KEGG   Rattus norvegicus (rat): 100362710
Entry
100362710         CDS       T01003                                 

Gene name
Tiam2
Definition
(RefSeq) T-cell lymphoma invasion and metastasis 2
  KO
K16847  T-lymphoma invasion and metastasis-inducing protein 2
Organism
rno  Rattus norvegicus (rat)
Brite
KEGG Orthology (KO) [BR:rno00001]
 09190 Not Included in Pathway or Brite
  09193 Unclassified: signaling and cellular processes
   99995 Signaling proteins
    100362710 (Tiam2)
SSDB
Motif
Pfam: RhoGEF Tiam_CC_Ex PH PH_9 PDZ RBD PDZ_6 PH_13
Other DBs
NCBI-GeneID: 100362710
NCBI-ProteinID: XP_006222963
RGD: 2324148
Ensembl: ENSRNOG00000016728
UniProt: D3ZMS5
Position
1q11
AA seq 1714 aa
MGNSESQYTFQGSKNQSNTVTGAKQKPCSLKIRSIHAKDEKSLHGWAHGSGGAGYKSRSL
ARSCLSHFKSHQPYATRLNGPTCKVSKGTAYSKHRANAPGNDFQGNNGAFLPENGFHYVG
RESGESHITSRDCNGHLLTCYGRHDSIASTPPGEDRRSPRVLIKTLGKLDGCLRVEFHNG
GNPHKGPSEDPSEPVQLLRYSPTLAAETCPVPESRRLSGAGSSASQRPSPTDSCLRSSKG
SSLSSESSWYDSPWGNAGEASEVDGTFLAPSALDPSLPSSFPPSDTKKPFNQSSSLSSLR
ELYKDANLGCRSPSGTCLSSNEYISSQVGLNNRVSFASDMDVPSRVDHRDTMQYSSFTLP
CRKSKALTEDAAKKDTLKARMRRFSDWTGSLSRKKRKLQEPRSTEGSEYFDSHSDGLNAD
VQGPTQTSALLWSGGSAQTLPHRSESTHAIGSDPLQQNIYENFMRELEMSRTNMENAETS
TETVESSSESLSSLEQLDLLFEKEQGVVRKAGWLFFKPLVTLQKERKLELVARRKWKQYW
VTLKGCTLMFYETYGKNSTDQNSAPRCALFAEDSIVQSVPEHPKKEHVFCLSNSYGDVYL
FQATSQTDLENWITAIHSACASLFAKKHGKEDTVRLLKSQTRGLLQKIDMDSKMKKMAEL
QLSVVSDPKNRKAIENQIRQWEQNLEKFHMDLFRMRCYLASLQGGELPNPKSLLAATSRP
SKLALGRLGVLSVSSFHALVCSRDDSALRKRTLSFTQRAKSKKGLFSSLKGLDTLARKGR
EKRASITQMFDSSHSHGYLGTQLPQNSTNSSEVHDLHLYGSSADSTLRDSTWEVQTYVHF
QDNEGVTVIIKPEHRVEDVLALACKMRHLEPTRYGLQLRKVVDESVEWCVPALYEYMQEQ
VYDEIEVFPLSVYDVQLTKTGDMTDFGFAVTAQVDEHQHLSRIFISDVLPDSLAYGGGLR
KGNEIRSLNGEAVSDLDLKQMEALFSEKSVGLTLVARPADTRASLCTSCSDSDLFSRDQK
SLLPSPNQCQLLEEFLDNFKKTSTNDFSNVPDVTTGLKRSHTEGTLDQVPHREKMEQTFR
SAEQIVELCRGTTSMEAPTDSRDPPPRPLARHLSDADRLRKVIQELVDTEKSYVKDLSCL
FELYLEPLQNETFLTQDEMESLFGSLPEMLEFQKVFLETLEDGISASSDFSVLETPSQFR
KLLFSLGGSFLYYADHFKLYSGFCANHIKVQKVLERAKTDRAFKAFLDARNPTKQHSSTL
ESYLIKPVQRVLKYPLLLKELVSLTDHESEEHYHLTEALKAMEKVASHINEMQKIYEDYG
TVFDQLVAEQSGTEKEVTELSMGELLMHSTVSWLNPFLSLGKARKDIELTVFVFKRAVIL
VYKENCKLKKKLPSNSRPAHNSADLDPFKFRWLIPISALQVRLGNTAGTENNSTWELIHT
KSEIEGRPETIFQLCCSDSESKTSIVKVIRSILRENFRRHIKCELPMEKTCKDRLVPLKN
RVPVSAKLASSRSLKVLRTSSSSEWPSDPSKGNSLDSDECSLSSGTQSSGCPVAESRQDC
KSTVLEKDAHEVLAEFPDGLIKESDILSDEEEDFHHPLKQGSPTKDIELQFQRLRISEEP
DMHSTGQQPPLTGPGEQPKLVRGHFCPIKRKANSTKRGRGTLLKAQTRHQSLDSHPETAS
IDLNLVLEREFSVQSLTSVVNEECFYETQSHGKS
NT seq 5145 nt   +upstreamnt  +downstreamnt
atggggaactccgagagtcaatataccttccaaggatccaagaatcaaagcaatactgtc
actggtgctaagcagaagccgtgctctctgaagatacgcagcattcatgcaaaagatgag
aagtccttgcatggttgggctcacgggagcggcggagcaggctacaagtccagatcccta
gccaggagctgcctttctcactttaagagtcaccagccttacgccaccagactcaatgga
