Sander lucioperca (pikeperch): 116052337
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Entry
116052337 CDS
T07345
Symbol
tex11
Name
(RefSeq) testis-expressed protein 11 isoform X1
KO
K24574
testis-expressed protein 11
Organism
sluc
Sander lucioperca (pikeperch)
Brite
KEGG Orthology (KO) [BR:
sluc00001
]
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03036 Chromosome and associated proteins [BR:
sluc03036
]
116052337 (tex11)
09183 Protein families: signaling and cellular processes
03037 Cilium and associated proteins [BR:
sluc03037
]
116052337 (tex11)
Chromosome and associated proteins [BR:
sluc03036
]
Eukaryotic type
Meiosis-specific proteins
Synaptonemal complex
116052337 (tex11)
Cilium and associated proteins [BR:
sluc03037
]
Motile cilia and associated proteins
Sperm associated proteins
116052337 (tex11)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
SPO22
TPR_2
TPR_12
TPR_19
TPR_1
TPR_9
TPR_16
ARM_TT21_4th
MIT
TPR_8
Motif
Other DBs
NCBI-GeneID:
116052337
NCBI-ProteinID:
XP_031158807
Ensembl:
ENSSLUG00000013330
LinkDB
All DBs
Position
1:complement(29999450..30009551)
Genome browser
AA seq
909 aa
AA seq
DB search
MERFVLTVKCLTENLLQRKLADYDEVIEKLFSEVSGLENFPKIPDPQLEECAIQLWNWAV
TKNVGTTISKNQKAKVRHVACSLLYCFEPENPTEGVIRKQILMASKTGRTWLDCKNPQMA
DNFLKFAVKSLETLYGQLTSRGDGADDITSSKGDVEKDLLRILSCQAESALSQGNNHEAV
VYMQRCKDMLLRLPKDTAYLSLMCYNFGIDTYNLRKFEDSAFWLSQSYEIGKMNVKYAPG
SEVQAKVLRLLATVYLEWDCQRFQEKALNAVSLANKECVSASGLYLKIRILLRCGAADDH
IRAGLNEMLESKVYLEVCLSTVKLLMSEDREVLAFEYLKRVCQHFESSPDLGTALVLHIE
LLLQRGKELLGKQKIEDIITGHYTGKQLTPQALTRLHVMLWDKASKHFEAKNYAEALQWY
NYSLSFFKAGQMEPNSAKLQRNRASCFLQLKQLEKAKEAIKEAERCDPDSIFTQFSVYKI
AVQENNVEKAAEAVNAMGLLSKSRVASEDGLLVSENAASNLLSLAAQIALENEQQETAMK
ALETLCENSKDEAQVLTALRCLVRLVLSTVEKSSDEMRNGNLDVVLPYLKMALQKVSQQS
CMTVEQRTEESNWFRKIAWNSALQCEKSPDRMRDFFVLSYQLSQLCPPDRTLLMGQKTCL
LMAAAASLEICRKSLHSVQTEELTQALEHIQICWEVWKTLKASGSSPMDPTDTLLLLYEF
EARAKLNDPKVETVLESVLELENVETKVLETIAALAMEPPAHFPLLCKKALRVALSLHRK
QPQADLARCSKCVHSLIKLSLPSGVSEVEAHVLEEVWDYYEEALSIIAAAPDDFPEMETL
WLLTRAWNTGILLYSLAQYPEAEKWCGLAMSFIRHLGSLQESYETQMSGLYSEILDRLDK
AKKNLIMEE
NT seq
2730 nt
NT seq
+upstream
nt +downstream
nt
atggagcggtttgttttaactgtgaaatgtctcacagagaatctactgcagagaaagctg
gcagattatgatgaggtgatagagaaactcttctctgaagtctctggcctagagaatttc
cccaaaataccagatccacagcttgaggagtgtgccatccagctgtggaactgggcagtt
actaagaatgtgggcaccactataagtaaaaatcagaaagccaaagtgcgacatgtcgca
tgcagtcttctgtactgctttgagcctgagaatccaacagagggcgtcatccgcaagcag
atcctgatggccagcaaaacagggagaacctggctggactgcaaaaatccccagatggcg
