Salmo trutta (river trout): 115170194
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Entry
115170194 CDS
T08542
Name
(RefSeq) rho GTPase-activating protein 29-like isoform X1
KO
K20644
Rho GTPase-activating protein 29
Organism
stru
Salmo trutta (river trout)
Pathway
stru04520
Adherens junction
Brite
KEGG Orthology (KO) [BR:
stru00001
]
09140 Cellular Processes
09144 Cellular community - eukaryotes
04520 Adherens junction
115170194
09180 Brite Hierarchies
09182 Protein families: genetic information processing
04131 Membrane trafficking [BR:
stru04131
]
115170194
Membrane trafficking [BR:
stru04131
]
Others
Rho GTPase associated proteins
Rho GTPase-activating proteins
115170194
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
RhoGAP
GMIP-like_FCH
RHG29_45_N
C1_1
LMP
Motif
Other DBs
NCBI-GeneID:
115170194
NCBI-ProteinID:
XP_029582421
Ensembl:
ENSSTUG00000017979
UniProt:
A0A673Z8G0
LinkDB
All DBs
Position
31:complement(40149995..40212783)
Genome browser
AA seq
1520 aa
AA seq
DB search
MLRKSSDTGGGGGGENNTKQNKQHRSSSTQGLSRLSNPNTGSPSAGSTKTWDMGRSSRTT
NPLGSMGLGFTVVGAPGVDPDYVMQLLNDVRRFADVLLSLKETCHSKESHDALPQRVQER
LGELLRVLKSVIGKHQTLNSVDILRAAGTVIAKVKGINFKEVNQENKTAIFGEIYASIDT
LAFTFGNVVSDFLMGDVDSQSGLGIPPTRRSRSSENLSVDSGRCVPEKDSGWKNELVGPE
VALSEEEDVDLTLQKNDSGVESALLYAKTWSKYTKDLLVWVDKRLGLDIECAKSYAKMAE
TAKMLASQQDYMPFRDTYISTFKNDTEYSQLLLQTATALQTNKFLQPLLSRKTELDKLRK
DLNEQWQREQKKMQESEAALRKAQWTQTQRTDEYQKAQSSASRSQEEQPRQLEKKRKLEE
EALQKAEDARDHYKSCVADAEVRRAELASTKTVILTQIRELLAQCDLTLKAVTVNWFQLQ
QAQTVSLPVHYQALCENAKMYEPGQRYAEFVRNLPKDQIHMESFSIDGRFALFSKRSLGS
TSSHGNLSQVSLTSDDVLSGDEVDSPLGSRPGKRSNSATDIQGDFKRRLPRTPSTGTMSS
ADDLDERQPPSDNGLGEMVTEADASPGPFRNAQMSKASQTHKLRKLRAPSKCRECDSLVV
FHGAECEECSLACHKKCLETLAIQCGHKKLQGRLHLFGIDFTQAAKNSPDGIPFIIRKCT
SEIEGRALNLKGIYRVNGAKSRVEKLCQAFENGKDLVELSDLSPHDIGNVLKLYLRQLPE
PLILYRYYNDFIGLAKESQRVIVEEKAAARALQDQGRPGGEQPRPGGTQPGVEGEQPPLR
TSQPGGDQPSIKLNRVIFKIRDLLRQLPPANYKTLRFLVAHLHRVTEQAEENKMTASNLG
IIFGPTLVKPRQTDAEVSLSSLVDYPYQALMVELLVRHFKMIFDFASSVSSSSSPTTTST
ADQTSTRLTLQEEQRLSRHSTSLLDIKESTKVCKRHSSVIPSSHILDEVKTGRTGPDRTG
PDRELTALERLNGVGSATAGAPKVQRSTLVFGRPSINLSSSTSSTAPRVQLRSQRSRILF
RPISMPLERQPLPTPSQVVERNSQNTNDAAMLDPTADSIMESAEPEKEKPRIGEGSRVST
YFITPFNPQAVQRRTWDRKYKHYDVTPRTAMIVANLPPAGTGPGTQPTGKQPTMLTQPSI
SGPISSALPSSGSVDTIFPNSPYTLSVKAGQTSRRDREETKDRPNSAAGGGGETRTSTNS
PIVFRQPRNLQPPPGTFYKPPCSSCTRGWPSSSTSGTSSPINMSPTSTVKTSSPTSPTAK
TSSPTSPTVKTSSPTSPTVKTSSPTSPTVKTSSPTSPTVKTSSPTSPTVKTSSPTSPTVK
