Xiphophorus couchianus (Monterrey platyfish): 114153331
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Entry
114153331 CDS
T05908
Name
(RefSeq) rho GTPase-activating protein 35-like
KO
K05732
glucocorticoid receptor DNA-binding factor 1
Organism
xco
Xiphophorus couchianus (Monterrey platyfish)
Pathway
xco04510
Focal adhesion
xco04519
Cadherin signaling
xco04810
Regulation of actin cytoskeleton
Brite
KEGG Orthology (KO) [BR:
xco00001
]
09130 Environmental Information Processing
09133 Signaling molecules and interaction
04519 Cadherin signaling
114153331
09140 Cellular Processes
09144 Cellular community - eukaryotes
04510 Focal adhesion
114153331
09142 Cell motility
04810 Regulation of actin cytoskeleton
114153331
09180 Brite Hierarchies
09182 Protein families: genetic information processing
04131 Membrane trafficking [BR:
xco04131
]
114153331
Membrane trafficking [BR:
xco04131
]
Others
Rho GTPase associated proteins
Rho GTPase-activating proteins
114153331
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
RHG35-p190PhoGP_pG1
RhoGAP_pG2
RhoGAP
FF_RHG35_4th
RhoGAP-FF1
Ras
GTP_EFTU
Cdh1_DBD_1
FF
Motif
Other DBs
NCBI-GeneID:
114153331
NCBI-ProteinID:
XP_027887599
UniProt:
A0A3B5L7A0
LinkDB
All DBs
Position
11:20199686..20215721
Genome browser
AA seq
1529 aa
AA seq
DB search
MMAKKQDARSPIYNLIVVGLSGTEKEKGQCGVGKSCLCNRFVRPSADDFYLDHTSVLSTS
DFGGRVVNNDHFLFWGEVSRVLEEGPECRMHVVEQTEFIDDQTFQPHRSTAMQPYIKRAA
ATKLASAEKLMYFCTDQLGLEQDFEQKQMPEGKLQVDGFLLCVDVSRGMNRNFDDQLKFV
TNLYGQLSKTKKPIVLVLTKCDEGVERYIKDAHTFAITKKSLPVVETSARSNINVDLAFL
TLVQLIDKSRGKPKIIPYFEALKLQSQQIASAKDRYEWLINRIVKNHNETWLNASRRMNN
SPEYKEYVFLEGTAKCKKLFQQHVYRLKQEHIERRRRIYLSTLPLALSSLVPDLDEIDQL
SWSGVQKVLESKQHFTHWFVVLEDSPWEDTSHIDNMEDERIPSDLLETAEAEDIFNAHLE
HLRNECRRAEIRQEFKQKLASSPFVTPGKPWEEARSFIMNEEFYQWLEEPEYLDLYNRHQ
KEIIDRAKEDFQELLLEYSELFYELEVDAKPSKEKMGAIQEVLGEEQRFKVLQKLPAERD
ALVLKHIHFVYHPTKETCPSSPHCGDSKIEQLLASRFPTCYPFFDVKAHFGDTKADRINL
VILGKDGLAREFANEIRALCTNDDWYVLDGKMYELTLRPIEGNVRLPVNSFHTPTFTPHG
CLCLYNSKDSLSYVVESLERLRESTLGRRDSQLAQLPTSVLLVTKRGVGSYVDIGGDTAL
NLITQGQQVARRLQCSFLDPASPGVGYGHNVNETQINQVLRGLLDVRRSTSFSSSSPPLL
PEPPGIRDSPHQPAQEADLRIVMCLMCGDPYDIEQLLSPFLMHQHCRPMSNSGTSVLLEQ
TIGGHKLAIELSLLSYHASFTLRKSRLVHGYIAVYSVTRKASLETLCAFLCEVQDIIPVQ
LLAVGDSQAELTDSDFACEQLIQGEELAHEIEGRFNSVVCGSGGVVGGLHRIEMFHSFLM
EVVEKRNIVEATHMYDNVAEACTGENVYSPRCISPSPMTMFVDSEDDVEPSPPYYDGTLS
SHGGGFNMPDLDSSDISVISEIRDFENKLNNKIPPQVRVKPGVTFDFRKVGRSPYIDTLG
HRRSLPSAVTWVPGGDVGYDPSDYAEPIDAVSKPRPSNEEIIYSVPHDSTQGKIITIRNS
NRMHSNGNGSDSEADSSSLERRRKFSAIGVKPRLYRDRSKRLGKFSSFRTSFIGSDDEMG
