KEGG   Rattus norvegicus (rat): 312912
Entry
312912            CDS       T01003                                 
Symbol
Prex2
Name
(RefSeq) phosphatidylinositol 3,4,5-trisphosphate-dependent Rac exchanger 2 protein
Organism
rno  Rattus norvegicus (rat)
SSDB
Motif
Pfam: DEP PDZ_6 PDZ PH PH_10
Other DBs
NCBI-GeneID: 312912
NCBI-ProteinID: NP_001380724
RGD: 1307865
Ensembl: ENSRNOG00000005391
Position
5:complement(12720683..13036077)
AA seq 1598 aa
MSDESARDADKQLRLRVCVLSELQKTERDYVGTLEFLVSAFLHRMNQCAAAKLDKNVTEE
TVKMLFSNIEEILAVHKEFLKVVEECLHPEPNAQQEVGTCFLNFKDKFRIYDEYCSNHEK
AQKLLLELNKIRTIRTFLLNCMLLGGRKNTDVPLEGYLVTPIQRICKYPLLLKELLKRTP
RKHSDYTAVMEALQAMKAVCSNINEAKRQMEKLEVLEEWQAHIEGWEGSNITDTCTEMLM
CGVLMKISSGNIQERVFFLFDNLLVYCKRKHRRLKNSKASTDGHRYVFRGRINTEVMEVE
NVDDGTADFHSSGHIVVNGWKIHNTAKNKWFVCMAKSPEEKHEWFEAILKERERRKGLKL
GMEQDTWVMISEQGEKLYKMMCKQGNLIKDRKRKLTTFPKCFLGSEFVSWLLEIGEIHRP
EEGVHLGQALLENGIIHHVTDKHQFKPEQMLYRFRYDDGTFYPRSEMQDVISKGVRLYCR
LHSLFTPVVRDKDYHLRTYKSVVMANKLIDWLIAQGDCRTREEAMIFAVGLCDNGFMHHV
LEKSEFKDEPLLFRFFADEEMEGSNMKHRLMKHDLKVVENVIAKSLLIKSNEGSYGFGLE
DKNKVPIIKLVEKGSNAEMAGMEVGKKIFAINGDLVFLRPFPEVDCFLKSCLNSRKPLRV
LVSTKPRETVKIPDSADGLGFQIRGFGPSVVHAVGRGTVAAAAGLHPGQCIIKVNGINVS
KETHASVIAHVTACRKYKRPMKQDSIQWVYDSLESAQEDIQKSHSKPPGDEAGDVFDCKV
EDVMDKFNTLAIIDGKKEHVSLTVDNVHLEYGVVYEYDSTAGTKCNVVEKMVEPKGFFSL
TAKILEALAKSDEHFVQNCTSLNSLNEVIATDLQSKFTSMCSERVEHVCHRISSYGRFSR
VLKNRAWPTFKQAKAKMSPLHSSDFCPTNCHVNVMEVSYPKASASLGSAFGVQLDSRKHN
SHDKENRSADPGKLSPMVYIQHTITTMAAPSGLSLGHKDGHGLRYLLKEEDLETQDIYHK
LLGKLQTALKEVEMCVCQIDDLLSSITYSPKLERKTTEYVIPTDSDNEKGERNSKRVCFN
VAGDEQEDSGHDTVSNRDSYSDCNSNRNSIASFTSICSSQCSSYFHSDEMDSGDELPTSI
RISHDKQDKIHTCLEQLFIQLDSITNLLKGRAVVRAFEQTKYLTPGRGLQEFQQEMEAKL
SCPRRLRLHLKQDPWNLPSGVRALAQSFRKYVEEVKCRILLALLEYSDSETQLRRDMVFC
QSLVATVCAFSEQLMAALNQMFDNSKENEMETWEASRRWLDQIANAGVLFHFQSLLSPNL
KDEQAMLEDTLVALFDLEKVSFFFKPSEEEPLVANVPLTYQVEGSRQALKVVFYMDSYHF
EQLPQRLKNGGGFKIHPVLFSQALESMEGYCYRDNISVEEFQAQINTASLEKVKQYNQKL
RAFYLDKSNSPPNATSKAAYIEKLMRPLNALDELYRLVTSFIRSKRIAACVNTPCSASGV
GLLSVSSELCDRLGACHIIMCSSGVHRCTLSVTLEQAITLARSHGLPPRYIMQATDVMRK
QGARVQNTAKNLGVRDRTPQSAPRLYKLCEPPPPVGDE
NT seq 4797 nt   +upstreamnt  +downstreamnt
atgagcgacgagagcgccagggacgcggacaagcagcttcgcctgcgcgtgtgcgtgctc
agcgagctacagaagaccgagcgcgactacgtgggcacgctggagttcctggtgtcggcc
ttcttgcatcgaatgaaccagtgtgcagcagctaagctcgataaaaatgtgacggaggaa
acagtgaagatgttattctccaatatcgaggagatcctcgccgtacataaggagttcttg
aaagttgtagaagaatgcttacatccggaacccaacgcgcagcaggaagtgggaacctgc
