Ptychodera flava: 139121047
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Entry
139121047 CDS
T10724
Name
(RefSeq) ras GTPase-activating-like protein IQGAP1 isoform X1
KO
K16848
Ras GTPase-activating-like protein IQGAP1
Organism
pfll Ptychodera flava
Brite
KEGG Orthology (KO) [BR:
pfll00001
]
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
04812 Cytoskeleton proteins [BR:
pfll04812
]
139121047
04147 Exosome [BR:
pfll04147
]
139121047
Cytoskeleton proteins [BR:
pfll04812
]
Eukaryotic cytoskeleton proteins
Actin filaments / Microfilaments
Actin-binding proteins
Others
139121047
Exosome [BR:
pfll04147
]
Exosomal proteins
Exosomal proteins of haemopoietic cells (B-cell, T-cell, DC-cell, reticulocyte, and mast cell)
139121047
Exosomal proteins of breast milk
139121047
Exosomal proteins of other body fluids (saliva and urine)
139121047
Exosomal proteins of colorectal cancer cells
139121047
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
RasGAP
RasGAP_C
CH
IQ
CAMSAP_CH
WW
bZIP_1
Motif
Other DBs
NCBI-GeneID:
139121047
NCBI-ProteinID:
XP_070541738
LinkDB
All DBs
Position
21:517650..609400
Genome browser
AA seq
1683 aa
AA seq
DB search
MASNGDVANPAYDHEDENMPHRASGMEMDEKRRENVAYEYLCHLEEMKLWIEACINEPLP
PSTELEEGIQNGVFLAKLSHFFAPKVVPLKKIFDKDQTRYKTRGLHFRYTDNINHWLRAM
EEIGLPKTFYPETTDIYDRKNMPRVVYCIHALSLYLFKLGIAPQIENLYGKVNFTDEEIS
AMRKELDKYGIQMPAFSKIGGILANEMPVDEAALHAAIIAINEAIDKGQPDVTVAALENP
SAHLLNIRFKNQDGYQDILAAAKASKAEAVLNKSLREGETFEERDVYDTLLTQAEIQGNL
NKVNLIVQLDIINSAIDNGDELELYDALSVADATIRDLEKDNADWYLDVLRKLKQDKMEE
MDGGMVFLDKDDIQRAVHLANKSAQQYNSLVVAMNKINEAIDQGVAVETAAWLMKPEAQL
PPILPEYAALYQSQLANLKNTKEGKHLNHDELTVSVQAFTGVALINKAIEAGDSTETLLA
LSKADADLRGVDDSAQDRYQEHLAANKELVAKQEDRDYLTHTEIQRTLHQVNQELQEEQD
RVLAIGTINDAIDKGNAAETLQALVLPEAQLRSVEEPQADLYQAILATEKQDKARRTQDE
AAVLWLEEIQNAIDDANSQTVDANKMAVGIATINLMLTDGNSQGLVQALRSPDVFISSVT
PDCREEYLRLLTGLRNAKKEQDPQLADHGWMCHSTRDGIPFYFNNMTMEYRWLPPEDYTD
QTSYLNRDEIQGVVSKVTAAYDRQLLFKSNEGLITKLQAHTRGLLVRREFNTRKEFMYRQ
LPAIIRIQSWWRMIKQRQKYQHRKGYLNSTEKQVVKLQALVRMWLARRNFKERQNFYRDH
EKSIIKIQAFVRSNMARHDYYALMHSDSPSVSVVRKFVHLLDSNDVDLQEELDLQKLRAQ
VVTDIRSNQTLEHDLNTMDIKIGLLVRNRITLQDVVMHGKKLKREKSDTSRTASMMGLKS
LSKERREKLEAYQHLFYLLQTQPNYLAKLIFEMPPNATNKFMQSVILTLYNYASNQREEY
LLLKLYETAIQEEVRLKVDKLQDIVTGDPMVIRMVLHYNRAQRGAKGQSALREILQPLVK
EIVDDKTLNINTNPVDIYKAWINQMESKTGETRTADSSEDRLILPALCKLPYDVTAEQAL
KHKEVQEILRQSIATLHKLTDKFFHSIVSSVDKLPYGIRIICKVLLDSLDEKFPDASDEE
ILKVIGNLVYYRYMNPAIVAPDAFDIIDVGPERGLTMQKRRNLGSIAKILQFAASNKMFE
GESEYMSSLNDYITQSHIKFRQYFAAAAQVPNLEAKFNMDEYTDFTTTTKPVIYITAQEI
CDTHALLLEHVDAIAPDASDSLHELLDDLGDQQPSIEHLIGELPGDPNDPAIQTFMKNMA
KVEISLTLNNKFEMMAEDDTDVKTMYIRTKRLIVDVIGCNPGDTLPQVLSIPATDEQEET
HQMMVKKREARDERADKKGNLKRSLSVFGDSRLPLEGKKKKIVYNLRILEKAGLVSKQDN
