KEGG   Xenopus tropicalis (tropical clawed frog): 100492976
Entry
100492976         CDS       T01011                                 
Symbol
tex2.2
Name
(RefSeq) testis-expressed sequence 2 protein
Organism
xtr  Xenopus tropicalis (tropical clawed frog)
SSDB
Motif
Pfam: PDZD8_N PH_SMPa MMM1 MAM33
Other DBs
NCBI-GeneID: 100492976
NCBI-ProteinID: NP_001188256
Xenbase: XB-GENE-996639
UniProt: A0A1B8XYB1
Position
10:51640622..51677747
AA seq 1086 aa
MTSVDGSHADKTRHPSTKHSAPKVEVHRSVSRETITIHFSAAGKEEEEEEEEFKEPLEEL
DDQSIVTGEEAMEDLYFDPGTQRDSCPANSAIMAQMESESLVPSQPTLDPVQALESLATK
TYSTLPIPLSSSSSNFCPNETNMASPTKQGTSVSSSPSRLPALSSSTPVLPISSAKPFMS
LVKSLSTEGDPKEPSTRHRHLMKTLVKSLSTDTSKQDSESFKATDSKLNLHLFKQFTQPR
ITGGDSKTAPSSPITSPSDGRSFFKVIEVEAKIEDTKRRLSEVIYEPFQLLSKIIGEEPL
NYRPKALSSSASELSNLSSLNGHLESNNYSIKEEEGDVEADCSTSDDIAVKDEQPKASGE
HVKDSAQLVKDPNLRTSALALEKCSLSALASKEDEEFTELYSEDFDFEEEAEAHLGDVSE
AEEGSGTPSVDEGAVYVERSEIPVKTLYFFVLAVYGYQTLPLPSYLDGLFLGVALGFMAA
ICVIWLFSSTHPHQHYQQTLKVEPLQISEPDIMKGWMNEIHSYNPETYHATLTHSIFVRL
EGSTLRLSKPNKNVSRRAMYNEAKSDVVYISQKIYDLVDSKVHLVPKSLARKRVWNKKYP
ICLELARQDDFMAKAQADREGAEDKVHKGEQAEDGSRAVPTQDGSRTAGHREQVLYLFGR
TGREKEEWFRKFLLASKMRSDGKKAMKSGLLLSHSRHNSQSGILCHSRNSSRGSLDEVLA
PVKPKEIPGNVRQKSLLDYNVYMARCIPPQGGRSPTQSPAHSANSSPTATKKVPGEHMAG
AEEKQAWVNALLGRMFWDFLGEKYWSDLVSKKIQMKLSKIKLPYFMNELTLTELDMGVSV
PKILQAFEPTIDHRGLWTDLDISYTGSFLMTLETKMNLTKLGKEPISEALKVGEIGKEGA
RPRAYYLADSDEESSSAGSSDEDDGTEVAGEKQLTPGSEGYSGAHRTSKIMRFVDKITKS
KYFQKATETEFIKKKIEEVSNTPLLLTVEVQECQGTLAINIPPPPTDRIWYGFRKPPHLE
LKARPKLGEREVTLAHVTDWIERKLEHEFQKIFVMPNMDDLYVPIMHSAMDPRSSKEADL
EAIDVP
NT seq 3261 nt   +upstreamnt  +downstreamnt
atgacaagtgtggacggcagccatgcagataaaacgcgccacccctccaccaagcattct
gcaccaaaagtggaggtgcaccgatccgtctccagagaaaccatcactattcatttctcg
gctgctgggaaggaagaggaagaggaggaagaagaatttaaggagcccctcgaggagtta
gatgaccaaagcattgtaacgggtgaagaagccatggaagatctttactttgatcctggt
acacagagggattcttgccctgccaactccgccatcatggcacagatggagtccgagtcg
ctagtgccctctcagccaacactagatcctgtccaagcacttgaatcacttgcaaccaaa
acctacagcacattgccaataccattgtcatcctcttcatcaaacttctgtccaaatgaa
accaatatggcatctcccacaaagcagggaacttcagtgagctcctcgccatccaggctc
cctgctttgtccagttctacacctgtgctgcccatttctagtgcaaaaccctttatgagt
ttggttaaatccctttccaccgagggagacccaaaagagccaagcacaaggcacagacat
ttaatgaagactctagtcaagtcattatcaacggacacttccaagcaagattcggagtct
ttcaaagcaacagactccaaactcaacttgcacttgtttaaacagtttacccagccccgc
attactggtggagactctaaaactgccccctcgtcgcccatcacttccccttcagatgga
cgctcgttttttaaggtcatcgaagtggaagctaaaatagaagacactaaaaggcgcctc
tcggaagtcatttatgaaccttttcagcttctaagcaaaattataggcgaggaaccttta
aactacaggcccaaagccttatcttcaagtgcgtcagagctctccaacctctctagtcta
aatgggcatctggaaagcaataactacagcatcaaagaagaagagggggatgtagaggcc
