Xenopus laevis (African clawed frog): 398588
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Entry
398588 CDS
T01010
Symbol
iqgap2.S, iqgap2, xiqgap2
Name
(RefSeq) IQ motif containing GTPase activating protein 2 S homeolog
KO
K05767
Ras GTPase-activating-like protein IQGAP2/3
Organism
xla
Xenopus laevis (African clawed frog)
Pathway
xla04810
Regulation of actin cytoskeleton
Brite
KEGG Orthology (KO) [BR:
xla00001
]
09140 Cellular Processes
09142 Cell motility
04810 Regulation of actin cytoskeleton
398588 (iqgap2.S)
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
04812 Cytoskeleton proteins [BR:
xla04812
]
398588 (iqgap2.S)
04147 Exosome [BR:
xla04147
]
398588 (iqgap2.S)
Cytoskeleton proteins [BR:
xla04812
]
Eukaryotic cytoskeleton proteins
Actin filaments / Microfilaments
Actin-binding proteins
Others
398588 (iqgap2.S)
Exosome [BR:
xla04147
]
Exosomal proteins
Exosomal proteins of other body fluids (saliva and urine)
398588 (iqgap2.S)
Exosomal proteins of colorectal cancer cells
398588 (iqgap2.S)
BRITE hierarchy
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
RasGAP
IQGAP_helical
IQ
IQGAP_C
CH
APC1_C
bZIP_1
Motif
Other DBs
NCBI-GeneID:
398588
NCBI-ProteinID:
NP_001082588
Xenbase:
XB-GENE-5752029
UniProt:
Q7ZT76
LinkDB
All DBs
Position
1S:172859512..173040320
Genome browser
AA seq
1660 aa
AA seq
DB search
MNHEDVSPLLRPRYGSIVDDERLSAEEMDERRRQNIAYEYLCHLEEAKRWMEACLVEELP
PTTELEEGLRNGVYLAKLGRFFAPKVISEKKIYDVDQTRLKLSALFPATTIPAGLRAMES
IGLPKIFYPETTDVYDRKNIPRVIYCIHALSLYLFKLGIAPQIQDLLGKVDFTEEEISNM
RKELEKYGIQMPSLIKLGGISSKMNSPWMRQQLHAAVIAIYEALDKGVASQTMVTLRNPN
AMLLNVEEGLVEEYQRVLEQAKKIKEDNAKIKNSTISEEERDVYEELLTQAEIQGHITKV
NTNVALVQVNEAIDRKEEVALLNGLMLPILSLFEVQPKNSPWYLAQLCNTKEQKTQKSGV
PSTLDKNEIQKDVSVANKEAEAHVLMLEAVEKINAALLTGDSSQTLAALQLPEAQMPAVH
PFAETLYHMELQNLQKQNPANYLTQEELFIAIEMLSAVALVNQALETNDMNAVQTHLASH
AIGLNNLEEDNMQRYTGTLASFRREALHQGQSYLGWTEIQKCIDGVNDEIQEENERITAI
GVINDAIAQGDPESTLAALLSPPAKLLEVSQENACHYQDLLQQAMAQKSKESEDESAALW
LDEIQKGIHDANLDREDAQKLASGVAEVNLALEKDDAQQTLMALQSPKTGLKGVLSECSE
VYHKDLCEDKKQKTTEDVDESLWLKIKVKDKYDYYYNVETEEGCWTQPEGITPKHSWLTR
EEIQYVVGKITADYNREQLWMANENLVILLQAQIRGFLLRKAFSERKAYLHKQEPSAIKL
QACWKGYKQRKSYTERLKLLQGNIVGIVKIQSWFRMLKARKGFQKRLQYFTEHEKEIIKI
QAFLRANKAREDYRTLISSEEPPLNVVRKFVYLLDQSDLDFHEELEVTRLREEVVTKIRS
NQQLEKDLNLMDIKIGLLVKNRITLQDVVSHSKKLNKKSKGQVEEMLTVDKQGIKCLSKD
KRKKLEAYQHLFYLLQTNPTYLAKLIFQMPQNKSTKFMDTVIFTLYNYASNQREEYLLLK
LFETALQEEIKSKVDQIQDIVTGNPTVIKMVVSFNRGARGQNTLRQLLAPVVKEIIEDKS
LIINTSPVEVYKAWVNQLEMATGEASKLPYDVTTEQALSHPEVVSKLESSIQSLRVVTDK
VLQSIFSSLDLIPYGMRYTAKVLKNSLHEKFPDATEDELLKIVGNLLYYRYMNPAIVAPD
GFDIIDMTAGGQIHSDQTRNLGSVAKVLQHAASNKLFDGENAHMSSINSYLSQTYQKFRK
FFQSACEVPEPEEKFNIDEFSDLVTLSKPVIYISIEEIINTHSLLLEHQDAISPDHNDIL
HELLEALGTVPDVESFLGEGAVDSNDPNKENTLGQMAKTEISLSLTSKLGLREGEDKDMK
