KEGG   Callorhinchus milii (elephant shark): 103186381
Entry
103186381         CDS       T03088                                 
Symbol
iqgap2
Name
(RefSeq) ras GTPase-activating-like protein IQGAP2
  KO
K05767  Ras GTPase-activating-like protein IQGAP2/3
Organism
cmk  Callorhinchus milii (elephant shark)
Pathway
cmk04810  Regulation of actin cytoskeleton
Brite
KEGG Orthology (KO) [BR:cmk00001]
 09140 Cellular Processes
  09142 Cell motility
   04810 Regulation of actin cytoskeleton
    103186381 (iqgap2)
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04812 Cytoskeleton proteins [BR:cmk04812]
    103186381 (iqgap2)
   04147 Exosome [BR:cmk04147]
    103186381 (iqgap2)
Cytoskeleton proteins [BR:cmk04812]
 Eukaryotic cytoskeleton proteins
  Actin filaments / Microfilaments
   Actin-binding proteins
    Others
     103186381 (iqgap2)
Exosome [BR:cmk04147]
 Exosomal proteins
  Exosomal proteins of other body fluids (saliva and urine)
   103186381 (iqgap2)
  Exosomal proteins of colorectal cancer cells
   103186381 (iqgap2)
SSDB
Motif
Pfam: RasGAP RasGAP_C IQ CH SHD1 CAMSAP_CH WW
Other DBs
NCBI-GeneID: 103186381
NCBI-ProteinID: XP_042190681
Position
Unknown
AA seq 1660 aa
MYEESAAQLRPRYGSIVDDERLSAEEMDERRHQNIAYEYLCHLEEAKQWIEACLNEELPP
TTELEEALRNGVYLVKLASFFAPKLVSQKKIYDLAQTRYQRSGLHFRHTDNTVKWLRAME
SVGLPKIFYPETTDVYDRKNMPRVIYCIHALSLYLFKLGIAPQIQDLLGKVDFTEEEISN
MRKELEKYGIQMPAFSKIGGILANELSVDEATLHAAVIAINEAISQGVANETLRTLRNQN
AILTNIEGDLAQNYQDTLFQAKKTKQESAKSKSDSAAMEERDMYEELLTRSEIQDNVDKV
NIHKALEQVNEALDKKDEVTLLLSLRVPALGLVGVQQENSPWYLAHLRTYKEQKLQEEGF
TRMLNKGELHTEVRLCNELAKAQRLKLEAVEKINAAIHSGDATHTVNMLLQPEAQLPLVH
PSMAELYQTELGNLQKQNPEGHLTHEELLVAVEMLSAVAALNKALELRDDHGVMQHLTSS
AIGLSNRDEVNTQRYVDFLKSLKVQAVEEGQTYLGWNDLQSSIDEVNLQIQEENEKIIAV
GCINDAVDEGDPNKTLEALLMPTAKLEATNPSLARHYQDVLHHIKQEKCKVTQDELAMLW
LNEIQDAIHSANKDSEETGHLAVAIKEINLTIEKEEPQLTLTSLQAPNSSVKGVLPDCAE
NYQKELFETKKQKAGDGPNGSVWVTHKIKGNYDFYYNLETSEGTWEKPEEFVQNNSHLTR
DEIQGYCCRITTEYHRKKLWLANEDQIIRLQACARGYLVRKAYRERLSYLNEQKPSVIRL
QSSWKGYKQRKSYKERQEFLRKNTAAIVKIQSFVKMWKIRKAFRSQLQYYRDHTKDIIKI
QAYLRANKAREDYRTLISSDSPPLNVVRKFVQLLDHSDLDFQEELEVTRLREEVVTKIRS
NQQLEKDLNLMDIKIGLLVKNRITLEDVISHSKKLNKKNKGQGQDVISGNKQGLKSLSKE
KRKKLEAYQHLFYLLQTNPTYLAKLIFQMPQNKSTKFMDTVIFTLYNYASNQREEYLLLK
LFKTALEEEITSKVNQVQDIVTGNPTVIKMVVTFNRSARGQNALRQLLAPVVKEIIEDKN
LSINTNPIEVYKNWVNQMEMQTGEASKLPYDVTTEQALSHAEVNTRLESSVRSLRAATDK
VLASIFTSLDNIPYGMRYIAKVLKNSLHEKFPDSTEDELLKIVGNLLYYRYMNPAIVAPD
GFDIIDVSAGGQLHSDQRRNLGSVAKVLQHAASNKLFEGENAHMSPINDYLSHTYQKFRK
FFQSACDVPEPEEKFNIDEYSDMVTLSKPVIYISIEEIINTHSLLLEHQQAISPDQKDPL
HELLKDLGDVPDVETLIGEGAVVSNDPNKENVLSQLAKTEVSLTLMSKFELREGDDRNMK
SLMIKTKRLIEDVIRTQSGETLSEILETPASSQQEAEHMKVVKNRAILDAKIPDEMKHNQ
SILEDGLLPIEQKKRKIQRNLRTLEQAGLASSANKFQEIISDIAKDIRNQRRYRQHRKAE
LVKVQQTVNALNSKSQFYEEQNNYYNTYIKTCLDNLTRKNVRRSIKLDGKGEEKGSKKSK