gactgttccactagtgacgacattgctgtgaaggatgagcagccaaaagcaagtggtgag
cacgtgaaggattcggcacagctggtgaaagaccccaacttaagaacatccgctctggct
ctggaaaagtgctctctctctgcactggccagtaaggaggacgaggagttcacagagtta
tattctgaagactttgattttgaagaagaagcagaggctcaccttggggatgtgtccgag
gcagaggaaggtagtgggacgccttctgtagacgaaggggctgtgtatgtggaacgtagt
gagatacccgtaaaaacactgtacttttttgtattagcggtgtatggataccaaacactc
cctctccccagttacctagacgggctttttttgggggttgcccttggttttatggctgcc
atctgtgttatttggcttttttcatctacccatcctcaccagcattatcagcaaacgctt
aaagtggaacctttgcaaatcagtgagcctgatatcatgaagggctggatgaatgaaatc
catagctacaacccagaaacgtatcacgctacgctgacgcactccatctttgttcgctta
gaaggctcaacgctgagactctccaagcccaacaaaaatgtctcccgcagagccatgtac
aacgaggccaagtcggatgtggtgtacatcagccagaagatatatgacctcgtcgacagc
aaagtgcatctggtgcccaagagcctggcacgcaagcgggtgtggaacaaaaaatacccc
atatgcctggagttggcgagacaggatgacttcatggccaaagctcaggctgacagagag
ggggcagaggataaggtgcataaaggggagcaggcagaggatggcagtagggcagtgccc
actcaggatggtagcagaacagctgggcaccgggaacaagtgctttatctgtttggtagg
acgggcagagagaaggaggaatggttccgtaaatttctgctggcgtccaaaatgagatca
gatggaaagaaagcaatgaaatcaggactcctgctgtcacacagtcggcacaacagccag
tccggaatcctgtgccacagtcggaacagcagccgagggagtctggatgaagtcctggcc
ccagtgaagccaaaggagatccctgggaatgtgcggcagaagtcgctgttggactataat
gtttacatggcgcggtgtatcccgccgcaggggggccgcagtcccacccaaagtcctgca
cacagtgccaacagcagccccacagccacaaagaaggttcctggggagcatatggcgggg
gcagaggagaagcaggcctgggtcaatgcgctgctcggaaggatgttttgggactttctg
ggagagaagtactggtcagacctggtgtctaaaaagatccaaatgaaactcagtaaaata
aagctgccatactttatgaatgaactgaccctgacggaacttgatatgggagtctctgtg
ccgaaaatccttcaggcctttgagccaaccatcgatcatcgaggtctctggacagatctg
gacatttcctacactggttctttccttatgacgttggaaaccaaaatgaacttgaccaaa
ctgggcaaagagcccatcagtgaggccttaaaagtgggagagattggaaaagagggtgcc
aggccccgggcatattacctggcagacagtgacgaggagtcctccagcgctggttcttct
gatgaagatgatggaactgaagtagcaggagagaagcagctgactcctggctcggagggg
tactcgggggcacacagaaccagcaagatcatgcgatttgtggacaaaatcacaaagtcc
aagtatttccagaaggccactgagacggagttcatcaagaagaagatagaagaggtctct
aatacccctctgctactcacagtggaggtgcaggagtgtcaaggaacactggcaattaac
attccaccgccccctacagaccggatatggtacggcttccggaaacctcctcatctagaa
ctgaaggcccggcccaaactcggggagcgggaggtgacgctggcccatgtgaccgactgg
atagagcggaaattagagcacgaattccagaaaatcttcgtcatgccaaacatggatgat
ctctacgttcccatcatgcactctgccatggacccacgttcctcaaaagaagccgatttg
gaggccatagacgtgccatga

  All links  
Gene (4)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
   XENBASE (1)   
Protein sequence (4)   
   UniProt (1)   
   RefSeq(pep) (3)   
DNA sequence (9)   
   RefSeq(nuc) (3)   
   GenBank (3)   
   EMBL (3)   
Protein domain (4)   
   Pfam (4)   
All databases (21)   

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