ttccttaactttaaagacaagtttcgtatctatgatgagtattgcagcaaccacgaaaag
gcacaaaaattgcttcttgagctgaacaaaataagaacaatccggacgtttcttttgaac
tgcatgctgcttggaggacggaagaatacagatgtgcccctggaaggatatttagtgaca
ccgatacaaaggatttgcaagtaccctctccttttgaaggaattactgaagcggacccca
cggaaacacagtgactacacagcagtgatggaagccctccaagccatgaaagctgtttgt
tccaacattaatgaggccaagagacagatggagaaactggaagttttagaagagtggcag
gcacacattgaaggctgggagggttccaacattaccgacacctgtactgagatgctcatg
tgtggagtcctaatgaaaatttcttccggaaatattcaagaaagggtgttttttcttttt
gataatcttttggtatactgcaaaagaaaacacagacggctgaagaatagcaaggcatcc
acggatgggcatcggtatgtcttccgagggcggatcaataccgaggtgatggaagtggag
aatgtggatgacggtacagctgattttcacagcagtgggcacatagttgtgaatgggtgg
aagatacacaacacagcgaaaaataaatggttcgtatgcatggctaaaagccctgaagaa
aagcatgaatggtttgaagctatcttgaaagaaagagaacgtcggaaaggtttaaaatta
ggaatggagcaagatacctgggtaatgatctccgagcagggtgagaaattgtataaaatg
atgtgcaagcagggaaatctgatcaaagacagaaaaagaaaactgaccacattccccaag
tgcttcctgggaagtgaatttgtctcatggctgctggaaattggagaaatccacaggcct
gaagagggtgttcacttgggacaagcattgctagagaacgggatcatccaccatgttacc
gataagcaccagttcaagccagagcaaatgctataccgattccgatatgatgatggtacc
ttttaccccaggagtgagatgcaggatgtgatttctaagggtgtaagactctactgtcgt
ctccatagtctgtttactccggtggtcagagataaagattatcatttaagaacttacaaa
tctgtcgtcatggccaacaaattgatagactggttaattgcacagggtgattgccgtacc
agggaagaggcaatgatatttgctgttgggctttgtgacaatggattcatgcatcacgtc
ctagaaaaaagtgaattcaaagacgagcctctacttttccgcttttttgccgatgaggaa
atggaaggatcaaatatgaaacacaggctgatgaaacatgacttgaaggtggtggagaat
gtcatagctaagtcactgttgattaaatccaatgaaggcagctatggatttgggctggaa
gacaaaaataaagttccaataataaagttagtggaaaaagggtcgaatgctgagatggct
ggcatggaagttgggaagaagatatttgctattaatggtgacctggtttttctgagacct
tttcctgaagttgattgcttcctgaaatcgtgcttgaacagcagaaagccactgagagtc
cttgtgagcacaaagccaagggagaccgttaagatcccagattctgcagatgggcttggt
ttccagatcagaggctttggtccttcagttgtacatgctgtgggaagaggtactgtggct
gcagcagctggccttcatccaggacagtgtattatcaaagtaaatggaatcaacgtcagc
aaggagacacatgccagtgtcattgcacatgtcaccgcctgccgcaaatacaagcggccc
atgaagcaagattccatacagtgggtctatgatagtcttgaaagtgctcaggaagacatt
cagaagtcccactcaaagccccctggagacgaggctggggatgtttttgactgcaaagta
gaagatgtcatggacaagttcaacaccttggccattatcgacggcaagaaggagcatgtg
agtctgacggtggacaatgtccacctcgagtacggggttgtgtacgagtatgacagcacg
gctggcacaaagtgcaatgtggtggagaagatggtggagcccaaagggttcttcagccta
actgccaagattctggaagccctagcaaaaagtgatgaacattttgtccaaaactgcacc
agcctcaattctttgaatgaagtgatcgccactgaccttcagagtaaattcaccagcatg
tgcagtgagagagtcgagcatgtgtgccacagaatatccagctatgggaggttctctcgg
