHRTGVLVSFSDNCVRVSRRAAASVASVFSLLLQSVLLRSRKEGKDTCLNHSRRA
AAFTVCVVTLLIQTAVLKMGSVGRKVLNGAHSSYCGSMNVNEMGTEGKRMNLNGALCDDC
KGKQRVETRVVQSSSSLVCRSHHVLGELWLATASTGSSVLWVGQKAGSAVRSVTRRMLSV
LWLASVSPGKAATGAFWWLGTGWYHLATVMSLLNIFVLTRCLPKLLKLLLILLPFLLALW
HWGPSSLLSVLPAINITEWRTAYSLSQNPLEPTKDSQPIMAQPPPAVSQLGSVLVSVDSE
RLARLEQRLAQLWEKVERGGRRQEKQHREVLSLYQSVREQLDTQTDKDSMGLWVSGLLEE
RLLLLKGGMEKDAALRRELSQEIGEQYVVQQQGQESRLAQLEVLLQTLTAKTEEAQRRHA
DTSSATPALPPVPVLVNVGVDSESHDALLAEVQLLEATLGGIRQDLQGVMGCQGMCDRLD
TLHETVSEQVSAQVRMDLRALFDHSEQVGDSQPGEKELPESLLQWLSERYVSGADVHASL
TSLELSILQNVTLQLEKSRARQETLSTETVTQTVMHTVGAAGTGMSEEHVQLIVKNALTL
YSQDRTGLVDYALESGGGSILSTRCSETYETKTALMSLFGLPLWYFSQSPRVAIQPDVHP
GNCWAFQGSHGYLVIRLSMRIVPSAFSLEHIPKALSPTGTISSAPRQFTVYGLDDEYQEE
GKLLGSYTYQDDEDALQTYPVTEENDKAYQIIEVRVLSNWGHPEYTCLYRIRVHGQPSVN
NT seq
3063 nt
NT seq
+upstream
nt +downstream
nt
atggaccattcaaaagtgaactcacgcgccccacctccagggaacactggctatacctac
tctcacagctccagctactctacaacagccctggactttgagaaggagcacaggatcact
cccgtcttagagtctcccaggatgtctcggcggagcctgcgtctgcactccaccactggt
ctctatggtgacgacagcatggactcttctctcaaccacatgtaccacagcgcctccttc
agtgcaggaggagccagtcgcagagattccaaggcgttgaagagcaggaggtctcagcag
cactctgtctcctgctcccagtctctgctcctcaccacgccccataagagccagcagcac
aacagcagtctgcacagcgtggccgccagcgacgcctccctgctctcctccatgctggac
aagtcgtgcatccaggagcgcacgctggtcgaaggcttctggggcttggatgaagactct
gaattcaaagagcggaccatgactgactacagtatgtgtgaggccaacggagacattaac
tcggcacagacccagacctccatggtgaacggtagcttcggtaaggaccacacgatccac
tcggacagaaatgacgcgctcaccacctactccaagcactcttcaactgcagcccgctct
gccaccggcaagcaggccctgacagcccccgccgcctcccctccctccaccatctacgcc
agggacaagagccgcaagcacaggacgggtgtgctggtgtccttctcggacaactgtgtg
cgcgtgagcaggagggcagcagcctctgtggcgtccgtcttctcactgctcttacagagt
gtgctgctgaggtcacgcaaagagggcaaagacacctgtctgaaccatagcaggagggca
gctgccttcacagtgtgtgtagtgactctgctcatacagactgctgtgctgaagatgggt
agtgtgggcagaaaagtgcttaatggagctcactccagctactgcggaagcatgaatgta
aatgagatggggactgaggggaaacgcatgaatctgaatggtgctctttgtgacgactgc
aaagggaagcagcgcgtggagacacgcgttgtccagtcatcatcatcactggtctgccgg
tcacaccatgtgttgggggaactgtggcttgccaccgcttccacaggctccagtgtgttg
tgggtggggcagaaggcaggctcagctgtgcggtccgtaacaaggaggatgctgtctgtt
ctctggttggcatccgtgtccccagggaaggcagcgaccggggctttctggtggctgggg
actggatggtatcatctggccaccgtcatgtcgctcctcaacatcttcgtcttgacacgg
tgccttcccaagctcctcaaactcctgctgattctgctcccatttctcctggctctgtgg
cactggggtccgtccagcctgctgtctgtgttgcctgcgattaacatcactgagtggagg
acggcctactccctcagtcagaaccctctggaaccaaccaaagacagccagcccatcatg
gctcaaccaccaccagctgtctcacagctaggcagtgtgctggtgtctgtggactctgag
cgcctagcccggttggagcagaggctggcccagctgtgggagaaggtggagcgagggggc
cgaaggcaggaaaaacagcacagggaggtgctgagtctctaccagtctgtacgagagcag
ctggacacccagacagacaaggacagcatggggctgtgggtgtctggcctgctggaggag
agactccttctgctgaagggggggatggagaaggatgcagcactgcggagagaactgagt
caggagattggagagcagtatgtggtgcagcagcagggccaagagtctcgtctggctcag
ctagaggtgctgctgcagacactgactgccaagacagaggaggcacagaggaggcacgca
gacacttccagtgctacacctgcactgccaccagttcctgtgctagtcaatgtgggtgtg
gacagcgagtcccatgatgccttgctggcggaggtgcaacttctagaggcgacgctgggg
ggcattaggcaggacctgcagggggtgatgggatgccagggcatgtgtgaccgcctggac
acgctccatgaaacggtgtctgagcaagtgtctgcccaggtgaggatggatctgcgggcc
ctgttcgaccacagcgagcaagtcggagattcccaacctggagaaaaggagctcccagag
tccctgctgcagtggctctctgagcgctatgtaagtggggctgatgtgcacgcctctctg
acctccctggagctcagcatcctgcagaacgtgaccctgcagctggagaagagcagggcc
aggcaggagacgctcagcactgagactgtcactcagactgtgatgcacactgttggagcc
gcagggaccgggatgtccgaggagcatgtacagctgatagtgaagaatgctctgacactc
tactcccaggatcggaccggcctggtggactatgctctggagtctggcggcggcagcatc
ctgagcactcgctgctctgagacgtacgagacaaagacggcactaatgagtttgtttggc
ctcccgctctggtacttctcccagtctcctcgtgtggccatacagcctgatgtccatcca
gggaactgctgggcgtttcagggttcccatggttacctggtgattcgtctctccatgagg
atcgtgccctctgccttctcattggagcacatccccaaagccctttctccaacaggcacc
atcagcagcgccccgcgccagtttaccgtctatggtctggatgatgagtaccaggaggag
ggtaagttactgggcagctacacctaccaggatgatgaggatgctctacagacttatcct
gtcaccgaggagaatgataaagcctatcagatcattgaggttcgggtgctgtccaactgg
ggtcacccggagtacacctgcctgtaccgcatcagagtgcacggtcagcccagtgtcaac
tga
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