KEGG   Homo sapiens (human): 55852
Entry
55852             CDS       T01001                                 
Symbol
TEX2, HT008, TMEM96
Name
(RefSeq) testis expressed 2
Organism
hsa  Homo sapiens (human)
SSDB
Motif
Pfam: MMM1
Other DBs
NCBI-GeneID: 55852
NCBI-ProteinID: NP_001275661
OMIM: 619929
HGNC: 30884
Ensembl: ENSG00000136478
UniProt: Q8IWB9
Position
17:complement(64147227..64263260)
AA seq 1127 aa
MTSLYGRHAEKTTDMPKPSAPKVHVQRSVSRDTIAIHFSASGEEEEEEEEEFREYFEEGL
DDQSIVTGLEAKEDLYLEPQVGHDPAGPAASPVLADGLSVSQAPAILPVSKNTVKLLESP
VPAAQVLSTVPLAVSPGSSSSGPLASSPSVSSLSEQKTSSSSPLSSPSKSPILSSSASTS
TLSSAKPFMSLVKSLSTEVEPKESPHPARHRHLMKTLVKSLSTDTSRQESDTVSYKPPDS
KLNLHLFKQFTQPRNTGGDSKTAPSSPLTSPSDTRSFFKVPEMEAKIEDTKRRLSEVIYE
PFQLLSKIIGEESGSHRPKALSSSASELSNLSSLNGHLESNNNYSIKEEECDSEGDGYGS
DSNIPRSDHPKSTGEPTREIELKSSQGSSLKDLGLKTSSLVLEKCSLSALVSKEDEEFCE
LYTEDFDLETEGESKVDKLSDIPLKPEVLAEDGVVLDSEDEVDSAVQHPELPVKTLGFFI
MCVYVYLILPLPHYVSGLFLGIGLGFMTAVCVIWFFTPPSAHKYHKLHKNLRHWNTRSLD
IKEPEILKGWMNEIYNYDPETYHATLTHSVFVRLEGGTLRLSKPNKNISRRASYNEPKPE
VTYISQKIYDLSDSKIYLVPKTLARKRIWNKKYPICIELGQQDDFMSKAQTDKETSEEKP
PAEGSEDPKKPPRPQEGTRSSQRDQILYLFGRTGREKEEWFRRFILASKLKSEIKKSSGV
SGGKPGLLPAHSRHNSPSGHLTHSRSSSKGSVEEIMSQPKQKELAGSVRQKMLLDYSVYM
GRCVPQESRSPQRSPLQSAESSPTAGKKLPEVPPSEEEEQEAWVNALLGRIFWDFLGEKY
WSDLVSKKIQMKLSKIKLPYFMNELTLTELDMGVAVPKILQAFKPYVDHQGLWIDLEMSY
NGSFLMTLETKMNLTKLGKEPLVEALKVGEIGKEGCRPRAFCLADSDEESSSAGSSEEDD
APEPSGGDKQLLPGAEGYVGGHRTSKIMRFVDKITKSKYFQKATETEFIKKKIEEVSNTP
LLLTVEVQECRGTLAVNIPPPPTDRVWYGFRKPPHVELKARPKLGEREVTLVHVTDWIEK
KLEQEFQKVFVMPNMDDVYITIMHSAMDPRSTSCLLKDPPVEAADQP
NT seq 3384 nt   +upstreamnt  +downstreamnt
atgacaagtctgtatggtcgccatgccgagaaaaccactgacatgccaaaaccatcagcc
cctaaagtgcacgtgcagaggtccgtgtcccgagataccatcgccattcacttctcggca
tccggcgaggaggaggaggaagaggaggaggagttcagggagtactttgaggaggggctg
gatgaccaaagcattgtaacagggctggaagccaaggaagacctctatcttgaaccccaa
gttggccatgaccccgccggccctgctgcctcgcctgtcctggcagatggactgtccgtg
tcccaggcccctgccattttgcccgtctccaagaacactgtaaagctgttggagtcccct
gttccagcagcacaagtattaagtacagtgccattggctgtgtccccagggtcgtcttcg
tcggggcccttagctagctctcccagtgtgtcatccctttctgagcagaaaaccagttct
tcctccccattgtcctctccttctaagtctcccatcctctcatccagtgcctcaacctcc
accctttccagtgcaaaacccttcatgagccttgtgaagtccctgtcgaccgaggtggag
ccaaaagaatccccacaccccgcaaggcacaggcacttgatgaagacattagtcaagtct
ctgtccacggacacttcccggcaggagtcggatacagtgtcctataagccacctgattcc
aaactgaacttacacctgttcaagcagttcacacagccccgaaacacaggtggagattcc
aaaactgcaccttcttccccactgacttctccctctgatactcgttccttttttaaagtg
cccgaaatggaggctaaaattgaagatactaaacgacgcctttcagaagtcatctatgag
ccttttcagctccttagtaaaattataggggaagaaagtggcagccataggcccaaagcc
ttatcttcaagtgcttcagaactctccaatctgtccagcttgaatgggcacttggaaagc
aataacaactacagcatcaaggaggaggagtgtgattctgagggggatggctacggaagt
gattccaacatccccagaagtgaccacccaaagtccactggtgagcccacaagagagata
