KEGG   Rattus norvegicus (rat): 294892
Entry
294892            CDS       T01003                                 
Symbol
Tgap1
Name
(RefSeq) GTPase activating protein testicular GAP1
Organism
rno  Rattus norvegicus (rat)
SSDB
Motif
Pfam: RhoGAP RA ATG5_UblB DUF1505
Other DBs
NCBI-GeneID: 294892
NCBI-ProteinID: NP_001007636
RGD: 1359558
Ensembl: ENSRNOG00000022511
UniProt: Q5Y9B8
Position
2:92270181..92343792
AA seq 1288 aa
MEQTIWWYFFLQRSIREAKKHNKIEIPMQIFTEDIACCDTPLYVTATNFDTVNDIISKLL
PMIRKHNTEDYQLWFCPGPGKAPRLLQGHEYPHDIRMINIQKNFSSRDLRNFTAVPSLPG
VIMKYLNADVHGKFILKPRNSTRSQQQKNMKEKTFKKQRTSITSWLDRGSVPHQDKVCTI
PQVKKGGKLFGRELSSICQDGDLPSAILDMLYLLKKEGPTTKGVFIEPPSTTLFQTVKDK
LDSGEEVDIEKQSVHVVAWIFKDFLQNIEGSLMTSKLYDEWIAVTEKVNDEEKLVAVQSL
LDKMPPENAALLRQLFRILYEIKNNSAVNEMSSYHLSVGLAPCLLFVPSSCNNGMTNDIS
KKISLVKFMIENSPQFFGEDLAAVWHGASLYHRPGAKSLCPQSTPTNSGNVKETKHGLSS
SPSGRTCTPGYNTLRRRSAALLPHEGIIDSQKHEVNVYTKPTVPSLNPPQAKQKCLFGKS
LTSLFEDKKLPTPILDMLSIIAEKGHESDHIFKILPKESHWSLRYRLDSEQHIDWDEECV
LVIASVLKDFIINIDGSLLTLEFYENWLSIPDEGTLAEKINAIQSLLQQIPEPNFILLKH
LVYVLVIIKDSSMNNLDSYRLSLRIAPHVLWGKTSRDSLFGTDVLRKLSIMQIMIDNYHE
IFGNDDMFIKHTDKESNDLRMNEESKSSSDKSPVMTNVIACCTGTTCDNNEKLNISCAAL
QEEGPPEKCEDNEYSNPPVRCLFPLRPAKKCLFGQPLTSIFEDKKIPTPIFDMLSIIAEK
GKDTDHIFKTLSEYSHWSLRDKIDTYQYINWNEERVLVIASVLKDFITHIDGSLLTCELY
ESWLSVPDEGTLAEQINAIQRLLQKIPEPNFILLKHLICVLVIIKDSSTNKLDTNRLSLR
LGPHLLWGWTSSDAFFGKNVSRKLSIIQIMIDNYHQIFGNDDMFIKHTDKESDDLKMNEE
SKSSSDKSPVMTNVIACCTGTTCDKNEKFNISYAALQVAGPTEKQKSNIYTKPPEYSNPT
PSRKKCLFGKNLTSIYVDSKLPAPILEMLSIIAEKGKESDQIFAILPENSHWSLRERIES
EELIDWNEEGILVIASVLKDFITNIEGSLLTSDLYESWLSVPDEGTLAGKINAIQRLLLK
IPQANFILLKHLICVLVKIRDSSMNNLDSNNLSVRIAPYVLWNQTPKDTLFGSDVSRKMS
IIQIMIDNYSQIFGNDSIFCKGIDKRPEDLKTCPDSINASGKSPIMNEFLGGRNRKTYDN
SENFKISSIALQEEGPTGQDTKTATYKW
NT seq 3867 nt   +upstreamnt  +downstreamnt
atggaacagaccatttggtggtatttctttctacaaagatccattcgtgaagccaagaag
cacaacaaaatagaaatacccatgcagatatttactgaggacattgcatgctgtgacact
cctctatatgtaacagcaacaaacttcgatacagtgaatgacataatcagcaagttactg
ccaatgataagaaaacataacactgaagattaccaactgtggttctgtcctggccctgga
aaagctccaagactactccaagggcatgaatatccacatgacattagaatgataaatatt
caaaagaacttcagttcacgggacttaagaaattttacagcagtcccttccctacctggg
gtaatcatgaaatatctaaacgctgatgtacatgggaaattcatcttaaagcccagaaac
tcaacaagaagccagcaacaaaaaaatatgaaggaaaaaacttttaagaaacaaagaact
tctataacatcgtggttggacaggggctctgtgccccaccaggacaaagtatgcaccatc
ccacaagttaaaaagggaggaaaactgtttggaagagaactcagctccatttgtcaggat
ggcgacctgccctcagcaatcctggacatgctgtacctactaaaaaaggaagggcccaca
accaagggtgtttttatagaacctccaagtacaactttgttccaaacagtaaaggacaaa
ttggattcgggagaagaggtggatatcgagaagcaatcagttcatgtagtggcgtggatc
tttaaggacttcctccaaaacatcgagggaagtctaatgacttcaaaactatatgatgag
tggattgctgtaaccgaaaaagtcaatgatgaagagaaattagtcgcagtgcagagtctt
ttagataaaatgccacctgaaaatgcagctcttctgaggcaactttttcgtatattatat
gaaattaaaaataattctgctgttaatgaaatgtcgtcttaccacctatctgttgggtta
gccccatgtctcttattcgtgcccagctcctgcaataatggaatgacaaatgatattagc
aaaaagatttctctagtgaagtttatgatcgaaaattcgccacagttttttggcgaggac
ttggctgcagtgtggcatggagcatcactatatcatcgtcccggagcaaagtccttgtgt
ccccagagtactccaacaaatagtgggaacgtgaaggaaaccaaacatggactcagcagc
