Salvia miltiorrhiza (redroot sage): 130999638
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Entry
130999638 CDS
T09291
Name
(RefSeq) uncharacterized protein LOC130999638
KO
K14536
ribosome assembly protein 1 [EC:3.6.5.-]
Organism
smil
Salvia miltiorrhiza (redroot sage)
Pathway
smil03008
Ribosome biogenesis in eukaryotes
Brite
KEGG Orthology (KO) [BR:
smil00001
]
09120 Genetic Information Processing
09122 Translation
03008 Ribosome biogenesis in eukaryotes
130999638
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03009 Ribosome biogenesis [BR:
smil03009
]
130999638
Ribosome biogenesis [BR:
smil03009
]
Eukaryotic type
Pre-60S particles
GTPases
130999638
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
GTP_EFTU
EFG_C
EFL1
EFG_III
GTP_EFTU_D2
EF-G_D2
SRPRB
EFG_IV
Motif
Other DBs
NCBI-GeneID:
130999638
NCBI-ProteinID:
XP_057781215
LinkDB
All DBs
Position
8:complement(122404..126745)
Genome browser
AA seq
1051 aa
AA seq
DB search
MDAVVVEAGTKPPSTLLSEKDDPSNIDETSDKKLVRNICILAHVDHGKTTLADHLIASYG
GGVLHPKQAGKLRFMDYLDEEQRRAITMKSSSIGLQFKEYSVNLIDSPGHMDFCSEVSTA
ARLSDGALVLVDAVEGVHIQTHAVLRQAWIEKLTPCLVLNKVDRLISELKLSPMEAYTRL
LRIIHEVNGIVSGYKSEKYLSDVDSLLSVAPSGDASDVGGENLELLEDDEEDAFQPHKGN
VIFACALDGWGFGISDFAEIYASKLGASAATLQRALWGPRYFNPKTKMVVGTKGISNIAK
ARPMFVQFILEPLWQVYQSSLETDGDRGLIEKVIKNFNLSIPSRELQNKDPKAVLQAVMS
RWLPLANTILSMVVKCMPDPASAQSFRISRLLPKRDSSDNVDCSDVLSEAELVRKSVEAC
DSSPTAPCVAFVSKMFAVPMKMLPRGEILNNPADDGDSGECFLAFARIFSGVLCAGQRVF
VLSALYDPLKMEAKQKHLQVAELQSLYVMAGQGLKPVISAKAGNIVAIRGLGQHILKSAT
LSSTINCWPFSSMVFQVAPTLKVAIEPSDPADMGALMKGLRLLNRADPFVEVTVSARGEH
VLAAAGEVHLERCVKDLKERFAKVNLEVSPPLVSYMETIEGEITNPLENLKFLSGNSDYV
EKTTPNGRCVVRVQVMKLPPPLTKLLDESSELLGDIIGGKSKQALKSLETLRGSIVEDEN
PVEALKTRMTDAIESDLSSADAEMDRDRVEKYRVLWKKIFRRIWALGPRQVGPNILVTPS
RGKTMEGSVLLQGSPYVSHRLGLHDVGESKDASTDSSSVADDMLLREVESLESSVLSGFQ
LATSAGPLCEEPMWGLAFVIEAFVSPIERHSPEDNSSSHQPEPYGVFTGQVMTTVKEACK
AAVLQRKPRLVEALYFCELNTPTEHLGSMYAVLARRRARVIKEEMQEGSPLFTVHAYVPV
AESFGFADELRRWTSGAASALLVFSHWEMLPEDPFFVPKTEEEIEEFGDGASVLQNTARK
LIDAVRRRKGLPVEEKVVQHATKQRTLARKV
NT seq
3156 nt
NT seq
+upstream
nt +downstream
nt
atggacgccgtggtggttgaagctggaactaagcctccttctacgttgctttcggagaag
gatgatccgtcaaacattgatgagactagtgataagaagctagtccggaatatatgcatc
ctcgcacatgttgatcatgggaagaccacccttgcagaccatttgattgcttcttatggc
gggggagtgcttcatccaaagcaagctggtaaacttaggttcatggattatttggatgag
gaacagcggcgtgctataactatgaagagctcatccattggtctgcagtttaaagagtat
tctgttaatttgatagattcaccaggtcacatggatttctgcagtgaggtatctacagca
gctaggttgagtgatggtgcactagtattggtggatgcagtggaaggtgtccacattcag
acccatgctgtactgcgtcaagcatggattgagaagttaactccatgtctggttctgaat
aaggtggatcgtctcatatccgagttaaaattgagtcccatggaagcttatactagatta
ttgaggattatccatgaggttaacgggatagttagtggttacaagtctgaaaagtactta