cccacgtgtaaagtctcaaagggcactgcctactctaagcacagagcaaatgccccagga
aatgattttcagggcaacaatggtgctttcttacccgagaatggcttccactatgttggg
cgcgagtcaggggagagccacatcacctccagggactgcaatggacaccttctcacctgc
tatgggagacacgacagcattgcctccactcctccaggtgaggaccgcaggagccccagg
gtgctcatcaagacactggggaagctagatgggtgtttaagagttgagttccacaatggc
ggcaacccccacaaagggccctcagaggaccccagtgaacctgtacagctgctaagatac
tcccctacgttagcagcggaaacctgcccggtgccggaaagtaggcggctttcgggtgca
ggctcctcagccagccagcgcccttctcccactgactcttgcctgcgctccagtaaaggc
agctccctgagctcggagtcctcctggtatgactccccctggggcaacgcaggggaggcg
agtgaagtggacggcaccttcctggctcccagtgctctagaccccagcctccccagcagc
ttcccacccagtgacaccaaaaagcctttcaaccaaagctcttccctctcctctctccgg
gaactgtacaaagatgccaacctggggtgccgctcaccttccggcacctgcctttcttcc
aacgagtacattagctcccaagtcggcctgaacaaccgagtctcctttgcttctgacatg
gatgtgccctccagggtggatcacagggacaccatgcagtacagctcctttactctcccg
tgtcgcaagtccaaagccttaactgaggatgcagctaagaaagacaccctcaaagccaga
atgcggcgcttcagtgactggacaggaagcctttccaggaagaagaggaaattgcaggaa
cccagatccacggagggcagtgagtacttcgatagccactcggatggactgaatgcagat
gtgcaggggcccacgcagacatctgccttactgtggtcagggggctcagctcagaccctg
cctcacagaagcgaatccactcacgcaatcggcagcgatcccctccaacagaacatctac
gagaatttcatgcgagagctggaaatgagcaggaccaacatggagaacgcggaaacgtcc
acagagactgtggagtccagcagcgagtccctcagctcgctggagcagctggatctgctc
tttgagaaggagcagggggtggtccgaaaagctgggtggctcttcttcaaaccccttgtc
accttgcagaaggagaggaaactggagctggtggctcggaggaagtggaaacagtactgg
gtgaccctgaaaggctgtactctgatgttttatgagacctacggaaagaattccacagac
cagaatagcgccccacggtgtgccctctttgcagaggacagcattgtgcagtctgtccca
gagcatcccaagaaggagcacgtgttctgcctgagtaactcctatggagatgtctacctt
ttccaggccactagccagacggatctggaaaactggatcactgccatacactcggcgtgc
gcatccctctttgcaaagaagcatgggaaagaagacacggtgcggctgctgaagagccag
accagaggcctgcttcagaagatagacatggacagcaagatgaagaagatggcagagctg
cagctgtctgtggtgagcgaccccaagaacaggaaggccatcgaaaaccagatccggcaa
tgggagcagaacctggaaaaattccacatggacctgttccgcatgcgctgctatttggca
agcttacaaggtggggagttaccaaaccccaagagtctccttgcagccaccagccgcccc
tccaagctggctcttggcagactgggcgtcctgtctgtttcatctttccatgctctggta
tgttccagagacgattctgctctcaggaaaagaacactttcctttacccagagagcaaaa
agcaagaaaggcctattttcttcattgaaaggtctggacactctagcaagaaaagggagg
gagaagagagcttctataactcagatgtttgattcgagccacagccatggatatcttgga
actcaactacctcaaaactccactaactccagtgaggtccatgacctgcatctgtatggc
tcctcagcagacagcactctccgagacagcacgtgggaagtacagacttatgtccacttc
caggataacgaaggagtcactgtgatcatcaagccagagcacagggtggaagatgttctg
gctttggcatgcaagatgaggcacttggaacccactcgctatggtcttcagctccgaaag
gtggtggatgaaagtgtggagtggtgtgtgcccgcgttgtatgagtacatgcaggagcag
gtttatgatgaaattgaagtcttcccactcagtgtgtatgacgtgcagctaaccaagacg
ggggacatgactgactttgggtttgcagtcacagcccaggtggacgagcaccagcatctc
agccggatatttatcagcgatgttctccctgacagcctggcgtatggaggaggactgaga
