KEGG   Myotis brandtii (Brandt's bat): 102239639
Entry
102239639         CDS       T02920                                 
Symbol
IQGAP2
Name
(RefSeq) IQ motif containing GTPase activating protein 2
  KO
K05767  Ras GTPase-activating-like protein IQGAP2/3
Organism
myb  Myotis brandtii (Brandt's bat)
Pathway
myb04810  Regulation of actin cytoskeleton
Brite
KEGG Orthology (KO) [BR:myb00001]
 09140 Cellular Processes
  09142 Cell motility
   04810 Regulation of actin cytoskeleton
    102239639 (IQGAP2)
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04812 Cytoskeleton proteins [BR:myb04812]
    102239639 (IQGAP2)
   04147 Exosome [BR:myb04147]
    102239639 (IQGAP2)
Cytoskeleton proteins [BR:myb04812]
 Eukaryotic cytoskeleton proteins
  Actin filaments / Microfilaments
   Actin-binding proteins
    Others
     102239639 (IQGAP2)
Exosome [BR:myb04147]
 Exosomal proteins
  Exosomal proteins of other body fluids (saliva and urine)
   102239639 (IQGAP2)
  Exosomal proteins of colorectal cancer cells
   102239639 (IQGAP2)
SSDB
Motif
Pfam: RasGAP RasGAP_C CH IQ
Other DBs
NCBI-GeneID: 102239639
NCBI-ProteinID: XP_005858114
Position
Un
AA seq 1604 aa
MDERRRQNIAYEYLCHLEEAKRCCKDEPVPVQPQRTSTPCTPGQLASVFWILRARVRHLL
SRTPVKLPNWSHQKPCEARRWMEVCLVEELPPTTELEEGLRNGVYLAKLAKFFAPKMVSE
KKIYDVEQTRYKKSGLHFRHTDNTVQWLRAMESIGLPKIFYPETTDVYDRKNIPRMIYCI
HALSLYLFKLGIAPQIQDLLGKVDFTEEEISNMRKELEKYGIQMPSFSKIGGILANELSV
DEAALHAAVIAINEAIEKGIAEQTIITLRNPNAVLTLVDENLAQEYQKELWAAKKGKEEN
AKLKNNCISEEERDAYEELLTQAEIQGNINKVNRLAAVDHINAVIQEGDPESTLLALERP
EAQLPAVYPFAAAMYQNELFNLQKQNAMNYLAHEELLIAVEMLSAVALLNQALDSKDLVS
VQNQLKSPAIGFNNLDETYVERYADELLSIKLDVLSQGQETLSWNEIQNCIDMVNIQIQE
ENDRVVAVGCINEAIDAGDPLKTLESLQFPAVKIRDVDPEHAQHYQDVLYHAKSQKLKDP
ASKILWLDEIQHAVYEANRDKDKAKQWVTLVVDVNQCLEKEKKSDILSVLKSSVGNTNDV
IPECADNYYDALTKAKEQKSRSVSTEGPWLKLTLQEKYDYYYNVDSKESSWVTPKPCLCK
ESWLMEKEIKDIVEEVTTGYIREKMWSAPEDFLLRLQHTRSGALLRKEFEARKSFLYEQE
EHVVKIQAFWRGHRQRMSYVSRRQTFADHLPSIVKIQSWFRMTRARRNYLSRLQYFRDHK
SEIVKIQSLLRASKARDDYKTLVGSENPPLPVIRKFVHLLDQSDLDFQEELEVARLRGEV
VTKIRGNQQLEKDLNLMDIKIGLLVKNRITLEDVISHRTKLNKKKGGEMQILNNTDNQGI
KSLSKERRKTLETYQQLFYLLQTNPLYLAKLIFQMPQNKSTKFMDTVIFTLYNYASNQRE
EYLLLKLFKTALEEEVKSKVDQVQDIVTGNPTVIKMVVSFNRGARGQNTLRQLLAPVVKE
ILDDSSLVINTNPVEVYKSWVNQLETQTGEASNLPYDVTAEQALTYPEVKSKLDASNESL
RRVTNKVLNSIISSLDLLPYGLRYIAKVLKNSIHEKFPDATEDELLKIVGNLLYYRYMNP
AIVAPDGFDIIDMTAGGQINSDQRRNLGTVAKVLQHAASNKLFEGENEHLASTNNYLSET
YQKFRKYFKEACDVPEPEEKFNMDKYTDVVTVSKPVIYISIEEIINTHSLLLEHQDAIAP
EKNDLLNELLELLGEVPTVESFLGEGAIDPNDPNKANTLNQLSKTEISLSLTSKYNLGDG
EGIDGQSLMIKTKKLIIDVIRNQPGNTLTEILETPATTQQETAHATDMESRAIKDSKAPE
EMKDGQSMVEDAQLPLEQKKRKIQRNLRTLEQMGHMSSTNKYQDILNEIAKDIRNQRIYR
KLRKAELAKLQQTLKALNEKAAFYEEQVNYYDTYIKTCLDNLKIKNSRRSIKVDGKGESK
