KEGG   Rattus norvegicus (rat): 303611
Entry
303611            CDS       T01003                                 
Symbol
Tex2
Name
(RefSeq) testis-expressed protein 2
Organism
rno  Rattus norvegicus (rat)
SSDB
Motif
Pfam: MMM1 SOUL
Other DBs
NCBI-GeneID: 303611
NCBI-ProteinID: NP_001094024
RGD: 1305112
Ensembl: ENSRNOG00000013659
Position
10:complement(91936390..92046360)
AA seq 1122 aa
MTSLNGRHAEKTIDMPKPSAPKVHVQRSVSRDTIAIHFSASGEEEEEEEEELRGYLEEGL
DDQSIVTGLEAKEDLYLEPQGGHDPAGPAVATAPADGLSVSETPAILPVSENTVKLLEPP
APAVQVLSPVPLALSPGSSSSGPLASSPSVSSLSEQKTSSSSPLSSPSKSPVLSSSASSS
ALSSAKPFMSLVKSLSTEVEPKESPHPPRHRHLMKTLVKSLSTDTSRQESDSVSYKAPDS
KLNLHLFKQFTQPRNTGGDSKTAPSSPLTSPSDTRSFFKVPEMEAKIEDTKRRLSEVIYE
PFQLLSKIMGEESGSHRPKALSSSASELSNLSSLNGHLESNNYSIKEEEGDSEGDDYGSD
SNTPRTDHLKPSEDASKEGEPKGSQASSLKTSSLVLEKCSLSALVSKEDEEFCELYTEDF
ELEAEGEGRLDKPPDIPLKPEVPASEGVALDSEDEEDPGSEHPELPVKTLSFFILCVYAY
LILPLPYYMSGLFLGLGLGFMTAVCMIWFFTPPSAHKYHRSHKALRHRNSRSLDIREPEI
LKGWMNEIYSYDPETYHATLTHSVFVRLEGGTLRLSKPNKNISRRASYNETKPEVTYISQ
KIYDLSDSKIYLVPKSLARKRIWNKKYPICIELGRQDDFMSKAQTDKEAGEEKLPPEREL
ASEDLKKPPQPQEGTKSSQRDPILYLFGRTGREKEEWFRRFTLASKLKSDLKKSSGVSGS
KSGLLPAHSRHSSPSGHLSHSRSSSKGSMEEMMPQPKQKELLGGVRQKMLLDYSVYMGRC
VPQDGQSPHRSPVQSAESSPTAGKKLPEAPPSEEEEQEAWVNALLGRIFWDFLGEKYWSD
VVSKKIQMKLSKIKLPYFMNELTLTELDMGVAVPKILQAFKPYVDHQGLWIDLEMSYNGS
FLMTLETKMNLTKLGKEPLVEALKVGEIGKEGCRPRAYCLADSDEESSSAGSSEEDDPPE
PSAGDKQPLPGAEGYVGGHRTSKIMRFVDKITKSKYFQKATETEFIKKKMEEVSNTPLLL
TVEVQECRGTLAVNIPPPPTDRMWYGFRKPPYVELKARPKLGEREVTLVHVTEWIEKKLE
QELQKVFVMPNMDDVYIPIMHSAMDPRSTSCLLKEPPVEASD
NT seq 3369 nt   +upstreamnt  +downstreamnt
atgacaagtctgaatggtcgccatgccgagaaaaccattgacatgccaaaaccatcagcc
cccaaagtgcacgtgcaaaggtctgtgtcccgagataccatcgccatccacttctcggca
tccggggaggaggaggaggaagaggaggaggagctcaggggctacttggaggaggggcta
gatgaccaaagcattgtaacagggcttgaagccaaggaggacctgtatcttgaaccccag
ggtggccatgaccctgcaggccctgctgtggcgacggcccctgcagatggcctgtctgtg
tctgagacacccgccattttgcctgtctctgagaacactgtaaagttgctggagcccccc
gctccagcagtgcaggtattaagtccagtgccactggctctgtctccagggtcatcttca
tctggaccgttagctagttctcccagtgtgtcctccctttctgagcagaaaaccagttct
tcgtccccactgtcttctccttccaagtctcctgtcctatcatccagtgcctcgtcctcc
gccctctccagcgcaaagcccttcatgagcctggtgaagtccctgtcaaccgaggtggag
ccaaaagaatccccccaccccccacggcacaggcacttgatgaagactctggtcaagtct
ctgtccacggacacctcccggcaggagtcggactctgtgtcctataaagcccctgactcc
aagctcaacctgcacctgttcaaacagttcacacagccacggaacacgggcggagactcc
aagactgcgccttcttcccccctgacttctccctctgacactcgctccttttttaaagtg
cccgaaatggaggcaaaaatcgaagacactaagcgacgcctgtcagaagtcatctatgag
cccttccagctcctcagcaagatcatgggggaggaaagcggcagccacaggcccaaagcc
ttatcttcaagtgcttcagaactctctaacctgtccagcttgaacgggcacttggaaagc
aataactacagcatcaaggaggaggagggggactctgagggggacgactacggcagcgac