SLMIKTKKLIVDVIRTQSGETITEILETQASVPQENEHLVVIERRSRIDAKTPDKMKRSH
SVFEDGQLPLEQKKRKILRNLRTLEQAGLVTEESKYQEIIIEIAKDIRNQRRYRQRRKAE
LVKLQQTLNALNSKTAFYQEQINYYNTYIKTCLDNLTRKNSRRSIKVDGKAEEKGSKKTK
QATLKYTAARLHEKGVILEIEGLQTNQFKNVLFDITPGYEVGDFEVKAKFFGVEMEKVQL
HFQDLLQMQYDGVAVMKMFDKAKVNVNLLIFLLNRKFYGK
NT seq
4983 nt
NT seq
+upstream
nt +downstream
nt
atgaaccatgaggacgtctccccactgctccgacccagatatggctcaatcgttgatgat
gaaaggctttctgctgaggaaatggatgaaaggaggcggcagaacattgcttatgagtat
ttatgccatctagaggaagcaaagaggtggatggaggcctgcttagtcgaagaactaccc
ccaactacagaattggaggaaggcttgagaaatggagtgtaccttgctaaattagggagg
ttctttgccccaaaggtgatctccgagaagaagatttatgatgtggatcaaactcgttta
aagctgtcggccttatttccggcaacgacaataccggcagggttacgagccatggaatcg
atcggacttcctaagatattttatcctgaaacgacagatgtttatgatcgtaaaaacatt
cccagagtcatttattgcatccatgcactaagtctttatctgttcaaacttgggattgcg
cctcagatacaagatctattgggaaaagtagacttcactgaggaggaaatcagcaatatg
cggaaagagctggagaaatatggcatccaaatgccatcattaataaaattggggggcatt
tctagcaaaatgaactctccgtggatgaggcaacaattgcatgctgcagttattgccatt
tatgaggctctggacaaaggagtagcgagccagactatggtaacattaaggaatccgaat
gcaatgctgttaaacgttgaggagggtttggttgaggagtaccaacgagtgcttgaacaa
gctaagaaaataaaggaggataatgcaaagataaagaatagcacaatttccgaagaagag
cgggatgtgtatgaagagctacttacacaagcagagatacaaggtcacatcactaaggtt
aacaccaatgtagcattagtgcaagtaaatgaggccattgacaggaaggaagaagtggct
ttgctaaatggtctgatgcttcctattctgagcctttttgaagtgcagccgaaaaattca
ccatggtacctggcacaattgtgtaacactaaagaacagaaaacacagaaatcaggtgtc
cccagtactcttgacaaaaacgagattcaaaaagacgtgagtgttgccaataaggaagca
gaggctcacgttcttatgctagaagccgtggaaaagatcaatgcagcacttcttactggc
gattcctcccaaaccctcgcagctctccagctgcccgaggcgcagatgcctgcagttcat
ccatttgcagaaaccctgtatcatatggaactgcagaatcttcagaaacagaaccctgcg
aactatctgacccaggaggagctgttcattgctattgagatgttgtctgctgttgccctg
gttaatcaagccctggaaaccaatgatatgaacgctgtacaaactcatcttgccagccat
gcgataggcctcaataatctggaagaagacaacatgcaacgttatactggaacactggca
tcatttaggagagaagccctgcaccaaggacaaagctatctgggctggactgaaattcag
aagtgcattgatggtgttaatgatgaaattcaggaggagaatgaaaggattactgcaatc
ggtgtcattaacgatgcaattgcccaaggagatcctgaaagcaccttagcagcacttctg
tctccaccagcaaaacttctggaagtctctcaggaaaatgcctgccattaccaagatctc
ctccagcaggccatggcccagaagtcaaaggaatctgaagatgaatcggctgcactgtgg
ttagatgaaatacagaaaggaatccatgatgcaaacctggacagagaagatgcacagaaa
ttggcatctggagtggcagaagttaacttggccttggagaaggatgatgcacagcagact
ctaatggctctgcagtctcccaaaacgggattaaagggggtactttctgaatgttcagag
gtctatcacaaggatctgtgtgaagacaagaaacaaaagacaacagaagatgtagacgag
agtttatggttgaagataaaagtgaaagacaaatatgattattattataatgtggaaaca
gaggaaggatgctggactcaaccagaagggattactccaaagcattcttggctcaccagg
gaggaaatacagtatgttgttggaaagattacagctgattacaacagggagcagctctgg
atggccaatgagaacctggttattctgttacaagcacaaataagggggtttcttctccga
aaagcattcagtgaaaggaaagcatatcttcataaacaggaaccatctgcaatcaaacta