gaactgaaaagttcccaggggagcagtctgaaggatttaggcctgaagacaagttctcta
gttctggagaaatgttctttgtctgccttagtgagcaaagaagatgaagagttttgtgaa
ctgtacactgaggacttcgatttggaaacggagggggagagtaaagttgataagctctca
gatattcctctcaagccagaggtgctcgcggaagatggtgtggtccttgacagtgaggac
gaggtggactcggccgtgcagcacccggaattgccagtgaagacgttgggcttctttata
atgtgtgtctatgtgtacctcatcctccccctcccccactatgtgagtggactctttctg
ggaattggccttggattcatgactgcagtttgcgtgatttggttttttacaccaccaagt
gctcataaatatcacaagttacacaaaaatctgcgacactggaacacaagatctctggat
atcaaagaacctgaaatactgaagggatggatgaatgagatttacaactatgatccagaa
acctaccatgcgactttgacacattcagtctttgttcgacttgagggtggaaccttaaga
ctttcaaagcccaataaaaatatatccaggagggccagctacaatgaacccaagccagag
gtcacctacatcagccagaaaatctatgacctctcagacagcaagatttatcttgtacct
aaaactttggctcgaaagcgaatctggaataaaaagtaccccatttgtatcgagcttggt
cagcaagatgactttatgtctaaagctcagactgataaggagacttcagaagagaagccg
ccagctgagggaagtgaggaccctaagaagccaccccgccctcaggagggaacaagatct
agccagcgagatcagatactctatctctttgggagaactggccgagaaaaagaggaatgg
tttaggagatttattctggcatctaagctaaagtcggaaatcaagaagtcatcgggtgtc
tctggaggtaaaccagggcttttgcctgcacacagcagacacaacagtccgtccgggcac
ctgacccacagccgcagcagcagcaaaggcagtgtggaggagatcatgtcacagccaaag
cagaaggagctggcaggcagcgtgcggcagaagatgcttctcgactacagcgtgtacatg
ggcaggtgtgtcccccaggaaagccgaagcccccagaggagccccctgcagagtgcggag
agcagccccacagctgggaagaagttgccagaggttccaccctctgaggaggaagaacag
gaagcctgggtgaatgccttgcttggaagaatattttgggacttcttaggagagaaatac
tggtctgatctggtgtctaagaagatccaaatgaaactcagcaaaataaagctcccctac
tttatgaatgagctcactctgacggaacttgacatgggcgtggctgtgccaaaaatcctc
caggccttcaagccttacgttgatcaccaaggactctggattgatttggaaatgtcctac
aatgggtcctttctgatgactctcgagaccaaaatgaatttgaccaaactaggtaaagag
cctcttgttgaagccctgaaggttggagaaattggcaaagaaggttgcaggccccgggca
ttctgtctggcggacagcgatgaggaatcctccagcgctggctcctccgaggaagacgat
gccccagagcccagcgggggagacaaacagctcctcccaggggctgaagggtacgttgga
ggtcatcgaacaagtaagattatgaggtttgttgataaaattaccaagtcaaaatatttc
caaaaagcaacagagacagagtttattaaaaagaagatcgaagaagtctccaacacaccc
ctgctgctcactgttgaagtacaagaatgtagaggaaccttggcggtcaacattccacca
cccccgactgaccgagtatggtatggtttccgaaagccaccacatgtggagctgaaagct
cggccaaaacttggagagagagaagtgactttagttcatgtgacagactggatagagaag
aaactggagcaagagtttcagaaagtttttgtcatgccaaacatggatgatgtttatatc
actataatgcactcagccatggaccctcgctctacttcctgcctcctgaaagacccacct
gtggaggctgctgatcagccatga

  All links  
Disease (1)   
   OMIM (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (17)   
   RefGene (5)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   HGNC (1)   
   Ensembl (1)   
   RIKEN BRC-DNA (7)   
   OC (1)   
Protein sequence (26)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (24)   
DNA sequence (64)   
   RefSeq(nuc) (24)   
   GenBank (20)   
   EMBL (20)   
Protein domain (1)   
   Pfam (1)   
All databases (110)   

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