YQAIINAIVQDIRNQRKYRQRRKQEIMKLRNTLKGLEHKSSFYQEQIDYYNQYIKTCLDN
LQRKGKKSQKAKNPFAGGDAARIQASQKYSAAKLHEKGVILEIEELSESQFKNVMFEIST
TDVPGTFAISAKFMGVSMEKVEVVFQDLLQLQYDGVAVMKMFGRAKVNVNLLIFLLNRKF
YGK
NT seq
5052 nt
NT seq
+upstream
nt +downstream
nt
atggcaagtaacggggatgtagctaatcctgcgtacgaccatgaagacgaaaatatgcct
caccgggcgtcgggcatggaaatggatgaaaagcgacgtgaaaacgttgcgtacgaatat
ctctgtcatctcgaagaaatgaaattgtggattgaagcatgtattaatgaaccactgcca
ccctcaacagagcttgaggaaggaattcagaatggtgtgttcctggccaaactctcacac
ttctttgcaccaaaagtagtgccactgaagaagatctttgataaggaccaaacacgatat
aagactagaggcttgcatttccgatacacggataacataaatcattggttgagagccatg
gaggaaattggactgccgaagactttctatccagagacaacagatatctatgatcgtaaa
aacatgccacgtgttgtgtactgtatacatgcactgagtctatacctgttcaagcttggc
atcgccccgcagatagagaatttgtatggtaaagttaatttcacagatgaagaaatcagt
gccatgaggaaagagctggacaagtatggcatacagatgccggcattcagtaagattggt
ggcatattagctaatgagatgccagttgatgaagcagccttacacgcagccatcattgcc
atcaatgaagccatagacaaaggccaaccagacgtcacagtggcagcactggagaatcct
agcgcccatctactgaacatccgatttaaaaatcaagatggctaccaagatatcttggct
gcagctaaagctagcaaggcagaagctgtactcaataagtcattacgtgagggtgaaacg
tttgaggaacgtgacgtgtacgatacattactgacacaggctgaaatccaaggcaactta
aacaaagtcaacttaatcgttcagctcgacatcattaactctgccattgacaacggcgac
gaattggagttgtacgacgcactgtcagttgcagatgccaccatacgtgaccttgaaaaa
gacaatgccgattggtatcttgatgtgttgcgaaaacttaaacaggataaaatggaggaa
atggacggaggaatggtgttccttgacaaagatgatatccagagagcggtccaccttgcc
aacaaatcagcccaacaatacaacagcttggttgttgctatgaataaaatcaatgaagct
atagaccaaggagttgccgtggagacagctgcatggctgatgaaaccagaggcccagctg
cccccaattctaccagagtatgctgccctctatcagtctcaactggctaatctcaaaaac
accaaggaagggaaacatttgaatcatgatgaactaactgtctctgttcaagccttcact
ggtgtagctctcatcaataaagccattgaggcaggtgactcaactgaaactctgctagct
ctgagcaaggctgatgctgatctcagaggtgttgatgactcggcacaggacagataccag
gaacatttagctgctaataaagaacttgttgccaagcaagaagaccgtgattatctcact
cacactgaaattcaacgaactttgcaccaagtcaaccaggaacttcaggaagaacaagac
cgagttcttgccattggaacaatcaatgacgccattgataaaggaaatgctgcagaaact
ctacaggcattggtgttgccagaagcccagctacgcagcgttgaggaaccacaggcagat
ctgtatcaggctatattagccactgaaaaacaagacaaagctaggagaactcaagatgaa
gcagcagtgttgtggcttgaagagatccagaatgctattgatgatgctaacagccagaca
gttgatgccaacaaaatggctgttggtattgctaccataaaccttatgttgactgatggt
aacagccagggtttggtgcaggcgttgagatcccctgacgtattcatttcaagtgtcact
ccagactgcagggaggagtacctccgactgctaactgggcttagaaacgccaagaaagaa
caagatccacaacttgctgatcatggctggatgtgtcattccacaagggatggcatccca
ttttacttcaataacatgacaatggaatacagatggctgccaccggaagactacacagac
cagaccagctatctgaacagagatgaaatacagggtgttgtcagtaaagttacagctgca
tatgatagacagctgctgttcaaatcaaatgaagggttaattacaaaactacaagcacat
accagagggttgcttgtgaggagagagttcaataccagaaaagagttcatgtacagacaa
ttgccagccatcatcaggattcagtcatggtggagaatgatcaaacagaggcaaaaatac
cagcatagaaagggatacttgaactctactgagaaacaagttgtaaagcttcaagccttg