TSSPTSPTVKTSSPTSPTVKTSSPTSPTVKTSSPTSPTVKTSSSTSPTALLLASSHSSTI
TFSSTPMVTTATLQTSNLPIHCPQHSVDSSVSVDPEVETSADLSAPPSSPEDLGPTEAKP
LHQRLRPRPKPSAPGKAHFV
NT seq
4563 nt
NT seq
+upstream
nt +downstream
nt
atgttacggaagagcagtgacactggaggaggaggaggaggagagaataatactaaacag
aacaaacagcatcgctccagctctacccagggactgtctcgcctctccaacccaaacaca
gggtcaccgtcggctgggtcaacaaagacctgggacatgggccggagctccaggactact
aaccctctggggagtatggggctggggttcaccgtggtaggagcgcctggggtggatccg
gactacgtcatgcagctgttgaacgacgtgcggaggttcgcagatgtactgctcagcctt
aaagaaacctgccactctaaagagtcccatgatgctctccctcagcgggtacaggagagg
ttgggagagctgctgcgtgttctcaagtctgtcatcggcaaacaccagaccctcaactct
gtagacatcctcagggccgctggcaccgtcatcgctaaggtcaaaggcattaacttcaag
gaggtaaaccaagaaaacaaaaccgctatatttggcgagatatacgcgtccattgacact
ttggcattcacatttggcaatgtagtgtctgactttcttatgggagatgtggacagccaa
tcagggttggggatcccacctaccaggagaagcaggtcttctgagaatctctctgtggat
tctgggagatgtgttccagaaaaggattctgggtggaagaatgagctagtgggcccagag
gtggcgctgtctgaggaggaggatgttgacctgacgctgcagaagaacgacagcggggtg
gagtcagctctgctctatgccaagacctggtctaagtacaccaaagatctactggtctgg
gtcgacaaacgcctgggactggacatcgaatgtgccaagagctatgccaaaatggcagaa
actgcaaagatgcttgcgagtcaacaggactacatgccattcagggatacctatatctct
acgtttaagaatgacacagagtacagccaactcctcctgcagactgccactgccctgcag
accaacaaattcctacagccgctgttgtccagaaagactgagctggacaaactgaggaaa
gatcttaacgagcagtggcagagagaacagaagaaaatgcaagagtccgaggcggcgctg
cgtaaggcccagtggacccagacccagaggacagacgagtaccagaaggcccagtcgtca
gccagccgctcccaggaggaacagcccagacagctggagaagaagaggaaactggaggag
gaagcgctacagaaggctgaggatgcgagggaccactacaaatcgtgtgtagctgatgca
gaagtcaggagggcagagctggccagcaccaagacagtcatcctcactcagatcagagaa
ctgctggctcagtgtgacctcacactcaaagctgtgacagtcaactggttccagctgcag
caggcccagaccgtgtctctccccgtccactaccaggccctgtgtgagaacgctaaaatg
tacgagcctggacagagatacgctgagtttgtcagaaatctacccaaagatcagatacac
atggagtccttctccattgatggacggtttgctttgttcagcaagcgttcgctgggcagc
accagttcccatggtaacttgtcccaggtgtccctgacctccgatgacgtcctgagtggg
gacgaggtggatagtcccttggggtcgcgacctgggaagaggtccaacagcgccacagac
atacaaggtgactttaaacgcagactacccagaaccccctccactggcaccatgtcctca
gcagacgacctggacgagagacaaccaccctcagacaacggtctgggtgagatggtgacc
gaggcagacgcttcccctggtccgtttcgtaacgcccagatgtccaaggcgtctcagaca
cacaagctgaggaaactccgagcgccgtctaagtgcagggagtgtgacagtctggtggtg
ttccacggagccgaatgtgaagagtgctccctggcctgtcataagaagtgtctggagact
ctggccatccagtgtggtcataagaagctgcagggaagattacatctgtttgggatagac
tttacccaggcagctaagaacagcccagacgggatccccttcatcatcaggaagtgtacc
tctgagattgagggcagagcactcaacctcaagggaatctaccgtgtgaacggggctaag