caggcgtgctggaaaggatacaaacaaaggaaatcttacacagaaaggctaaaattactt
caaggaaacattgttggcattgtcaagatccagtcttggttccggatgttaaaagcaaga
aagggatttcagaaaagactgcagtatttcacggaacatgaaaaagaaatcatcaaaatc
caagcatttcttagagcaaataaagccagagaagattacagaactttaatcagctctgaa
gaacccccactaaatgttgtgcgcaaatttgtctaccttctggaccaaagtgatttagat
ttccatgaagaactggaggtaacaaggttaagagaggaagtcgtcacgaaaattcgatct
aatcaacagctggagaaagatctcaacctcatggacattaaaattggattattagtgaaa
aatcggatcacattgcaggatgttgtgtcgcacagtaaaaaactcaataagaagagtaaa
ggccaagtggaagagatgctgactgtggataaacaagggataaagtgtcttagtaaggat
aaaaggaaaaaacttgaggcctatcagcacttgttctacctcctccagacgaaccctacg
tatttggccaagttgattttccagatgcctcagaacaagtcaaccaagtttatggataca
gtgatctttactctttataattatgcttccaaccagcgggaagagtatctgctgctgaaa
ctctttgaaactgcccttcaggaagaaataaagtctaaagttgaccaaatacaagatata
gtgactggaaaccctaccgtgataaaaatggtggtcagttttaaccgtggggctcgcggt
cagaacacactacgccagctcttggcacctgtagtaaaagagatcattgaagacaaatca
ctcatcattaacaccagccctgtggaggtatacaaggcttgggtaaaccagctggaaatg
gccactggagaggcaagtaagttaccatatgacgttactacggagcaggccctgtctcat
ccagaggtggtcagtaagttagaatcttctatccaaagtctccgagtagtgacagataaa
gtgctgcaatccatattctcctctctggacctcatcccttatggaatgagatatactgca
aaggttctgaaaaactccctgcatgaaaagttccctgatgcaacggaggatgaactatta
aagattgtaggaaacctcctttattaccggtacatgaacccagccattgttgcgccagat
gggtttgatattatagatatgacggccggaggccagatacattcggatcagacaaggaat
ctcggctctgtggctaaagttctccaacatgcggcttccaataaactatttgatggcgaa
aatgcccatatgtcttccataaactcttacctttcccaaacataccagaaattcaggaag
ttcttccagtcggcttgtgaggttcctgaaccagaggagaaatttaatattgatgagttt
tcggacttggtgacactgagcaaaccagtcatatacatctccattgaagaaattatcaac
acacattcacttcttctagaacatcaggatgccatttctccagaccacaatgacattttg
catgagctgctggaggcattaggaactgtccctgacgtagaatcctttctgggtgagggt
gctgtcgactccaatgaccctaacaaagaaaacacactcggccagatggccaagacagaa
atatccctttctcttaccagtaaacttggcttacgggaaggtgaagataaagacatgaag
agtttgatgatcaagactaagaagctcatagtggatgtgatccgcactcaatctggagag
acaataacagaaatcctggagacacaggcatcagttccacaggaaaatgaacacttggtg
gtaatagagagacggagccgcatagatgccaaaacgcccgacaaaatgaaacgtagccat
tctgtctttgaagatgggcagctgccactggagcaaaagaagaggaaaatcctacgaaac
ctgcggacattggagcaagctggattagtgactgaggagtccaaataccaggaaattatc
attgagattgcaaaggatatcaggaaccaaagaagatatcgccagcgacgaaaagctgag
ttggtaaagcttcagcagactctcaatgcattaaactccaagactgcattctatcaggag
cagatcaattattataacacttatatcaagacctgcctagacaacctgactaggaaaaat
tccaggcgctctataaaagttgatgggaaggcagaagaaaagggctccaagaaaaccaaa
caagccacattgaagtacacagcggccaggttacatgaaaaaggggtcatattagaaatt
gagggactgcaaaccaaccagtttaaaaatgttttgtttgacattaccccggggtatgaa
gttggtgactttgaagtgaaggcaaagttttttggtgttgagatggagaaagttcagctt
cattttcaggatctgctccagatgcagtatgacggagtcgccgtgatgaagatgttcgac
aaggcgaaggtcaatgtgaatctgctcatatttcttctcaacaggaaattctacggcaaa
taa
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