Vigna radiata (mung bean): 106764785
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Entry
106764785 CDS
T04126
Name
(RefSeq) peptidyl-prolyl cis-trans isomerase CYP95 isoform X1
KO
K09566
peptidyl-prolyl isomerase G (cyclophilin G) [EC:
5.2.1.8
]
Organism
vra
Vigna radiata (mung bean)
Brite
KEGG Orthology (KO) [BR:
vra00001
]
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03041 Spliceosome [BR:
vra03041
]
106764785
03110 Chaperones and folding catalysts [BR:
vra03110
]
106764785
Enzymes [BR:
vra01000
]
5. Isomerases
5.2 cis-trans-Isomerases
5.2.1 cis-trans Isomerases (only sub-subclass identified to date)
5.2.1.8 peptidylprolyl isomerase
106764785
Spliceosome [BR:
vra03041
]
Complex C
Other components
PPlases
106764785
Chaperones and folding catalysts [BR:
vra03110
]
Protein folding catalysts
Peptidyl prolyl isomerase
Cyclophilin
106764785
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Pro_isomerase
Motif
Other DBs
NCBI-GeneID:
106764785
NCBI-ProteinID:
XP_014504663
UniProt:
A0A1S3UF53
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All DBs
Position
6:30752346..30759467
Genome browser
AA seq
941 aa
AA seq
DB search
MAKKKNSLVFMDVSIDGDPVERMVFELFYDVAPKTAENFRALCTGEMGVGPHTGKSLHYK
GSFFHRILKGSIARGGDFVNRNGTSGESIYGSKFPDESPRLKHDAPGLLSMPVADRDTLG
SHFIITFKADPHLDRKHVVFGKLVLGHDILKKIEDVGDKEGLPSVTVKIINCGEHNEDEK
KINKSKKGRDGSSETNSHLLHKGKHRKSSGDKRKRRKYYSSESDSSSDSETTSSESDSDS
DSDMSSSSYTSSSSDDRRRKRKRSRKDKRKRGKKRDKHREKRRRKRDKRSKRRSKRESPS
HTDSDSESKSNKCSDIESYGAKVNDQNHEDHSQRHAEGQSSSVVEKELPPMHPKKREKLD
ILKEEEFPKENGERRSNGTGANYRSERSEVRQPDVMDDQPDKSRSQSTSVSPRRRKSKSP
SISPKRRLDRSPSGSRSPHSPLRRSLSQSPVRSTRRSPNRRSVSRSPMRGRKGRSISRSS
VRHHGHQSVSTSPLRPLSRSYQRTSPKTSSRRSISRSPKTSHGRRSVSASPARSPSRSQR
SSPIAPSRRSISRSPVRNHRPRSVSRSPLRSQGHRSDSGSPVRSLTPSHRISPRTKSRRS
ISRSPVRTRNYKSINKGTLRSRGRRTSSGSPVRSLSRSGRRSSPRAPSPRSISRSPVKTG
NHRSVSRSPLRSHGHRTVSASPVRSPSWERQRSSPRAPSRRLVSRSPVRVSRKSLSRSPV
RSSARSLSRSSGRVPLRSNSRSPVRGPSRVHRRSYSRSPRGRSLSRSLSPDVSPKRIRRG
RGFSERYSYARRYRTPSRSPVRSYRYNGRSERDRYSGYRRYSPRRNRSPPPRRRTPPRFR
SRRSRTPSVSRSPRYRGRRYSRSRSPVRSRSPVGTYRRRVERSRSLSRSSRSLSRSKSPS
LSRASVESQSPRKNSRSRSQSQSSDGKKGLVSYGDGSPDSS
NT seq
2826 nt
NT seq
+upstream
nt +downstream
nt
atggcgaagaaaaagaattctctggtgtttatggatgtgtccatagatggggatcctgtt
gaaaggatggtttttgagcttttctatgatgttgctccgaagactgctgaaaatttccgt
gcattatgtacaggagaaatgggagttggtccacacactggaaaatcactgcactacaag
ggttctttcttccatcggattttgaaaggctccattgcccgaggtggtgattttgtcaat
cgaaatgggaccagtggagaaagcatatatggttccaagttcccagatgaatcgcctagg
ctaaagcatgatgctccaggccttctttcaatgccagttgctgatcgtgacactcttggt
