KEGG   Nanorana parkeri (Xizang Plateau frog): 108786294
Entry
108786294         CDS       T04897                                 
Symbol
RABGAP1L
Name
(RefSeq) rab GTPase-activating protein 1-like isoform X1
Organism
npr  Nanorana parkeri (Xizang Plateau frog)
SSDB
Motif
Pfam: RabGAP-TBC DUF3694 PTB PID DUF3452
Other DBs
NCBI-GeneID: 108786294
NCBI-ProteinID: XP_018411048
Position
Unknown
AA seq 1047 aa
MDDKSALQNSSISADFPPTLNSEDFVLVDGSSNLDDKPQLKIMSNGDEQLEKAMEEILRD
SEKKQNLSSHTGDDPAEMSAASSTFSARNPPLTLVLDPNNTEVPAQNGSTSTNPPEEESV
SFHKLSYLGHMKVSAPRSETEAIRAMASMRAHCSSAVTVTLYVPNVPEGSVRIMDQSSNS
EIASFPIYKVLFCVRGRDGTSECDCFAFTSREPDSDDFHIHVFSCEIKEAVSRILYSFFT
AFKRSCKQTSDVKDSTLPTPDSDVFTFMVSLEVKEDDGKGNFSPVPKDRDKLFFKLRQGT
EKKVVITIQQVSNKELVVERCFGMLLSPGKNVKNSDMHLLDMESMGKSSDGKAYVITGMW
NPNVSAFQALNEETPKDKRVHMTVAIDMVVTEVVEPVRFLLETVVRVYPTNERFWYFSRK
TFTETFYLKLKQSGSKGAGDSIYEVLSLQRQSEIVEAPTSPGSTGGVTSPQEEEEAEEES
DSELWSGSGDVSKECPEKILGCWGQLLIKWHSNLSVRPKGLSSLVKRGGVPEALRAEVWQ
LLAGCHEDQEMLDKYKNLIIKDSAQESVIKRDIHRTFPAHEYFKDTEGDGQDSLYKICKA
YSLYDEDIGYCQGQSFLAAVLLLHMPEEQAFCVLVRIMYDYQFRNLYKNNFEDLHCKFYQ
LERFLQDQLPDLYSHFMSLNLEAHMYASQWFLSLFTAKFPLCMVFHIMDLLLCEGLTIIF
QVALALLKTSKEDLLQADFEGALKFFRVQLPKRYRAEENARRLMEQACNIKVPTKKLKKY
EKEYLAMRESQLQQEDPIERYKRENRRLQETSMRLEQENDDLAHELVTSKIALRNDLDQA
EDKAEILNKELLLTKQRLIETEEEKRKQEEETAQLKEVFRKQLEKAEQEIKKTTAIIAEY
KQICSQLSTRLEKQQTASREEMEILKAKLMACSHCSEIFSKEESAQSSRGDKSGDGGDEK
DSLMKHLREMELELAQTKLQLVEAKCKIQELEHQRGALLNEIQAAKNSWFSKTLNSIKTA
TGTQPTAQSPQGAQASSPVLQAPNEST
NT seq 3144 nt   +upstreamnt  +downstreamnt
atggatgacaagtccgctctacagaattccagcatctcagcagatttcccaccaacacta
aacagtgaagactttgtactagttgatggttcctcaaacttggatgacaagccacagctc
aagataatgtcaaatggagatgaacagctggagaaagcaatggaagaaattctcagagat
tcagaaaagaagcagaatctcagctcacacactggtgacgaccctgctgagatgagtgcg
gcgtcctctactttcagtgccagaaatcccccactaacattagtcttggaccccaacaat
acagaggttccagcgcagaatggcagcacgtcaacaaaccccccagaagaggaaagcgtc
tcctttcacaagctgtcctatttaggccacatgaaggtttcggctccacgcagtgagacg
gaggccattcgagctatggcttcaatgagagcgcattgttcctctgctgtcactgtcact
ctctatgtccccaatgttcctgagggttctgtcagaataatggaccaatcctccaattca
gaaatcgcatcattcccaatctacaaagttttgttctgtgtgcgaggacgagacgggaca
tcagaatgtgactgcttcgcgttcacatccagagaacctgactccgatgactttcacatc
catgtgttcagttgtgagatcaaagaggcggtgagcagaatactgtacagcttttttaca
gctttcaagcggtcatgtaagcagacgtccgacgtgaaggattccaccctccccacccca
gacagcgatgtgttcaccttcatggtctctctagaggtgaaggaagatgatggcaaaggc
aatttcagtcctgtacccaaagatcgagataagctgttcttcaaactgagacagggaact
gagaagaaagtggtcatcactatccaacaggtgtcaaacaaggagctggtggtggagagg