gtgctgaagaacagagcctggcccacctttaagcaggccaaagctaagatgtccccgctg
cacagcagtgacttctgccctaccaactgccatgtgaatgtgatggaagtttcttatccg
aaagcatcggcttccctgggcagcgccttcggtgtgcagctcgatagtaggaaacacaat
tcccatgataaggaaaataggtctgcagacccagggaaactgagccccatggtatacatt
caacacacaatcacaaccatggcagccccttcaggcctgtcgctgggacacaaggatggc
catggcctccggtatttgctgaaagaagaagacttagaaactcaagacatctatcacaaa
ctcctgggcaagctgcagactgcactgaaggaggtggagatgtgcgtttgtcaaatcgat
gaccttctgtcttcaataacatattctcctaaattggagcgtaagacaacagagtatgtg
ataccaacggacagcgacaatgaaaagggagagagaaatagcaaacgtgtctgttttaat
gtagcaggagatgaacaagaggattcaggtcatgatacagtcagcaacagagactcttac
agtgactgcaacagcaacaggaattccattgcctccttcacgagtatctgcagcagccag
tgcagttcctactttcacagtgatgagatggactcaggtgatgagcttccaaccagcatc
cggatatctcatgataaacaggacaagatccacacttgcctggagcagctcttcatccag
ttggattcaataaccaacctcttgaaaggacgagctgttgtaagggcctttgagcaaacc
aagtatctcacaccaggtcgaggattacaagaattccaacaggaaatggaggcaaagctg
agttgccccaggaggttgcggctccacctcaagcaggatccttggaatcttcccagcggt
gtccgggctcttgcacagagcttcagaaaatatgttgaagaggtgaagtgccgcatactt
ctggctctccttgaatactcagatagtgaaacccagctccggagagacatggttttctgc
caaagtcttgtggccactgtctgtgccttctctgagcagctcatggctgccttaaaccag
atgtttgataatagcaaggaaaatgaaatggagacttgggaagccagcaggaggtggctg
gaccagattgcaaatgcgggtgtgctttttcacttccagtcacttctgtcaccaaatttg
aaagatgagcaagccatgcttgaggatacactggttgccctgtttgatttggaaaaagtt
tcctttttcttcaaaccatcagaagaggaaccacttgttgcaaatgtgcctcttacatac
caagtggaaggaagccggcaagctctgaaagttgtcttctacatggatagttaccatttt
gagcagctgccccaacggctgaagaatggaggcgggtttaaaattcaccctgttctcttt
tcacaagcactggagagcatggaaggatattgctatagagacaacatctccgtggaagag
tttcaagcgcagataaacacagcctccctggaaaaggtcaaacagtacaatcagaagctc
agggcattctacttggacaagtcaaattccccaccaaatgccacatctaaagctgcctac
atagagaagctcatgaggcctctcaatgctttagatgagctttaccggctggtcacctcg
tttatcagatccaagcgcatcgctgcctgtgtgaacacaccttgcagcgcctctggagtc
ggactgctgtcagtttcttcggagctgtgcgacaggctcggtgcctgtcacatcatcatg
tgcagcagtggtgtgcaccggtgtaccctgagtgtgacactggagcaagccatcactcta
gcaagaagccacgggctccctcctaggtacattatgcaggccacagatgtgatgagaaag
cagggtgcaagagttcagaacacagctaagaacttgggggttagagaccggactcctcag
tcagctccgaggttgtataagctgtgtgagccaccacctccagtgggagacgaataa

  All links  
Genome (1)   
   KEGG GENOME (1)   
Gene (5)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
   RGD (1)   
Protein sequence (3)   
   UniProt (2)   
   RefSeq(pep) (1)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (5)   
   Pfam (5)   
All databases (16)   

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