Hippoglossus stenolepis (Pacific halibut): 118114353
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Entry
118114353 CDS
T08308
Symbol
iqgap3
Name
(RefSeq) ras GTPase-activating-like protein IQGAP3
KO
K05767
Ras GTPase-activating-like protein IQGAP2/3
Organism
hsp
Hippoglossus stenolepis (Pacific halibut)
Pathway
hsp04810
Regulation of actin cytoskeleton
Brite
KEGG Orthology (KO) [BR:
hsp00001
]
09140 Cellular Processes
09142 Cell motility
04810 Regulation of actin cytoskeleton
118114353 (iqgap3)
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
04812 Cytoskeleton proteins [BR:
hsp04812
]
118114353 (iqgap3)
04147 Exosome [BR:
hsp04147
]
118114353 (iqgap3)
Cytoskeleton proteins [BR:
hsp04812
]
Eukaryotic cytoskeleton proteins
Actin filaments / Microfilaments
Actin-binding proteins
Others
118114353 (iqgap3)
Exosome [BR:
hsp04147
]
Exosomal proteins
Exosomal proteins of other body fluids (saliva and urine)
118114353 (iqgap3)
Exosomal proteins of colorectal cancer cells
118114353 (iqgap3)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
RasGAP
RasGAP_C
CH
IQ
CAMSAP_CH
Motif
Other DBs
NCBI-GeneID:
118114353
NCBI-ProteinID:
XP_035020680
LinkDB
All DBs
Position
8:complement(26875851..26892689)
Genome browser
AA seq
1641 aa
AA seq
DB search
MADYTAAETRYERLTAEQMDEQRIQNVAYQYLCRLEEAKRWMEACLVEELPAPTDLEEGL
RNGVILAKLGHRFAPNSVPLKKIYDPEQQRYQAVGLQFRHTDNINHWRNAMAKLGLPAIF
YPETTDVYDKKNMPRTVYCIHALSLYLYRLGVAPQIHDLYGKVKFTDEEINNMKLELDKY
GIQMPAFNKIGGILANELSVDEAAVHAAVIAINEAVDRGELGVTTRALRNPNAMLRNLQE
ALMSVYQEMLSQARRRKAERASSWCQGSEDKDMYEEFLTQREIQNNINVVNVRSAVEQVD
EALDSADELSLLSALQLPCLALRGLHTDNGPWYLDQLSVDRQQRALEGCVDPLNPDDLQD
GITLANEDAKGARNMQAAVQNVNAALRRSDPRHTLSCLMTSDLQLPQVFPFAAALYHREL
QLLQGQSGQGELQQEELFVAVEMLSAVALINQSLEVGNLQQFSSSLVSSSAGLSDVDDTL
LDRYFERLADVKQQGGGAQLTWNQLQEKINSVNSSVLDAQQKLVVLGVINKAVIRGDNQQ
LLSALLLPSCGLEDVLPDNACRYLTLLSRTRQHKAQVSRDPGAELCLADIQEEVRRANQQ
SQRALKLCLSVAAVNQAVKENRDSQTLRVLSLPELQLQGIIRECAAEYQRQLHNLITHKM
DTGDNRGAWIRVRADDGSLFYFHLNRLEGTWERPDGFTYNSVFMDRHEIQDVISGVSGLY
SRSALWRSREALVVRLQATCRGFLIRQQLEARQRFLINHTPAVVVIQSHWRRFVQQRLYR
RRLQFLYMNWRAVVKIQSFVKMWLMKRKYRARLSFFKLNEGAVIKIQSFFRASRARDQYR
MLVHSDTPHLSVVRKFVHLLDLGDGDIREEAELLRLREEVVRSIRFNRQLEADLDLMDLK
IGLLVRNRATLQEVVSHCKKLTRKNKEQLSDMMDVERSKGLKALSRERRERLEAYQHLFY
LLQTQPLYLAQLIFLMPHTRSTSFMEMLVFSLFNYGSDHREAYLLLQLFTEALRYEISLK
VDQPQDVVTGNPTVIKMLVNFYRRAHGQNVLREALCPALQDVLQDRTLSIRTDPVDVYKT
WINQTESQTGLKSTLPYDVSPEDALSHPEVQRRIDVSIINLKNLTDRVLNAITCNLHKLP
YGLRYTAKVLRDALKTKFPDASDDELYKIVGNLVYYRYMNPAIVAPDGFDVVDRSAGSSL
QPEQRHVLGSIARMLQHAAANKCFHGDGHHVRALNQYISQTHTRFRKFLLSVCDVPEPEE
RFSVDEFSELLVVSRPVIYISVSELLNTHKLLLEHQDVLCADSSDPLRLLLQDLGPVPPL
QELTGESSLTPSDPESALTHSCKTEVSLTLTNKFDIFNDSDDKPDARGLLLSTKQLIIDV