ALSKSKEDDFGTLKGDSLVNEEIEDPKKRNILKSLRRTAKKTRPKPRPSIPKPMESCYFG
VPLASVVSPDRPIPLFIEKCVHFIEKTGLNTEGLYRVSGNKSEMESMQKQFEQDHGLDLV
EKDFAINTVAGALKSFFSELPEPLVPCALQVELLDAFKIMDREQRLYAMKDVLRKFPKEN
YDVFRYVVSHLNRVSQLSRLNLMTSENLSICFWPTLMRPDFTTMDALTATRTYQTIIETF
IHQCAFFFYNQPLIDSPTGLGGLPASPTTTLGGSSAYSCYRSSPPHTAAHFSPLQQSPPT
TPQSPLQSLLPPLHQHPHAHHSPAEQETL
NT seq
4590 nt
NT seq
+upstream
nt +downstream
nt
atgatggcgaaaaagcaagatgcacgatcgcccatttacaacctcattgtggtgggtttg
tctggaacagagaaggagaaggggcaatgtggggtgggcaaatcctgcctgtgcaatcgg
tttgtgcgacccagtgctgatgatttctacctggaccacacatcagttttaagcaccagt
gactttgggggtcgtgtagttaacaatgaccactttctattttggggggaggtgtctcgg
gtcctggaggagggccctgagtgcaggatgcatgttgtggagcaaactgaattcatagat
gaccagacatttcagccacaccgtagcactgctatgcagccctatatcaagcgagcagct
gcgaccaagttggcctcggcagagaaactcatgtacttctgtacagatcagctgggtttg
gagcaagactttgagcaaaagcaaatgccagaggggaaactgcaggttgatggtttcctg
ctttgtgttgatgtgagccgtggcatgaaccgtaactttgatgaccagctgaaattcgtc
acaaacctttatggccagctcagcaagaccaagaagcccattgtgctggtgctgaccaaa
tgtgacgaaggtgttgaacgctatatcaaggatgcgcatacttttgcaatcacaaagaaa
agtctcccagtagtcgagacttctgctcgctcaaatattaatgtggatctagccttcctc
acgttggttcaacttattgataagagcaggggcaaacccaagatcataccttattttgaa
gccctgaaactccagagtcagcaaatagcttcagccaaggatcgctatgagtggctcatc
aaccgtattgtcaaaaatcataatgagacttggttaaatgccagtcgacgaatgaacaac
tcaccagagtacaaagaatatgttttcttggaaggaacagctaaatgcaaaaagcttttt
caacagcacgtctaccgcctgaagcaagagcacatcgagaggcgtcgcaggatatacctt
agcactctccctttagcacttagttcactggtgccggatctcgatgaaatagatcagctg
agctggtctggagtgcagaaagtactggagtccaagcaacactttactcactggtttgtc
gttctggaggattctccatgggaagacacatctcacatagacaacatggaggatgagcga
attccctcagacctactggagactgctgaagcagaagatatattcaatgcccatctggaa
catctaagaaatgaatgtagacgtgcagaaataagacaggagtttaagcaaaagttagca
tcctcaccctttgtcacgcccggcaaaccatgggaggaggcccgcagcttcatcatgaat
gaggagttttatcagtggcttgaggagccagagtacttggacctgtacaaccgccatcaa
aaggagattattgatcgtgctaaagaagactttcaggagcttctgcttgaatactctgag
cttttttatgagcttgaagtggatgccaagcctagcaaagaaaagatgggagcaattcag
gaggttctgggagaggagcagaggtttaaggtgctgcaaaagcttcctgctgaaagagat
gcccttgtgctgaagcatattcactttgtctatcaccccaccaaggaaacgtgccccagt
agccctcactgtggagactctaagattgagcagctcctagcatctcgttttcccacctgt
taccccttcttcgatgtgaaagctcattttggggacaccaaagctgatagaattaatttg
gtcatcctaggtaaggatgggttggccagagaatttgccaatgagattagagctctgtgc
acaaatgatgactggtatgttttagacgggaagatgtatgagttgacactgcggcctatt
gaggggaatgtacgtcttccagtaaactccttccacacccccacatttacccctcatgga
tgtctttgtctgtataactcaaaagattctctatcttatgtggtagaaagtcttgagcga
cttagggaatcaactctaggtcgaagggatagccagctggctcaactgccaacatccgtc
cttttagtcactaaaagaggggtgggctcatatgttgatataggtggagacactgcctta