aagggcaatgaaatcaggagcttaaatggggaagcagtgtctgaccttgacctcaagcag
atggaggctttgttttctgagaagagcgttggactcactctagtcgcccggcctgcagac
acaagagcaagcctgtgtacttcctgctcagacagtgacctgttctccagggaccagaaa
agtctgctgccctctcccaaccagtgccaactgctggaggaattcctggataactttaaa
aaaacctccacaaacgatttcagcaatgtccctgacgtcacaactggcctgaagaggagc
catacagaaggcaccctggatcaggtgccccacagggagaagatggagcagacattccgg
agtgctgagcagattgtggagctctgcagaggcaccaccagtatggaagcaccgacagac
agccgcgacccgcctcccaggcctctggctcgtcacctctcagatgcagaccgcctccga
aaagtcatccaggagcttgtagacaccgagaagtcttacgtgaaggatctgagctgcctc
tttgaactgtacttggagccccttcagaacgagacctttcttacccaagatgagatggag
tcactttttgggagcttgccagagatgctggaatttcaaaaggtgttcctggagactctg
gaggatgggatctctgcttcctcagactttagtgtcctggaaaccccctcacagtttcgg
aaattgctgttctctctcggaggctctttcctctactacgcagatcactttaaactgtac
agtggattctgcgccaaccacattaaagtacagaaggtcctagagcgagctaaaaccgac
agagctttcaaggcttttctggacgcgcggaaccccacgaagcagcactcctccacgctg
gagtcatatctcatcaagcctgttcagagagtgctcaagtatcctctgctcctcaaggag
ctcgtgtcactgactgaccatgagagcgaagaacactatcacctgacagaagctctaaag
gccatggaaaaagtagccagtcacatcaatgagatgcagaagatctacgaggactatggg
acggtgtttgaccagctggtggcagagcagagtggcacagagaaggaggtaacagagctg
tccatgggggaacttctgatgcactctacagtttcctggttgaatccgttcctgtctctg
ggaaaagccaggaaggacattgagctcacagtgtttgtttttaagagagctgtcatactg
gtttataaagaaaactgcaagctgaaaaagaaactgccctccaattcccggcctgctcac
aactctgctgacttggacccatttaaattccgctggttgatccccatatctgcgcttcaa
gttagactggggaacacggcagggactgaaaacaattccacctgggagctgattcatacc
aagtcagaaattgaaggacggccagagaccatctttcaactgtgctgcagtgacagcgag
agcaaaaccagcatcgttaaggtgatccgttctattctgagagagaacttcaggcgccac
ataaagtgtgagttaccaatggagaagacatgtaaggaccggctggtacctcttaagaac
cgagttcctgtttcagccaaattagcctcatccaggtctttgaaggtcctcagaacatcc
tccagcagcgagtggcccagcgaccccagcaagggcaactcactggactcggatgagtgc
agcctgagcagtggcacccagagcagtggctgcccagtagctgagagcagacaagactgt
aagagcaccgtgctggagaaagacgctcatgaggtcctggcagagtttccagatggtctc
atcaaagaaagcgacattctaagtgatgaagaggaggacttccaccaccctctgaaacag
ggcagccctactaaggacattgagcttcagttccagagactgcgaatctctgaggaaccc
gatatgcactcaactgggcagcagccgcctctcacagggccgggtgaacagcccaagctg
gtcaggggccacttttgccccattaagcgtaaagcaaacagcactaagaggggccgagga
actttgctcaaggcgcagacacgtcaccagtccctggacagccacccggaaaccgccagc
atcgatctaaatttggttctggagagagaattcagtgtccagagcttaacttcagttgtt
aatgaggagtgtttttatgaaacacagagccatggcaaatcctag

  All links  
Ontology (1)   
   KEGG BRITE (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (6)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
   RGD (1)   
Protein sequence (14)   
   UniProt (1)   
   RefSeq(pep) (13)   
DNA sequence (13)   
   RefSeq(nuc) (13)   
Protein domain (8)   
   Pfam (8)   
All databases (43)   

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