IRTQPGDTLSDILRRSPSHDQEVCHDWLMQRRARQDARTPEKMKRNQSLVANGNLSLEEK
KRKILRSLRRLEGLGVLTSPQTENQILQMIAKDIRQQRLRRQRRGAELLKLRHTLSSLEV
KSSFQTEQVDYYRHYITSCLDNLTTSKSNKKKTAESTGKKKPPALSYSATRLQEKGVLLE
IEDLPPTQFKNVVFDIVAGPERGSFRVKTRFLGVEMEEFLLKYQDLLQLQYEGVAVMKMF
DKAKINVNLLIFLLNKKFFKK
NT seq
4926 nt
NT seq
+upstream
nt +downstream
nt
atggcggattacaccgctgcggagacccgctacgagcgtctgactgcagagcagatggat
gaacagaggatccagaacgttgcgtatcagtacctgtgcaggttggaggaggccaagagg
tggatggaggcgtgtctagtggaggagcttcctgctcccactgacctggaggaggggctc
aggaacggggtcattctggctaaactgggtcatcgattcgctcccaactccgtccctctg
aagaagatctatgacccagagcaacaacgataccaggctgtgggtcttcagttccgtcac
actgacaacatcaatcactggaggaacgccatggcgaagctaggactgccagcgatcttt
tatcctgaaacaacagacgtgtacgacaagaagaacatgcccagaactgtctactgtatc
cacgcactcagcctgtatctctacagactgggcgtggctccacagatccatgacctctat
gggaaagtcaagtttacagacgaggagatcaacaacatgaagttggagttggataaatac
gggatccagatgccggcattcaacaagattggaggaatcctggccaatgagctgtccgtg
gacgaggctgcagtccatgcagcagtgatcgccatcaacgaagcggtggaccgaggagaa
ctgggcgtgaccacgagggctctgaggaatcctaacgccatgctgcgtaacctgcaggag
gcgctaatgagcgtctatcaggagatgctgagtcaggctagaagaagaaaggctgaacga
gcgagcagctggtgtcaaggttcagaagataaagacatgtatgaagagtttctgactcag
agggaaattcagaacaacatcaacgtggttaatgtgcgttcagccgtggagcaggtggat
gaagctctggactctgcagatgagctctctctgctctctgctctgcagctgccatgtttg
gccctcagaggcctccatactgacaacggcccctggtacctggaccagctgtcagtagac
cgccagcagagggcgctggaaggctgtgttgatcctctgaaccctgatgacctgcaggac
ggcatcacactcgccaacgaagatgcaaagggagccagaaacatgcaggcagccgtgcag
aatgtaaatgctgcgttacgtcgcagtgaccccagacacacactcagctgtctgatgacc
tctgacctccagctgcctcaggtgtttccttttgctgctgctttgtatcacagagaacta
cagctgctgcagggacagagtggacaaggggagctgcagcaggaggagctcttcgttgct
gtagagatgctgtcagctgtcgctctcatcaatcagtctttggaggtgggaaacctgcag
cagttcagctcctcattggtcagttcatctgcaggactctctgatgtagatgacaccctg
ctggacaggtactttgagcgtctggcagatgtgaagcagcaggggggcggcgctcaactg
acttggaatcagcttcaggagaaaatcaacagtgtcaacagctcagtgctggacgcacaa
cagaagctcgtagttttgggtgtgattaacaaggccgtgatcagaggagacaatcagcag
ctgctctctgctctgctgctgccctcttgtggcctggaggacgtcctacctgacaacgcc
tgtcgatacctgacactgctgagcagaacccgtcagcacaaagctcaggtgagcagagac
ccaggagctgagctgtgtttggctgatatccaggaggaagtgaggagagccaatcagcag
agtcagagagctttgaagttgtgtctgtcagtcgcagcagtaaaccaggcagtgaaggag
aacagagactctcagactcttcgtgttttgtctttacctgaacttcaacttcagggaatc
atcagagagtgtgcagcagaatatcagagacaactacacaacctgatcacacacaagatg
gacacaggagacaacaggggggcctggattcgagtccgtgcggacgacggctcgttgttt
tacttccacctgaaccgacttgagggaacctgggagcggccggacggcttcacatacaac
agtgtgttcatggacagacacgagatacaggacgttatcagcggtgtgtcgggtttgtac
agtcgcagcgccctctggaggagcagagaagccctcgtcgttcgtctgcaggctacatgt
cgagggttcctgatcagacaacagctggaggctcgacaacgtttcctgatcaaccacaca
cctgctgtcgtcgtcatccagtctcattggaggaggtttgtccagcagaggctgtacaga