tctcgtgtggagaagctgtgtcaggcgtttgagaacggcaaggacctggttgagctctct
gacctctcaccccacgacatcggcaacgtgctcaaactctacctgagacagttaccagag
ccgctgatcctgtaccgttactataatgacttcatcggattggccaaggagagccagagg
gtaatcgtcgaagagaaggctgcagccagggccctccaggaccaggggcggccaggggga
gaacaaccccgaccaggaggcacccagcctggggtagagggagagcagcctcccctgaga
accagccagcctggaggagaccagcccagtatcaaactcaatcgagtcatctttaagatt
agagacctgttacgacagctacctcctgcaaactacaagaccctacgcttcctcgtcgca
cacctacacagagtgacagagcaggcggaggaaaacaagatgacagccagtaacctgggc
attattttcggccctacgctggtcaaaccacgacagactgatgcagaggtttccctgtct
tctcttgttgattacccttaccaggcactgatggtggagttgctggtacgtcacttcaag
atgatctttgactttgccagctccgtctcctcttcctcctcacccaccaccacctccacg
gcggaccagacctccacccgactcacccttcaggaggagcagagactcagccgtcactcc
acctccctgctcgacatcaaggagagcaccaaagtctgcaagagacactcgtcggtcatc
ccatcctctcatatcctggatgaggtgaagacaggaaggacaggaccagacaggacagga
ccagacagagagttaacagccctggagagactcaacggcgttggctctgctactgctggt
gctcccaaggtgcagaggtctacccttgtgtttggccgtcccagcatcaacctctcctcc
tctacctcctctacggcccctcgggtccaacttcgctcccagcgctctagaatactgttc
cgaccaatcagcatgcccttggagcgccagcccctccccaccccctcccaggtcgttgag
agaaacagccagaacaccaacgacgccgccatgttggatcctaccgctgactccatcatg
gagtcggctgagccggagaaggaaaagcctcggattggtgaggggtcaagggtcagtacc
tattttatcacacccttcaatccccaggccgtgcagcgtaggacctgggacaggaagtac
aaacactacgatgtcacgccacgcaccgccatgatcgtggctaatttaccgcctgccggt
actggccccggaacacagccgacagggaagcagccgacgatgttgacacaaccgtccata
tctgggccgataagctctgctctcccatccagtggtagtgtcgacaccatattccccaac
agcccttacacgttgtcggtgaaggctggccagacgtccagaagagacagagaggagact
aaggacaggcctaactctgctgctggaggtggtggggagactagaacctctaccaactcc
cccatagtgttcagacaaccaaggaatctgcagcctccgcccggaaccttctacaagcct
ccttgttcttcatgcacgagaggctggccatcatcaagtacctctgggacctctagcccc
atcaatatgtccccaacttctactgttaaaacctcttccccgacttctcctactgctaaa
acctcttccccgacttctcctactgttaaaacctcttccccgacttctcctactgttaaa
acctcttccccgacttctcctactgttaaaacctcttccccgacttctcctactgttaaa
acctcttccccgacttctcctactgttaaaacctcttccccgacttctcctactgttaaa
acctcttccccgacttctcctactgttaaaacctcttccccgacttctcctactgttaaa
acctcttccccgacttctcctactgttaaaacctcttccccgacttctcctacagttaaa
acctcttcctcgacttctcctactgctctcctcctcgcttcctcccattcctccaccatt
actttctcctctacccctatggttaccaccgccacccttcagacctcaaaccttcccata
cactgtccacagcactcagtggacagctctgttagcgttgaccctgaggttgagacctcc
gctgacctttcagctccccccagcagcccagaggacctcggccccactgaggccaaaccg
ctgcaccaaagactgagacctcggcccaaacccagcgctcccggcaaggcccactttgtc
tga
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