tccaacacccccaggaccgaccacctgaagcccagcgaggacgcctcgaaggaaggggag
cccaagggttcccaggcaagcagtctgaagacaagctctctggttcttgagaaatgttct
ctgtctgccttagtgagcaaggaagatgaagagttctgtgagctgtatactgaggacttc
gagctggaggctgagggcgaggggagacttgataagcctcctgatatccccctcaagcca
gaggtgcctgccagtgagggcgtggctctggacagcgaggatgaagaggacccaggcagt
gagcaccccgagttacctgtgaagacactcagcttctttatcctgtgtgtctacgcgtac
ctcatcctccccctcccctactacatgagcgggctcttcctgggcctcggcctcgggttc
atgactgcagtttgcatgatttggttctttacaccgccaagtgctcataaataccacaga
tcccacaaagctctgcggcaccggaactcgagatccctggacatcagggagcctgaaata
ctgaagggatggatgaatgagatttacagctatgatccagaaacctaccatgcgactttg
acacactcagtctttgtccggcttgagggtggaaccttaagactttcaaagcccaacaaa
aacatatccaggagggcgagctacaatgagacaaagccagaggtcacctacatcagccag
aaaatctatgacctctcagacagcaagatttatcttgtacctaaaagcttggctcgaaag
cgaatctggaataaaaagtaccccatttgtatcgagctcggtcggcaagatgactttatg
tctaaggcgcagaccgataaggaagctggtgaggagaagctgcctcctgagagagagctg
gcgagtgaggaccttaagaagccaccccagcctcaagaggggacaaagtctagccagcga
gacccgatcctgtatctgtttgggagaactggccgagaaaaagaggagtggttcaggagg
tttaccctggcatctaagctgaagtcagacctcaagaagtcgtctggggtttctggaagt
aaatcagggcttttgcccgcccacagcagacacagcagtccctcggggcacctgagccac
agccgcagcagcagcaaaggcagcatggaggagatgatgccccagccgaagcagaaggag
ctgctgggcggcgtgcggcagaagatgcttcttgactacagtgtgtacatgggcaggtgt
gtgccccaggacggccagagcccccacaggagccctgtgcaaagtgcagagagcagcccc
acggctgggaagaagttgccagaggccccaccctctgaggaggaagaacaggaagcctgg
gtgaatgccttgcttggaagaatattttgggacttcttgggtgagaaatactggtctgat
gtggtgtcgaagaaaatccagatgaaactcagcaaaattaagctcccctactttatgaat
gaactaacactgacagagcttgacatgggtgtggctgtgccaaaaatccttcaggccttc
aagccttatgttgatcaccaaggactctggatcgatttggaaatgtcttacaatgggtcc
tttctgatgactctcgagaccaaaatgaacttgaccaaactaggtaaagagcctcttgtt
gaagccctgaaggttggagaaattggcaaagaaggttgcaggcccagggcatactgtttg
gctgacagtgatgaagaatcctccagtgccggttcctctgaggaagatgatccaccagaa
cccagcgctggagacaaacagccactccctggggctgaagggtatgttggaggtcatcga
acaagtaagattatgaggtttgttgataagatcaccaaatcgaaatatttccaaaaggcg
acagagacagaattcattaaaaagaagatggaggaagtctctaatacgccactgctgcta
actgtggaagtgcaggagtgtcgcgggaccttggcggtcaacatccctccgcccccaact
gaccggatgtggtatggtttccggaagccaccatatgtggagctgaaagctcggccaaaa
cttggagagagagaagtaactttagttcacgtgacagagtggatagagaagaaactggag
caggagcttcagaaagtctttgtcatgccaaacatggatgatgtttatatccccataatg
cactcggccatggaccctcgctccacttcctgcctcttgaaagagccacctgtggaggcc
tccgactag

  All links  
Genome (1)   
   KEGG GENOME (1)   
Gene (5)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
   RGD (1)   
Protein sequence (9)   
   UniProt (2)   
   RefSeq(pep) (7)   
DNA sequence (15)   
   RefSeq(nuc) (9)   
   GenBank (3)   
   EMBL (3)   
Protein domain (2)   
   Pfam (2)   
All databases (32)   

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