tctcattttataatcacttttaaagctgatccccatcttgataggaaacatgtagtcttt
ggcaagcttgtactaggtcatgatatattgaagaaaattgaagatgtgggtgataaagaa
ggacttccaagtgtaactgttaaaataattaattgtggtgaacataacgaggatgaaaag
aagataaataaatcaaaaaagggaagagatggatcttctgaaacaaatagtcatttactg
cataagggaaagcaccgaaaatcttcaggtgacaaaaggaaaaggagaaagtactactca
tcagaatctgatagttcctcagattcagaaacaacatcttctgaaagtgacagtgattct
gattctgatatgtcttcatcatcttacacaagttcctccagtgatgataggcggagaaag
agaaagaggtctaggaaagataaacgtaaacgtggaaaaaaaagagataagcaccgagaa
aagagacggaggaaacgagataaaagatcaaagcgtagatcaaagagggaatcgcccagt
catactgattcagatagtgaaagtaagagcaacaaatgctctgatattgaaagttatggt
gccaaagtgaatgatcagaatcatgaagaccattctcagagacatgctgaaggtcagtct
tcctcagttgtcgagaaagaattacctccaatgcaccctaaaaagagggagaaactggat
atattgaaagaggaagaattcccaaaggaaaatggagagcggcgtagcaatggcactgga
gccaactatagatctgaaagaagtgaagtgaggcagcctgatgtgatggatgatcaacca
gacaaatctaggagtcaaagcacgagtgtaagtcctaggaggcgcaagagcaaaagccca
agcattagtccaaaaaggaggttggacagaagtccaagtggcagtagaagtcctcattct
ccattacggaggagtttgagccagagtcctgttagaagcacaaggaggagtccaaacaga
agaagcgtcagtagaagcccaatgagaggtaggaaaggtagaagtatcagtagaagctct
gtaagacatcatgggcatcaaagtgtcagcacaagccctctaagacccctttctcggagc
taccagaggacttcaccaaaaacatcatcccgaagatcaatcagcagaagccctaagaca
tctcatggtcgaagaagtgtcagtgcaagcccagcaagatccccttctcggagccaaagg
agttcacccatagcaccatcacgtcgatcaatcagcagaagcccagtaagaaatcaccga
cctagaagtgtcagtagaagccctttacgatctcaaggtcatagaagtgatagtggaagc
cctgtaagatccctcacaccgagtcatcgcatatcacccagaacaaaatctagaagatca
atcagcagaagtcctgtgagaactcgcaactataaaagtatcaacaaaggcaccttgaga
tctcgtggtcgtagaacaagcagtggaagccctgtaagatccctttctcgaagtggccgt
aggagttcaccaagagcaccttcaccaagatcaatcagtagaagccctgtgaaaactggc
aatcatagaagtgtaagtagaagccccttgcgatctcatggtcacaggactgtgagtgct
agccccgttagatcaccttcatgggagcgtcaaaggagttcacctagagcaccatcacga
agattggtcagtagaagcccggtaagagtgtcaagaaagagtttaagcaggagtccagtt
cgatcatctgccagaagcttgagcagaagctctggcagagtccctttgagaagcaatagt
cggagtccagttagagggccaagcagagtccatcgccgcagttattctaggagtcctcgt
ggtaggagtttgtctagaagtttgtcacctgatgtttccccaaaacgtatcagaagggga
agaggttttagcgaacgatattcttatgctagaaggtataggactccttctcgatctcct
gtgagatcataccgctataatggaagaagtgaacgtgacagatattcaggttacagaagg
tactcccctaggcgtaacaggagcccaccacctcgcagaagaaccccaccaaggttccgg
agtaggaggagcaggacaccatctgtttctcgcagtccacggtacaggggtcgacgatac
agtcgaagccggagccctgtccgcagtcgttcacctgtgggaacatatcgacgtcgtgtt
gagaggagcaggtctttgtcccggagtagcaggtctttgtcccggagcaagagtccatca
ctatccagggcttcagtggagtcacaatctccacgaaagaacagcaggtcaaggtcccag
tcccaaagctcagatggaaagaaaggccttgtatcttacggggacggttctccagattca
agctga
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