cggcggctgcagtttctctacatgaactggagagccgtcgtcaagattcagtcatttgtg
aagatgtggttgatgaaaagaaaatatcgagcacgactgagtttcttcaaacttaacgag
ggcgctgtgataaagatccagtcgttcttcagagcaagcagagccagagatcagtacagg
atgttggtgcactcggacacgccccatctgtctgtggtcaggaagtttgttcacctgctc
gacctcggggacggtgacatcagagaggaggcggagcttctgcgtctgagggaggaggtg
gtgaggagcatccgcttcaaccggcagctggaggcggacctggacctgatggacctgaag
attggcctgctggtccggaaccgggccacactgcaggaggtggtgtctcactgtaagaag
ctgaccaggaagaataaggagcagctgtcggacatgatggacgtagagagaagtaaagga
ctgaaggctctgagccgagagaggagagagagactggaggcctatcaacacctgttctac
ctgctgcagacgcagcctctgtacctggctcagctgatcttcttgatgcctcacactcgc
tccacctccttcatggagatgttggtgttcagtttgtttaattacggctccgaccaccgg
gaggcgtacctgctgctgcagctcttcactgaggcgctacgctacgagatcagcctgaag
gtggatcagcctcaggatgtggtcacaggaaatcccactgtcatcaagatgctggtgaac
ttttaccgtcgcgctcatggtcagaacgtcctgcgggaggcgctgtgtcctgctctgcag
gacgtcctgcaggaccggactctgagcatcaggactgacccagtggatgtctacaagacc
tggatcaaccagactgagagccagaccggactcaagagcactctaccttatgatgtctca
cctgaggacgctctgtctcaccctgaagttcagagaagaattgacgtctccattatcaac
ctgaagaacctgacggaccgagtactcaacgcaatcacatgcaacctgcacaagctgccg
tacgggttgcgttacacagcgaaggttctcagagacgctctgaagacgaagtttcctgac
gccagcgacgacgagctctacaagatcgtaggtaacctggtctactatcgctacatgaac
ccggccatcgtggctccggacgggttcgatgtcgtggaccggtcggccggctcgtccttg
caaccggagcagcgtcacgtcctgggctctattgctcgcatgctgcaacacgccgctgcc
aacaaatgcttccacggagacggacaccacgttagagctctgaaccagtacatcagccag
actcataccaggttcaggaagttcctgttgagcgtgtgtgacgttcctgaacctgaggag
cgattcagcgtggacgagttctccgagctgctcgttgtcagcagacccgtcatctacatc
tctgtcagtgagctgctcaacacgcacaagctgttgttggagcatcaggacgttttgtgt
gccgactcctccgacccgctcagactgctgctgcaagacctcggaccagtgccccccctg
caggaactcactggagagtcttcattaactccatcagacccagagtcggctctgactcac
agctgtaagaccgaagtttctctgactctcaccaacaagttcgacatcttcaacgactcc
gatgacaaaccagacgccagaggtctgctgctcagcacaaagcagctgatcatcgacgtc
atcaggactcaaccaggtgacactttgagtgacatcctgagaaggtccccatcacatgac
caggaagtctgccatgattggctgatgcagcgaagagcacgacaagatgctcgaacccct
gaaaagatgaagagaaaccagtcattggtcgctaacggcaacctgagtctggaggagaag
aagaggaagattctgaggagtcttcgtcgtctagagggactcggtgtcctgacatcacct
cagactgaaaaccaaatcttacagatgattgccaaggacatccggcagcagcgtctgcgc
cgtcagcgtcggggggcggagctactgaagctccgtcacactctgagcagtctggaggtg
aagagcagcttccaaactgaacaggtggactactacagacattacatcacttcctgtctg
gacaatctgactaccagtaaatccaacaaaaagaagacagcagagagcacagggaagaag
aagcctcctgcactcagttacagcgccacccggctgcaggagaagggagttctgttggag
atcgaagacctgcctccgacacagtttaaaaacgtggtgtttgacatcgttgctggtcca
gagcgaggaagcttcagagtcaaaactcggtttcttggagtcgagatggaagaatttctg
ctcaagtaccaggatctgctgcagctgcagtatgagggcgtggccgtgatgaagatgttc
gataaagcgaagataaacgtcaacttgctcatcttcctgctcaacaagaagttcttcaaa
aaatga
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