PTTLRYTASRLHEKGVVMEIDGLQSNQFKNVLFDITPGEEVGDFEVKAKFMGIEMEKIQL
HFQDLLQLQYDGVAVMKIFDKAKINVNLLVFLLNKKFYGK
NT seq 4983 nt   +upstreamnt  +downstreamnt
atgtacgaggagagcgcggctcagctcagaccccgctatggatctattgtggatgatgaa
aggctctctgcggaggaaatggatgagaggaggcatcagaacatcgcctatgagtattta
tgtcacctggaggaggccaaacagtggatagaagcttgcttgaatgaagaattgccccct
accacagaactcgaagaagcattacgaaatggagtctatcttgtcaaactcgcaagcttc
tttgctcctaaactggtgtctcagaaaaagatctacgaccttgctcaaaccagataccag
cgctccggacttcactttcgacacacggacaatacagtgaagtggctccgagccatggag
tcggttggcttgcctaagatcttttatcccgagacaacagatgtttacgatcgaaaaaac
atgcctcgggtaatatactgcatacatgcgctaagtctgtacctgttcaagcttggaata
gcaccacaaatccaagacttactgggcaaagtggattttacagaggaagaaataagtaac
atgcgtaaggagctggagaagtatggaattcagatgcctgccttcagtaagattggtgga
atcctggctaatgaactttcagttgatgaagctacattgcacgctgcagtaattgcgatc
aatgaagcaatatctcaaggagtagcaaatgagaccttaaggactctgaggaatcaaaat
gccatattaactaatatagaaggtgacttagcacagaattatcaagacacattatttcag
gccaagaaaaccaaacaagagagtgccaaaagtaagagcgattctgctgcaatggaggaa
agggatatgtatgaagaacttttgactcgtagtgagattcaagataacgtcgataaggtc
aacatacataaagctctagagcaagtgaatgaggccctcgacaagaaggatgaggttact
ttactgttgagtctaagggtccctgcgctggggcttgtgggggtgcagcaagagaactcg
ccatggtatcttgctcatctgcgtacttacaaagaacagaaattacaggaagaaggtttt
acccgaatgcttaacaaaggtgaacttcacacagaggtcagactttgcaatgagctggcc
aaagcccaaagactcaaacttgaagctgtggaaaaaataaatgccgccatccacagcggg
gatgcgacccatactgtgaacatgctcttgcaaccagaggcccagttacccctggttcac
ccgtccatggctgagttatatcagacagaattggggaacctacagaaacagaatcctgag
gggcacctgactcatgaggaactcttggttgcagtggagatgctgtcagccgtggctgca
ctgaataaagcactagagctcagagatgatcacggggttatgcaacacctcaccagctct
gctatcggacttagcaatcgcgatgaagtgaacactcagcggtacgtggacttcctgaaa
tcattgaaggtccaggctgtggaggaggggcaaacatatctgggctggaatgatcttcag
agctctattgatgaagtcaatttgcaaattcaagaggaaaatgagaagatcattgcagtt
ggttgtattaatgatgcagtagatgaaggtgatcccaataaaacactggaggccctattg
atgcccactgccaagttagaagccacaaatccctcactagcacgtcattatcaagatgtt
ctacatcatataaaacaagagaagtgcaaggtaactcaggatgaattggcgatgctgtgg
ctgaatgagatacaggatgcaattcactctgccaataaggactcggaagaaactggtcac
ttggctgttgcgataaaggagattaacctgacgattgagaaggaagaaccgcagctgacc
ctgacctcgttacaggctccaaacagcagtgtgaaaggggttctaccagattgtgctgag
aactatcagaaggaactctttgaaacaaagaaacagaaagccggagatggacccaatgga
agtgtgtgggttacgcacaagataaaaggcaattatgatttttactacaatttggaaacc
tctgagggcacatgggaaaaaccggaagaatttgtgcagaataactctcatcttacaaga
gatgaaatacagggatattgttgcaggataacaacagaatatcatcgcaagaagctctgg
ttagcaaatgaagatcaaattattcgcctgcaggcctgtgcaagaggctaccttgtaagg
aaggcttacagagagcgcttgagctatctcaatgaacagaaaccgtctgtcatcaggctg
cagtcttcttggaaaggatacaaacaaagaaaatcttacaaggagagacaagagttcctg
cgaaaaaatacagcagctattgtcaagatccaatcttttgtgaagatgtggaaaataagg
aaagcttttcgctcacagcttcagtactacagagaccatacaaaggacatcattaaaatt
caggcttacctcagagcaaataaagccagagaggattaccgcacgttgatcagctctgac