GMKRAKPVRYTAAKLHEKGVLLGIDDLQTNQFKNVTFDILSTEDVGIFDVKSKFLGVEME
KVQLNIQDLLEMQYEGVAVMKMFDKVKVNVNLLIYLLNKKFYGK
NT seq 4815 nt   +upstreamnt  +downstreamnt
atggatgagaggcggcggcagaacatcgcttatgaatatttgtgccacctagaggaagcc
aaaagatgctgcaaagatgagccagtcccagtgcagccacaacgaacctccactccctgc
accccagggcagcttgcctctgtgttctggattctccgggcacgagtccgacacctgctt
tcaaggactcctgtgaaactccccaactggtctcaccaaaaaccctgtgaggcaagaagg
tggatggaagtctgtttagttgaagaattgccaccaaccactgagctggaggaagggctc
cggaacggagtttacctggcaaagttggccaagttctttgccccaaaaatggtatcggag
aaaaagatctatgatgtggaacaaacacgctataagaagtccggtcttcattttcgacac
acagataatactgtccagtggttaagagccatggagtctattggtctacccaagatattt
tatccagaaacaacagatgtctatgaccggaaaaacataccaagaatgatctattgtatt
cacgcactaagtttatatctgttcaaactaggaatagcaccccagatccaggatttgttg
ggcaaagtggacttcacagaggaggaaatcagtaatatgagaaaggaactcgagaaatat
ggaatacagatgccatctttcagcaaaatagggggtattctggctaacgaactgtctgtg
gatgaagctgcactgcatgctgctgttatagctattaatgaagctattgaaaaaggaata
gcagagcagaccattataacactaagaaacccaaatgcagttttaactttagtggatgag
aaccttgcacaagaatatcagaaggaactctgggcagccaaaaagggaaaagaagaaaat
gcaaaactgaagaataactgtatttcagaagaagaaagagatgcgtatgaagaactgctg
acacaagcagaaatccaaggcaatatcaataaagtcaacaggctggctgcagtggaccac
atcaatgctgtcatccaggaaggcgaccccgagagcacgctgctcgcactggagagaccg
gaggcccagctgcccgctgtttatccctttgcagctgcgatgtatcagaacgaacttttc
aaccttcagaaacagaacgccatgaactacttggcccacgaggagctcttgattgcggtg
gaaatgctgtctgctgttgctttactaaaccaggccttggacagcaaggacctggtatct
gtgcagaatcaacttaaaagcccagcaataggcttcaacaatctggacgagacgtatgtt
gaacgttatgcagatgaactactctccattaaactggacgttttgtcccaagggcaagag
accttaagctggaatgaaattcagaattgtattgatatggttaatattcaaattcaagaa
gaaaatgacagagttgtggctgtagggtgtatcaatgaagctatagatgcaggagatcct
ttaaagacactagaaagtctgcagtttcctgcagttaagattagagatgtggacccagag
catgcccagcactaccaggatgttttataccacgccaaatcacagaaactgaaggaccct
gcttctaaaattctttggctggatgagatacaacacgcagtctatgaggccaacagggac
aaggacaaagcaaaacaatgggttacactggtcgttgatgttaatcagtgtttggagaaa
gaaaagaaaagtgatattttgtctgttttgaagtcttctgttggtaatacaaatgatgta
atccccgaatgtgctgacaactactatgatgcccttacgaaggcaaaagagcaaaaatcg
agaagtgtgtctactgaaggtccatggctcaaacttaccctgcaggagaaatatgattac
tactacaatgtcgactcaaaagagagttcctgggtcactccgaaaccttgcttgtgtaaa
gaatcatggctcatggaaaaagaaattaaggacattgttgaggaagtcacaacaggttac
attcgtgagaagatgtggtctgctcccgaggatttcctccttcgccttcaacacacacgc
tcaggagccctccttaggaaagagtttgaagctaggaaatcatttttgtatgaacaagaa
gagcatgtggtcaaaatacaggctttttggaggggacatagacaacggatgtcatatgtc
agcaggcggcagacattcgccgatcatcttccctctattgtgaagattcagtcctggttc
cggatgaccagagcacggaggaattacctttcacggctgcagtatttcagagatcataaa
agtgaaatcgtgaaaatacagtcactactgagagcaagcaaggcgagagatgactacaaa
acattggttggctccgaaaacccaccgttaccggtaatccgcaaatttgtgcacctattg
gatcaaagtgacttggatttccaggaggagctggaggtcgcacgattgaggggagaagtg