aacctaataacacagggacaacaagttgcaaggagactacagtgtagctttttagaccca
gcctcccccggtgtgggctatgggcacaatgtaaatgagactcagatcaatcaggtgctg
agaggccttcttgatgttagaaggagcacatcttttagtagcagctccccacctctcctc
cctgagcctcccggtatccgagactctccacatcagccagcccaagaggcagacctacgc
attgtcatgtgcttaatgtgtggagacccctatgacattgaacagctcctgtctcctttc
ctgatgcatcagcattgcagacctatgtcaaatagtggcacttctgtgttgttagagcag
actattggggggcacaagctggctatagagctttctctcctctcatatcatgcctcgttc
actttaaggaagagcaggttagtgcacggctatattgcagtgtactcagtcacccggaaa
gcttccctggagaccctgtgtgcattcttatgtgaggttcaggacattatccccgttcag
ctgttggcagtaggagatagtcaggccgagctcactgacagcgactttgcctgtgaacag
ctgattcagggggaggagctggcccatgagatcgagggtcgtttcaatagtgtggtttgt
ggatccgggggagtggtgggaggcctgcacagaatagaaatgtttcattcatttctgatg
gaggtggtagagaagcgcaacatcgtggaggccacacatatgtatgacaatgttgcagaa
gcttgcaccggtgaaaatgtatactccccgcgctgcatctctcccagtcctatgaccatg
tttgtggattcagaggatgacgtagagccttctccaccgtattacgatggcactctctcc
tctcatggtggcggcttcaacatgcctgacttggactccagtgacatctctgtcatatct
gagatcagagactttgaaaataagctcaacaacaaaatacccccccaagtgagagtaaaa
ccaggtgtcacttttgacttccggaaggttggccgtagtccctacattgacaccttaggt
catcgtcggtccctgccctctgctgttacctgggtacctggtggagatgtgggttacgac
ccctcagactatgccgaacccattgatgccgtctcaaaaccccgccctagcaacgaagaa
atcatctactcagttccacatgacagcacgcagggcaaaatcattaccatccgcaactcc
aacaggatgcattcaaatggaaacggctcagacagcgaggcagacagcagctctttggag
agaaggaggaagttctctgcaatcggagtgaagccccgactgtaccgcgaccgctcgaag
cggctgggcaagttcagcagtttccgtacaagctttataggcagcgacgatgaaatggga
gctctgtcaaagtccaaagaagatgactttgggactttgaaaggtgacagtcttgttaac
gaggagattgaggacccaaagaagaggaacattctgaagagcctcaggagaacagccaag
aaaacaagaccaaagccgcgtccatcgattcccaagcccatggagagctgttactttgga
gtgccgctagcaagtgtcgtttccccagacagaccaattccacttttcatagagaagtgc
gtccacttcattgagaaaacaggcctgaacacagagggtttgtaccgtgtgagtggcaac
aagtccgagatggagagcatgcagaagcagtttgaacaggaccacggattagacctggtg
gagaaagacttcgccataaacactgtggctggagctctcaaaagcttcttctcagagctg
cctgagcccctggtgccttgtgctctgcaggtggagctattggacgctttcaaaatcatg
gaccgagagcagaggctgtatgccatgaaagacgtcctgaggaagtttcctaaggagaac
tacgacgtcttcagatatgtagtgagccacttgaacagggtgagccagctgagcagactg
aacctaatgaccagcgaaaacctgtccatctgcttctggcccaccctcatgaggcccgac
ttcaccacgatggacgccctaactgccacgcgcacctaccagacaatcatcgagaccttc
atccaccagtgtgctttcttcttctacaaccagccgctgatcgactccccgacgggcctc
gggggcctccccgcctcgcccaccaccaccctgggcgggagctccgcctactcctgctac
cgctcctcgcctccgcacaccgccgcgcacttcagccccctgcagcagtctccgcccacc
acgccgcagtcgccccttcagtccctgctgccgccgctccaccagcacccccacgcccac
cattctcctgctgaacaagagacactgtga
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