KEGG   Danaus plexippus (monarch butterfly): KGM_203792
Entry
KGM_203792        CDS       T04344                                 
Name
(GenBank) ras GTPase-activating protein IQGAP1
  KO
K16848  Ras GTPase-activating-like protein IQGAP1
Organism
dpl  Danaus plexippus (monarch butterfly)
Brite
KEGG Orthology (KO) [BR:dpl00001]
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04812 Cytoskeleton proteins [BR:dpl04812]
    KGM_203792
   04147 Exosome [BR:dpl04147]
    KGM_203792
Cytoskeleton proteins [BR:dpl04812]
 Eukaryotic cytoskeleton proteins
  Actin filaments / Microfilaments
   Actin-binding proteins
    Others
     KGM_203792
Exosome [BR:dpl04147]
 Exosomal proteins
  Exosomal proteins of haemopoietic cells  (B-cell, T-cell, DC-cell, reticulocyte, and mast cell)
   KGM_203792
  Exosomal proteins of breast milk
   KGM_203792
  Exosomal proteins of other body fluids (saliva and urine)
   KGM_203792
  Exosomal proteins of colorectal cancer cells
   KGM_203792
SSDB
Motif
Pfam: RasGAP RasGAP_C CH IQ GntR YppF
Other DBs
NCBI-ProteinID: OWR44686
UniProt: A0A212ET63
Position
Unknown
AA seq 1630 aa
MGKDILIGKIDDDNADVRKTAQEMDVIRQRTIAYEYLCRLEEAKLWMEACLREELPAAVE
FEENLRNGVYLAKLGNFIAPDLLPLTKIYDIDQRRYKMMGLQFKHTDNINKFLQILKKTE
LPVTFQPETTDIYDNKNMPKVIYCLHALSSHLFKLGKAPLIHDVFGKAVFTDEQLDSVSK
DLQKCKHPLPMFHKISGILSNNNNTNDNVSVQNALIELNNLLDSEKSITCALLNPNLKIK
YIQNYLIDQYKEVLKAAKREKTEVAHNHSLNGSYSPDDYDELLTLVEIQGHITATNYKHL
WKTLCAACRSNDINKLHKIFTEEWVKIKNYNSGNIDFYCDVVQNIIESCKDVDVESITNW
HKIFQNIINDGNIKSKEHSEHKEAIVQVNKALDEGTPDDLYDALTSPKLGLSFKIEKYAA
PLLFEEMRLEKCELDKNLNESEIAATALYLNDVAAVSEAVERGNEIAVWNALNSKQINLE
GLRPHCRRRYLSALISALQVKVKEQCECPLLTLEDIKDTLDMVNVKDDNNDELIEIIDQI
NKAVTDENSEALITLLKSSCLKLPSTLHREEYPLYMRTLKKRLLQKELENLWLEDIIGAI
DDVNTESKKVKELTEEIIQLNLAIVKNDVNDFWKALKSQQLSCSEMIESSCKEVYFQMFS
KALKKKGHHICPWIVCHTEASNTVYIDVESYTYSWSTPKDFVPYSRYLSKKDVKAIVDKT
NKHHINSYRYRELEKTMTRFQAHCKGFLIRKSVTRLLFFKDNVDSIIKIQSWWRQIVVNR
KYGTLLKMKAIEAKLLRERKRNPWAWYKVQEQKIIKIQALWRGRRARNAFISLFHSPNPP
LRVLKKFIPVLDFTTEDYDREMELQTLKSDVVQSIRKNQELSKQIDDMDLKIGLLVQNRI
ALQEVAAHGLKLNNILHHQSKVMQADGRGTMLAVNTAVKGLKSLTKESKRLLDGYQHLFY
ELQTNPTYLSKLLFCIPQNKTNSFLQNVVLSLYNFGAYARDEYLLLKLFRFTLEEEISCK
VMKPFDIIASTPLVLKMAVSLSRQLSGLNSLQTVIGPLVEKIINDKDLNIETGPVEIYKA
WRNETEMKTGQISKLPYIVSQDEALNYPEVKTRLDKALTQLKTVVTMFLEKITNSMELLP
FCITYMARVLHRSLTTKFPHTPEKDILKVIGNLVYYQFLNAAIVAPDAFHIINLPIGGSL
TTDQRKNLASVAKILHFSAAKKGFGEESNHLRCLNPFIVECHERMKELFRRCCRGPTLEE
YFAVDEYTEATLLHHPHIYITVQEIVDTHALLVEYQDVIAEPQDRLNELLDELGDVPSVT
QLAARDVPAQVGDTEENARLEVCLALVNKFQAPADDMTDLNKLFIKTKELCVAVIPFLNG
EHLLEALCIGTTTEQQEQYSEKVKRRIYSGQVRPDDALTLREHIAKLRRNLEMLEDEGYV
TREDGYQALITSIALDLCNKGKYRQAQRRALSTLTRTKQSLLEKTKYYEEKCKSYDQYIK
SCLDNLHTGKRSVHACLRRPGKDVQKLKSKLTIKYSATKLLEKGVLLEIDGLSMSQCKNV