agtcccccgctgaatgtggtgcggaaatttgttcagctgctagatcacagtgacctggac
tttcaggaagagcttgaggtcacgcggttaagagaggaagttgttaccaaaatccgatcc
aatcagcagctagagaaggatctgaacctgatggacattaagatcgggcttctcgtgaaa
aacaggatcacattggaggatgttatttcccacagtaagaaattgaataagaagaacaag
ggccaggggcaggatgtaatctctggcaataagcagggactgaagtccctcagcaaagag
aagaggaaaaaactggaagcgtatcagcatctcttttacctgcttcagaccaatcctaca
tatttggccaaactgatctttcagatgcctcaaaacaaatcaactaaatttatggacact
gtcatttttacattgtacaactatgcctcaaaccagcgagaggaatacctgctgctaaaa
ctcttcaaaactgcattggaggaagaaatcacgtccaaagtgaaccaggtgcaagacatt
gtcactggaaaccccacagtcattaaaatggtggtcacctttaaccgcagtgcacgtgga
caaaacgcactcaggcaattgctcgctccagtggtgaaggaaatcattgaggataaaaac
ctttcaataaacacaaacccgattgaggtctacaagaactgggtgaatcagatggagatg
cagactggggaggccagtaaactgccatacgacgtaacaactgagcaggccttatcgcat
gctgaagtgaacacgaggctggagtcctccgtccgcagcctgcgggcagccactgataag
gttcttgcttcaattttcacatcgttggataacattccttatggaatgaggtacatagcc
aaagttctgaagaactcacttcatgagaaatttcccgattccactgaggatgaactgcta
aagattgtagggaacctgctttactatcgctacatgaacccagccattgtagcacctgat
ggatttgatattattgatgtctcggctggtgggcagctacattctgaccagcggcggaac
ctgggctctgtggccaaagtcctgcagcacgctgcgtccaacaagttgttcgaaggagag
aatgcacacatgtcacccataaatgactacctgtcgcatacgtaccaaaaattcagaaaa
tttttccagtcagcctgtgacgtacctgaacctgaagaaaagtttaatatcgatgaatac
tctgacatggtgacactaagtaaacctgttatttacatctccattgaggaaatcataaac
actcactcgttgctattggagcatcagcaagctatttctccagatcagaaagacccactc
catgaactgctaaaagaccttggagatgtacctgatgttgaaactttgattggagaggga
gcagttgtctcgaatgatcccaacaaggaaaatgtactctctcagcttgccaagacggag
gtctcacttacacttatgagcaagtttgaattgcgggaaggagatgaccgaaatatgaaa
agtttgatgataaagaccaaaaggttgattgaagatgtgatccgaacgcagtctggagaa
acgctgtctgaaatcctggagactccagcatcctcacagcaggaagctgaacacatgaaa
gtagttaaaaatcgtgcaattctggatgccaaaattcctgatgaaatgaaacacaaccag
tccattcttgaggatgggctgctcccaattgaacagaaaaaacggaaaattcaaaggaac
cttcggacactggaacaggctggcctggcctcctcagcaaataaattccaagagataatc
agtgatattgcaaaagatattcggaatcaaagacggtatcggcaacatcgcaaggctgag
cttgtgaaagtgcagcagaccgtgaacgcacttaactcaaagtctcagttttatgaagaa
cagaacaattattacaacacgtatattaaaacctgcctcgacaacctaacgagaaagaat
gtcagaaggtcaattaaactagatgggaaaggagaagaaaagggcagtaaaaaatcaaaa
ccaaccactttgcgttacaccgcatcaagactgcatgagaaaggagttgttatggaaatt
gatggactgcagtccaaccagtttaagaatgtcctcttcgatatcacaccaggtgaggaa
gtgggtgactttgaagtcaaggccaagttcatgggaatagaaatggaaaaaatacagctt
cattttcaggacctactacagctgcaatacgatggtgtggctgttatgaagatttttgac
aaggctaaaatcaacgtcaatctgctggtcttcctcctgaacaagaaattctatggaaaa
tga

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (42)   
   KEGG ORTHOLOGY (1)   
   RefGene (38)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (7)   
   RefSeq(nuc) (1)   
   GenBank (3)   
   EMBL (3)   
Protein domain (7)   
   Pfam (7)   
All databases (62)   

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