gtgaccaagatcaggggcaatcagcagctggagaaagacctgaacctgatggacatcaag
attgggctcctggtgaagaacaggatcacactggaggatgtgatttcacacagaacgaag
ctgaataagaaaaaaggtggagaaatgcaaatactgaataacactgacaaccaaggaatc
aaaagtttgagtaaggagcggagaaaaacactagaaacatatcagcagctgttttatctt
ttacagaccaatcctttatacctggctaagctgattttccagatgccacagaacaagtcc
actaaatttatggatactgttattttcacactatacaactatgcttccaatcagcgagaa
gaatatctacttctcaagctttttaaaaccgctctggaagaagaagtaaaatcaaaggtg
gaccaggtacaggacatcgttactgggaaccctacagtcatcaagatggtcgtcagcttc
aacagaggcgcccgtggacagaacacgctgcgccagctcctggctccagtggtgaaggag
atcctggatgacagctccctggtcatcaacacgaaccctgtggaggtgtacaagtcttgg
gtgaaccaactagaaacacagactggagaagccagcaacctgccttacgatgtgaccgca
gaacaggctctgacataccccgaagtgaaaagtaaactggatgcatccaatgagagcctg
cgcagggtcaccaacaaagtcctgaattccatcatttcctcccttgatctactgccttat
ggattgaggtatatagccaaagtactgaagaattcaatccatgagaaatttcccgatgca
acagaagatgagctattaaagattgttggaaacctcctgtactatcggtacatgaaccca
gctatcgtagctccagacggctttgatatcatcgacatgacggccggtggtcagatcaat
tctgaccagaggagaaacttgggaacggtggccaaggtccttcagcatgcggcctccaac
aagctgtttgaaggagaaaatgagcatctcgcatctacaaacaattatttatcagagacg
tatcagaagttcaggaaatatttcaaagaagcatgtgatgtccccgagccagaagaaaag
tttaatatggataaatacacagatgtggtgacagtcagcaaacccgtcatttatatttca
attgaagaaatcatcaacacacattcactcctattggaacaccaggatgcgatagcacct
gaaaaaaatgacttactgaatgaactgttggaattgctgggagaagtacctactgtggaa
tcttttcttggggaaggagccattgatcccaatgaccctaacaaggcgaatacactaaat
cagctctcaaagactgagatttccctttccttgacaagcaagtacaacttaggggatggt
gaaggtatagatggccaaagcctcatgataaagaccaaaaaactgatcattgatgtgatc
cggaaccaaccaggaaacacattgacagaaatcttagagacacccgcaactacacaacag
gaaacggctcatgccacggacatggagagccgtgcaattaaagattccaaggctccagaa
gaaatgaaggatggacagtctatggtggaagatgcacaactgccccttgagcagaagaag
aggaaaatccagaggaatcttcggacattggaacagatgggacacatgtcatccacaaat
aaataccaggacattctcaatgagattgccaaggatattcgaaatcaaagaatctatcgt
aagcttcgaaaagctgaattggccaaacttcagcagaccttgaaagcacttaacgagaag
gcagcattttatgaagagcaagttaattattatgacacctacataaagacttgcttagac
aacttaaaaataaaaaattctcggcggtcaattaaagtagacgggaaaggagagtccaag
gggatgaagagggcgaagccagtgaggtacacggctgcgaagctgcatgagaagggtgtg
ctgctgggcatcgacgacctgcagaccaaccagtttaaaaacgttacatttgatatctta
tccactgaagacgtgggcatcttcgatgtcaaatccaaattcctgggcgtggagatggaa
aaggtgcagctcaatattcaggatttacttgagatgcaatatgaaggagtcgctgtaatg
aaaatgtttgataaggttaaagtgaatgtaaaccttctcatatacctgctgaacaagaaa
ttctatggaaagtga

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (32)   
   KEGG ORTHOLOGY (1)   
   RefGene (28)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (4)   
   RefSeq(pep) (4)   
DNA sequence (4)   
   RefSeq(nuc) (4)   
Protein domain (4)   
   Pfam (4)   
All databases (49)   

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