QFEITPTDHNGVFTITGKFMGVEMETIDVDIQDLLQKQYEGCTIMDMFGKAKINVNLLMF
LLNSKFYGKS
NT seq 4893 nt   +upstreamnt  +downstreamnt
atgggaaaagatatactaattggaaaaatagacgacgacaatgcagatgtccgaaaaact
gcccaggagatggatgttatccgccagagaacaattgcttatgaatatctgtgccgtttg
gaggaagctaaattatggatggaagcatgtcttagggaggaacttcctgcggcggttgaa
tttgaagagaatttacgtaatggagtttatttagcgaagcttggcaattttatagctcca
gacctgttacccttaacaaagatttatgatattgaccaacgacgttataagatgatggga
ttgcaatttaaacacacagataatattaataaatttttacaaattttaaaaaagactgaa
ttgcctgtgacatttcaacccgaaaccacagatatatatgataacaaaaacatgccaaaa
gttatttactgtttgcatgcattaagctcacatttgtttaagctcggcaaggcaccatta
atacacgatgtctttggcaaagcagtctttacagatgaacaattggactctgtttcgaaa
gacttacaaaagtgtaagcatccattaccaatgtttcataaaataagcggtattttatca
aacaataacaatacaaatgacaatgtcagcgttcagaatgctttgattgaactcaataac
ctacttgactcggagaaatccataacatgtgcattgctgaatccaaatttaaaaattaaa
tatattcagaactatcttattgatcaatataaagaggttttgaaagcggcgaaacgtgaa
aagacagaagttgcacacaaccactcactgaatggtagttattctcccgatgactatgat
gaattactcactctggttgaaattcaaggtcatataacggccacaaattataaacacctc
tggaagacactttgtgccgcatgtagaagtaatgacattaataaactccacaagattttt
actgaggagtgggtgaaaattaaaaattataacagcggtaacatagatttctattgtgac
gtcgtgcaaaacatcatagagagttgtaaagatgttgatgtggaaagtataacgaattgg
cacaaaattttccaaaacattataaatgatggaaacataaaatcaaaagaacattcggaa
cacaaagaagcgattgtccaagtgaataaagcgctggatgaaggcactcccgatgatcta
tatgacgctcttacaagtccaaagctcggtcttagttttaaaatagaaaagtacgctgcg
cctctattgtttgaagaaatgagattggaaaagtgtgaattggataagaatcttaatgag
agtgaaatagcggcaacggctttatatttgaatgacgtagcggctgtgtcggaagctgtt
gagagaggtaatgagatagctgtttggaatgcattaaattctaaacaaattaacttagag
ggactcaggccacattgtagacgacgttacttgtccgctttgataagcgctctgcaggtt
aaagttaaagaacagtgtgagtgtccgctgctaacactagaggatatcaaagataccctt
gatatggtcaacgtgaaggatgacaataatgatgaattgattgaaattatcgatcagatc
aataaagctgtgaccgatgaaaattccgaagctttaataactttgctaaaaagttcctgt
ctcaaactaccctcgactttgcatagagaggaatatccactatacatgagaactttgaaa
aagagattgctacagaaggagttagaaaacttatggttggaagacatcattggagccatc
gacgatgttaacaccgaatcgaaaaaggttaaggaactgacagaggagatcattcaatta
aacctggctatagtcaaaaatgatgtaaatgatttctggaaagcactaaaatcacagcaa
ctatcatgctctgaaatgatagagagttcctgcaaagaagtgtattttcaaatgttttct
aaagcactgaaaaagaaagggcatcacatttgcccttggatagtttgccataccgaggcc
agtaacacggtatacatcgacgtcgaatcctatacatatagttggagtacacccaaagac
ttcgtgccatactcaagatatctttccaaaaaagatgttaaggccatcgtagacaagaca
aataaacatcacataaattcctatagatacagagaattagagaagacaatgactagattt
caagcccactgcaaaggattcttgataagaaagtcagtgacgagactgctattttttaaa
gacaatgttgattcaataataaagatccaatcctggtggagacaaattgttgttaatagg
aaatatggcacgttgttaaaaatgaaggcaatcgaagctaaacttctgcgtgagaggaaa
agaaatccttgggcttggtataaagtacaggaacaaaaaataataaagattcaagcttta
tggagagggcgcagggcgcgtaatgctttcatatctctattccactctccaaatcctccg