tgctttgggatgcttctcagtccaggcaaaaatgttaagaacagtgacatgcatctcctg
gatatggagtccatggggaagagcagtgacggtaaagcatatgtgatcacagggatgtgg
aacccaaatgtttctgcatttcaagcactcaacgaggaaactcctaaagataaacgagtg
cacatgacagtcgctatagacatggtggtaacggaagtggtagagccagtccggttcctg
ctagagacagtggtccgcgtgtaccccaccaacgagcgattctggtatttcagccgcaaa
accttcacagagaccttctatttaaagctgaaacagtctgggagtaaaggagctggtgat
tcaatctacgaagttttgagcttgcagcggcagtcggaaattgttgaggctcctaccagc
ccaggaagcacaggtggagtcacgtccccacaggaagaggaggaggcggaggaagaaagt
gacagtgaactctggagtggctccggtgacgtttccaaagaatgtccagagaagatatta
ggatgttggggtcagctactcatcaaatggcacagcaatctgagcgtcaggccgaaggga
ctgtcatcactcgtgaagagagggggtgtacccgaggcgttaagagcagaagtttggcaa
ctgcttgctggctgtcacgaggaccaagaaatgctggacaagtacaagaacctcatcata
aaagattcagcacaagagagcgttatcaaaagagatatccaccgaacgtttcctgcacat
gaatacttcaaggacacagagggtgatggacaagactctctttacaagatctgtaaggcc
tattctttgtatgacgaggatattggctactgccagggccagagcttccttgccgcggtg
cttctgcttcatatgccagaagagcaggcattctgtgtgctggttcggattatgtatgac
taccagtttagaaacctttataagaataactttgaagatcttcattgcaagttttaccag
cttgaacgtttcctgcaggatcagctaccagatctttactcccatttcatgtcactgaac
ctggaagcacacatgtatgcctcacagtggttcttgagtctttttacagccaaattccct
ctgtgtatggtcttccacatcatggatcttctgctctgtgagggactgactatcatcttc
caggtggcattggctctcttgaagacttccaaggaagatctcctgcaagccgatttcgaa
ggggcattaaagtttttccgtgtccagctgccaaaacgataccgggccgaggagaatgct
cgaaggttgatggaacaggcctgcaacattaaggtgcctacaaagaagttaaagaagtat
gagaaagaatatctggcaatgagggagagtcagttgcaacaagaagaccccatagagaga
tacaagcgagaaaaccgacggctgcaggagaccagcatgaggctggagcaggagaatgat
gacctggcacatgaactggtcaccagtaagattgctctgcgcaatgatctggaccaggcg
gaagacaaggcggagatattaaataaggaactgctcctgactaaacagagactgatagag
actgaggaggagaagcgtaaacaggaagaggagacagcacagctaaaggaagtcttcagg
aaacaactagaaaaggcagagcaggaaattaagaagaccacggctatcatagcagagtac
aaacagatatgttcccagctgagcacacgattagagaaacaacagacggcaagccgggag
gaaatggagatcctcaaggccaagctgatggcgtgcagtcactgcagcgaaatcttcagc
aaggaggagtcggcgcagagctccagaggagacaaatcaggtgacggaggagatgagaag
gactctctaatgaaacacttacgggagatggagctggaactggcacagactaaactgcag
ctggtggaggccaagtgcaaaattcaggagctggagcatcagcgaggagcactgctcaat
gagatccaagctgccaaaaactcctggtttagcaaaaccctgaactctattaaaactgcc
acagggacccagcccaccgcacagtcaccgcagggagcccaggcttctagcccagttctg
caggcccctaatgagagcacataa

  All links  
Genome (1)   
   KEGG GENOME (1)   
Gene (36)   
   RefGene (33)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (7)   
   RefSeq(pep) (7)   
DNA sequence (7)   
   RefSeq(nuc) (7)   
Protein domain (5)   
   Pfam (5)   
All databases (56)   

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