tcccccagtggcaggacatgcactcctggctataatacactgcggagaagatcagctgct
cttcttccccatgagggcattatagattcacaaaaacacgaagtcaatgtatatactaaa
ccaacagtaccatctcttaatccaccacaagcaaaacagaaatgtttgtttggcaaatct
cttacaagtctttttgaagacaaaaagttgcctactccaatacttgatatgctatccata
attgcagagaaaggacatgaatcggatcacatattcaaaattctacctaaagaatcacac
tggtccctgaggtataggcttgacagtgaacaacacattgactgggacgaggaatgcgtt
cttgtaatagcatccgttttaaaggattttattattaatattgatggaagcttactaacc
ttggaattctatgaaaattggcttagcatcccagacgaaggaactctggctgaaaaaatt
aatgccatccaaagccttttgcaacagatcccagaaccaaactttatactattaaaacat
ctcgtgtatgtattagtaataattaaagattcttccatgaataatttagacagttacagg
ttatctttgcgaatagctccacatgtactgtggggtaagacttcgagagactcattattt
gggactgacgtcttaagaaagttgtccattatgcaaatcatgatcgacaactaccatgaa
atatttggaaatgatgatatgtttattaaacatactgacaaagagtctaatgacttaagg
atgaatgaagaatcaaaaagttcttctgacaaatcacctgttatgacaaatgtcatagca
tgctgcaccgggacaacctgtgataacaatgaaaaattaaatatttcatgtgctgctctg
caggaggaaggtcctccagagaaatgtgaagacaatgaatattccaacccaccagtacgt
tgtctatttccattacgacctgcaaagaaatgtttgtttggtcaacctcttacaagtatt
tttgaagacaaaaagatacctactccaatatttgatatgttgtctataattgcagaaaag
ggaaaagatacagatcacatatttaaaactctatctgaatattcacattggtccttgaga
gacaagatagacacctatcaatatatcaattggaatgaggaacgcgtgcttgtaatagca
tccgtattaaaggacttcattacccatatagatggaagtttgcttacatgtgaattatat
gaaagttggcttagcgtcccagatgagggaactctggctgaacaaattaatgccatacaa
agacttcttcaaaaaatcccagaaccgaactttatattgttaaaacacctcatctgtgta
ttagtaataataaaagactcatccacgaataagttagacactaacaggttatcactccgc
cttggcccacatttgctatggggttggacttcgagtgatgcattttttggaaaaaatgtc
tcaagaaagttgtccattatacaaatcatgatcgacaactaccatcaaatatttggaaat
gatgatatgtttattaaacatactgacaaagagtctgatgatttaaagatgaatgaagaa
tcaaaaagttcttctgacaaatcacctgttatgacaaatgtcatagcatgctgcaccggg
acaacctgtgataagaatgaaaaattcaatatttcatatgctgcactgcaggtggcaggt
cctacagagaaacagaaaagcaatatatataccaagccaccagaatattctaatccaaca
ccatcaagaaagaaatgtttatttggcaaaaatcttacaagcatttatgtcgacagtaag
ctgcctgctccaatacttgaaatgctatccataattgcagagaaaggaaaagaatcagat
cagatatttgcaattctacctgaaaattcacattggagcctcagagagaggatagagagt
gaagaactcatagactggaatgaagaaggcatactagttatagcctctgttttaaaggac
ttcattacaaatatcgaaggaagtttacttacttctgacttatatgaaagttggcttagc
gtcccagatgagggaacactggctggaaaaattaatgccattcaaagacttttactgaag
attcctcaggcaaactttatccttctaaagcatctcatctgtgtgttagtaaaaataaga
gactcatccatgaataacttagacagtaacaatttatctgtccgcatagctccttatgtt
ttgtggaatcagactccaaaggacacattgtttgggagtgatgtatcaagaaagatgtcc
attatacaaatcatgatcgacaactatagtcaaatatttggaaatgacagtatattttgt
aaaggtattgacaaaagacctgaggatttaaagacgtgtccagattcaataaatgcttct
ggaaaatcacctattatgaacgaattcctaggtggccgcaacaggaaaacatatgataat
agtgaaaattttaaaatttcatccattgctctgcaggaggaaggtcctacaggacaggac
acaaaaactgccacgtataagtggtag

  All links  
Genome (1)   
   KEGG GENOME (1)   
Gene (33)   
   RefGene (28)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
   RGD (1)   
Protein sequence (4)   
   UniProt (1)   
   RefSeq(pep) (3)   
DNA sequence (11)   
   RefSeq(nuc) (3)   
   GenBank (4)   
   EMBL (4)   
Protein domain (4)   
   Pfam (4)   
All databases (53)   

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