ctcagggttctaaaaaaattcattccggtattagactttacaacagaagattacgacaga
gagatggaattacagacccttaaatcggacgttgttcagtctatacgaaagaatcaagag
ctctcgaagcaaatcgacgatatggacctaaagatagggttgttggtacaaaaccgtata
gcgttacaggaggtcgccgctcatggtcttaaattaaataatatattacatcaccaatcg
aaagtcatgcaagcagatgggagaggcactatgttagctgtgaacacggctgttaaaggt
ttaaaatcactaacaaaagaaagtaaaagactgctagatggatatcaacatttgttctac
gagttgcaaacaaatcctacatatttatccaaactacttttctgcataccccaaaataaa
accaattcgttcctccagaatgtcgtattaagtctttataatttcggtgcgtacgcgaga
gacgagtacttgctgttgaagctgtttaggtttacattagaagaggaaataagttgcaag
gtcatgaagccgttcgacataatcgcctcgaccccgttggtgttgaaaatggcggtaagt
ctgtcgagacagctgtccggtctgaacagccttcaaacggtcataggacctctggtggag
aaaattataaacgataaagacttaaacatagaaactggaccggtcgaaatatataaagct
tggaggaatgaaactgaaatgaaaactgggcaaatttcgaaattaccgtatatagtgagt
caagacgaagcattgaattacccagaagtgaaaacaagactcgacaaagcactgactcaa
ctgaaaacggtcgtgacaatgttcttagaaaaaatcaccaattctatggaacttctacca
ttttgcataacatatatggcacgtgttttacatcggtcgttgacaacaaaatttcctcat
acaccagaaaaggatattttgaaagtgattggaaatttggtatactatcaatttctgaac
gctgctatagtagcaccggatgcttttcatattataaacctacctattggcggatcactg
acaactgatcaacgaaaaaatcttgcatctgtcgctaagattcttcatttctccgcagct
aaaaaaggattcggtgaggaatccaatcacctaagatgcctgaaccccttcatagtggaa
tgtcacgagcggatgaaggagctgttccgtcgctgttgtcggggccccacgctcgaggag
tacttcgcagtggacgaatacaccgaggccacgctactgcatcacccgcatatatacatc
actgttcaggaaatagtagacacgcatgctttgctggtggagtaccaggatgtgatagcc
gagcctcaggaccgactgaacgagctgctggacgaactgggagacgtcccatcggtgaca
cagctggcggccagggacgtgcccgctcaagttggagatacggaagaaaacgctagattg
gaagtgtgtctggcgctcgtcaacaaattccaggctccagccgacgatatgacggatttg
aacaaacttttcatcaagaccaaggaattgtgcgttgctgtgatacccttccttaacggc
gaacatttgctagaggcgctctgcatcggtacgacaacagagcaacaagaacagtacagc
gagaaggttaaacgaaggatttattctggtcaagtacggcctgatgacgcattgactcta
cgtgaacacatcgctaagctgagacggaatttagaaatgttagaagacgaaggctacgtc
acacgggaggacggttatcaagcattaataacatctatagctctagacctgtgcaataaa
gggaagtacagacaagctcaaagacgggcgctctctacattgacgcgtaccaaacagagt
ttgctcgagaaaaccaaatattacgaggagaaatgcaaatcatatgaccagtatattaaa
tcctgcttggataatcttcacaccggaaagagaagcgtacatgcctgcttacggagacca
ggaaaagacgttcaaaagttgaaatcaaagttgacgatcaaatattccgcaacgaaatta
ctggagaagggcgtcctgctggaaatagacggactgtcgatgtctcaatgcaaaaatgtt
caatttgaaatcacaccgacagatcataatggagttttcacaataaccggcaagtttatg
ggagtcgaaatggaaactatagatgtggacattcaggacttattacagaaacaatatgaa
ggttgcaccatcatggatatgtttggtaaagctaaaattaatgttaatttactcatgttc
ttgttgaatagtaagttttatggtaagtcttag

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (57)   
   KEGG ORTHOLOGY (1)   
   RefGene (54)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (6)   
   Pfam (6)   
All databases (68)   

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