gataacttcttaaagtttgctgtcaagagcctggaaactctctatggccaactgacgtcc
aggggtgacggagcagatgacatcacttcgtccaagggggatgtagagaaagatctgctt
cgaattctctcatgccaggcagaatcggccttaagtcaagggaataaccatgaggctgtg
gtctatatgcagcgctgtaaagacatgctgctgcggctacctaaagatactgcgtacctc
tcccttatgtgctacaactttggaatagacacttacaatctgagaaagtttgaggacagc
gcattttggctgagccaaagctatgaaattgggaaaatgaatgtgaaatatgcccctgga
tctgaagtccaggccaaggtgttgaggctccttgccactgtttatttagagtgggactgt
cagaggtttcaggagaaggctcttaatgctgtcagcttagcaaacaaggaatgtgtgagc
gcttctgggctgtacttaaagatcagaatactcctgagatgtggggccgcagatgatcat
atcagagcaggacttaatgagatgctggaatctaaggtttatcttgaagtgtgtctgagc
acagtgaaactactcatgtctgaagacagagaagtgctggcatttgagtatttgaaacgt
gtgtgtcagcactttgagtcgtcccctgacctgggaactgctcttgtcttgcacattgag
ctactgctgcagaggggcaaggagctgttgggcaaacagaagatagaggatatcatcact
ggccactatacaggaaaacagctgactccacaggccctcactcgcctacatgtcatgctg
tgggataaagcttccaaacattttgaggccaagaactatgctgaggctcttcagtggtat
aactactccctgagttttttcaaagcaggtcaaatggaacccaactcagccaaactgcag
aggaacagagcttcctgttttctgcaacttaagcaactggaaaaggccaaagaagcaatt
aaagaagcagagagatgtgatcctgacagcattttcactcagttcagtgtttacaagatt
gcagtgcaggagaacaatgtggaaaaagctgcagaggcagtgaatgcaatgggacttctg
tccaagagtcgtgttgccagtgaggacggactgctggtttctgagaatgctgcttccaat
ctcctcagtctggctgctcagattgctttggagaatgaacagcaggaaactgccatgaag
gctctggagaccttgtgtgaaaactccaaagatgaagctcaggttctgactgctctcagg
tgtttggttcgacttgtgctctccacagtagaaaaatcgagtgatgaaatgaggaatggg
aatctggatgtcgtgctgccatatttaaaaatggcgctgcagaaagtttctcagcagtcc
tgcatgactgttgagcaacgcacagaggaatctaactggttcaggaagattgcgtggaac
tccgctctgcagtgcgagaagagccctgacagaatgagggatttctttgtgctctcttac
cagctctcccagctgtgccctcctgatcgcacactgctcatgggccagaagacgtgtctg
ctaatggccgccgccgcctctctggagatctgcaggaagtctcttcactctgtccagact
gaggagctcactcaggctctggagcacattcagatctgttgggaggtctggaaaaccctg
aaagcgtcaggaagctccccaatggacccaacagacacactgctgctgctgtatgaattt
gaagcccgagctaagctgaatgaccccaaggttgagacagtactggagtctgtcttggag
ctcgaaaatgttgaaaccaaggtgctagagaccattgcagccttagccatggagcctcca
gcccacttccctctgctgtgtaagaaggccttgagggttgctctctccctgcacaggaaa
caaccacaggctgacctggcccgctgcagcaagtgtgtccacagcctgatcaagctgtcc
ctcccaagcggtgtgtcagaggtggaggcccatgtgctcgaggaggtgtgggactactac
gaggaggccctgtccatcattgcagccgcaccagacgacttcccagagatggagaccctg
tggctgctgactcgggcttggaacacagggattttgctgtacagcctggctcagtacccc
gaggctgagaagtggtgtggcctcgcaatgagcttcatccgccaccttggatcactgcag
gagagctacgagacacagatgtctggtctctacagtgaaatcctggacaggttggacaaa
gccaagaagaacctcatcatggaggagtaa
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