tctgatgtggattccttgctgtcagttgctccatctggtgatgcaagtgatgtaggtggt
gagaatcttgagcttttggaggatgatgaggaggatgcctttcaacctcacaaaggaaat
gttatatttgcttgtgccctcgatggttggggttttgggattagcgattttgcagagatc
tatgcttctaagcttggggcaagtgcagctacattacaaagggcactatggggccctcgt
tacttcaatcccaagactaagatggttgtgggcacgaaagggataagcaatattgcaaag
gcaaggcctatgttcgtgcaatttattctggagccactgtggcaggtgtatcagagtagt
ttggaaacagatggagatagaggattgattgagaaggttatcaaaaactttaatttatct
attccttcacgcgagctacaaaataaggatcctaaagctgtgcttcaagctgtaatgagc
cgttggcttccattggccaataccatcttatctatggtggtgaagtgcatgcctgaccct
gcttctgctcagtcttttcggatatcaaggctgctgcctaaaagagacagttctgacaac
gtggattgttctgatgtgctttctgaggcagaacttgtgagaaaatctgttgaagcttgt
gattcaagtcccacagcaccatgcgttgcatttgtttctaagatgtttgctgtgccaatg
aagatgcttcctcgtggggagattttgaacaatcctgcagatgatggagattctggagag
tgcttccttgcatttgccaggatctttagtggggttctctgtgccgggcagagggttttt
gtgctttctgctttatatgaccctctgaagatggaagcaaagcagaagcatctccaagta
gccgagctccaatcgttatatgtaatggccgggcaaggattgaaaccagttatctctgca
aaggcagggaatatcgttgccatacgagggcttggtcagcacatattgaagagtgctact
ctatcatctacaattaattgctggcctttctccagtatggtatttcaagttgcacccaca
cttaaggttgcaattgagccatctgatcctgctgacatgggtgcactcatgaaaggattg
cggcttttaaatcgcgcggacccttttgtcgaggtcaccgtttctgctagaggggagcat
gttcttgctgcagctggagaagttcatctggagagatgtgtaaaggatctgaaggagaga
tttgctaaggtgaacctggaagtatctcccccccttgtctcttatatggagacaattgag
ggtgagataactaatcctttggagaatctgaagttcttaagcggaaactctgactatgta
gagaaaacaacaccaaacggtaggtgtgtcgttcgtgtacaagtcatgaaacttccccca
cctcttaccaagttgctcgatgaaagttctgaactgctgggagatataattggaggcaaa
tctaaacaggctttgaaaagcttggagaccttgaggggaagcattgtagaagatgagaat
ccagttgaagcattaaagacaaggatgacggatgctatagagagtgatctttcctctgca
gatgctgagatggatagagaccgagttgagaaatatagagtattgtggaagaaaattttc
aggagaatttgggcattgggccctagacaagttggtcccaacattttggtcactccaagc
agaggaaagaccatggagggttctgttctgttgcaggggtctccttatgtgtcgcataga
ttaggtcttcacgatgtaggtgaaagcaaggatgcgtcgacagattcatcatctgtggct
gatgacatgttgctaagggaagtagaatctctagagagcagtgttttatccggatttcag
ctggctacttcagccggtcctttgtgtgaggaacctatgtggggtttggcatttgtcatt
gaagctttcgtatctcccattgagcggcattcacctgaggataattcttcttcccatcaa
ccagaaccatatggtgttttcacaggtcaagttatgacaacggttaaggaagcttgcaaa
gcagctgtgcttcagagaaaaccgaggcttgttgaagcgttatacttctgtgaactgaat
accccaactgagcatctgggctccatgtatgcagtacttgctcgtaggcgagctagagtg
atcaaggaagaaatgcaggaagggtcaccgctgttcactgtgcacgcatatgttcccgtt
gcagaaagctttggttttgcagatgagctgagaagatggacatccggagcagcaagtgca
ctacttgttttcagtcactgggaaatgcttccagaggatccgtttttcgtccccaaaaca
gaagaggaaatcgaagaattcggagatggggctagtgttcttcagaacactgccaggaag
ctcattgatgctgtgaggaggaggaagggtcttcctgtagaggaaaaagtggtccaacat
gcaaccaagcagaggactttagctcgtaaagtgtag
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