gtcaggatgtggctagcaaggaggaatttcaaggagaggcaaaacttctaccgagaccat
gaaaagtcaattatcaaaattcaagcctttgttcggtccaacatggcaagacatgattac
tatgcactcatgcactctgacagcccatcagtgtcagttgtcaggaagtttgtccactta
ttggacagtaatgatgttgacttgcaggaagaacttgatctgcagaagttgcgtgcccag
gtggtgacagatatccgatccaatcagacgctagaacatgatctcaacaccatggatatc
aagatcgggctgctagtcaggaacagaattactttacaggatgtagtcatgcatggaaag
aaattgaagcgtgagaagtcagacaccagccggacagccagcatgatgggattgaagtca
ctcagcaaagagaggagggaaaagctggaagcttaccaacacctcttttacttgctgcag
acgcaaccaaactacctagccaagttgattttcgaaatgccccctaacgcaaccaataaa
ttcatgcagtcagttattctcactttatacaactacgcatcaaatcaaagagaagagtat
ttgctgttaaaactgtatgagacagccattcaagaggaagttagactaaaggtggataaa
ctacaagacattgtgacaggtgatccaatggttatacgtatggtcctccactataacagg
gcacagagaggagccaaaggtcagagtgcattgcgtgaaatcctacagccactggtcaag
gagattgttgatgacaagacactgaatatcaacacaaaccctgttgacatctacaaagca
tggatcaaccaaatggaatccaagacgggagaaacaagaactgcagactcctctgaagat
cgactcatcctacctgccctgtgtaaattgccgtatgatgtgacagctgaacaagcactg
aaacacaaggaggttcaagagatactccgtcaaagtattgctacacttcacaaactgact
gacaagttctttcactccattgtcagcagtgtggataaattaccgtacggtatccgtatc
atttgtaaggtgttgctagattctcttgatgagaaattccctgacgcctcagatgaagaa
atcttgaaggtgattggtaacttggtgtactacagatacatgaacccggccatagtggca
cctgatgcatttgatatcattgatgtaggaccagagaggggactcaccatgcagaagagg
agaaatctgggctcaatcgctaaaatcttacaatttgccgcttcaaataaaatgtttgaa
ggagaaagtgaatacatgtcttcacttaatgattacatcacgcaatcacatatcaagttc
aggcagtactttgcagcagcagctcaagttccaaaccttgaagccaagttcaacatggac
gaatacactgatttcacaaccacgacaaagcctgtgatttacatcacagctcaagagatc
tgcgatacacacgctctactgcttgaacatgtggatgccattgctcctgatgccagtgat
tctctacatgaactcctggatgaccttggtgatcaacaaccaagcattgaacatctcatt
ggggagttacccggtgatcctaatgacccagccatacagacattcatgaaaaacatggca
aaagtggagatctcactgactttgaacaacaagtttgaaatgatggccgaggatgacaca
gacgtgaaaactatgtatatcagaacgaaacgtcttatagtcgatgtgattggctgcaac
ccaggtgatacactaccccaggtgttatccatacctgctacagatgaacaggaagagact
catcaaatgatggtaaagaagagagaggcacgagatgaaagagctgataagaaaggaaat
ctgaaaagatctctttcagtttttggggacagcaggttgcctcttgaagggaaaaagaag
aaaattgtatataatctacgcattcttgagaaagctggtttggtatcaaagcaggacaac
taccaagctatcatcaatgccattgtacaggacataaggaaccagagaaagtatcgtcag
agacgcaagcaggagataatgaaactgaggaacactttgaaaggattggaacacaaatcc
agcttctaccaggaacagattgactactacaaccagtacatcaaaacttgtctggataac
ctacaacggaaaggaaagaaatcacagaaagccaagaatccattcgcaggtggtgatgca
gccaggatacaagcctctcagaaatacagcgctgctaaactgcatgaaaaaggtgtcatt
ttagaaattgaagagttgtcagaaagccaatttaaaaatgtaatgtttgaaatcagtacg
acagatgttcctggcaccttcgcaatctcagccaaatttatgggtgttagcatggagaaa
gttgaagtggtattccaggatttactacagctgcagtatgacggtgttgcagtcatgaag
atgtttggcagagctaaagtcaatgtcaaccttttgattttcctgctcaacagaaagttt
tatgggaaatag
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