Mustela nigripes (black-footed ferret): 132014194
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Entry
132014194 CDS
T09425
Symbol
POP1
Name
(RefSeq) ribonucleases P/MRP protein subunit POP1 isoform X1
KO
K01164
ribonuclease P/MRP protein subunit POP1 [EC:
3.1.26.5
]
Organism
mnp
Mustela nigripes (black-footed ferret)
Pathway
mnp03008
Ribosome biogenesis in eukaryotes
Brite
KEGG Orthology (KO) [BR:
mnp00001
]
09120 Genetic Information Processing
09122 Translation
03008 Ribosome biogenesis in eukaryotes
132014194 (POP1)
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03009 Ribosome biogenesis [BR:
mnp03009
]
132014194 (POP1)
03016 Transfer RNA biogenesis [BR:
mnp03016
]
132014194 (POP1)
03029 Mitochondrial biogenesis [BR:
mnp03029
]
132014194 (POP1)
Enzymes [BR:
mnp01000
]
3. Hydrolases
3.1 Acting on ester bonds
3.1.26 Endoribonucleases producing 5'-phosphomonoesters
3.1.26.5 ribonuclease P
132014194 (POP1)
Ribosome biogenesis [BR:
mnp03009
]
Eukaryotic type
Pre-60S particles
RNases
RNase MRP
132014194 (POP1)
Transfer RNA biogenesis [BR:
mnp03016
]
Eukaryotic type
5'processing factors
Ribonucrease P
132014194 (POP1)
Mitochondrial biogenesis [BR:
mnp03029
]
Mitochondrial DNA transcription, translation, and replication factors
Mitochondrial transcription and translation factors
RNase MRP
132014194 (POP1)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
POP1_C
POP1_N
POPLD
Motif
Other DBs
NCBI-GeneID:
132014194
NCBI-ProteinID:
XP_059250903
LinkDB
All DBs
Position
3:159280114..159318297
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AA seq
1021 aa
AA seq
DB search
MSNAKERKHAKKMRNQPTNVTLSSGFVADRGTKYHNGGGRPFHQAQKQEPFPGTSRQRQT
KMTHHSPVDPDVKEQSSSKIMFKKKGGWKAGPEGMSQEIPKYITASTFAQARAAEISAML
KAVTQKSSNSLVFQTLPRHMRRRAMSHNVKRLPRRLREIAQKEAEKAVHQKKEHSKNKCH
KARRCHKNRVLEFNRRQKKNIWLETHIWHAKRFHMVKKWGYCLGERPTVKSHRACYRAMT
NRCLLQDLSYYCCLELKGKEEEILKALSPMCSIDAGLTFAAVHCLSGKCQGSVLLYRANR
YPREMLGPVTFIWKSERTPSHTSESRQLWIWLHPTLKQDILEELKAACQCVEPIKPTICT
PGPLLTTSEEKSQTELPDEKIGKKRKRKDDGENAKPVKKVIGDGTRDPHQPYSWISAATG
IIISDLTMEMNRLRLIGPLSHSILTEALKAASVQTVREGEDTEKTPHHWWIETCKNPDSV
SLHHRQEAIFELLGGITSPAEIPAGTILGLTVGDPRINLPPKRSKVLPNPEKCQDNEKVR
QLLLEGVPVDCAHSFIWNQAICKNVTENKISDQDLNRRRSELLVPGSQLVLGPQESKIPI
LLIQQPGKVTGDDRRGWGSGWDILFPKGWGMAFWIPFIYRGARVGGLKESVMHSQYKRSP
DIPGDFPDCPAGVVFAEEQAKNLLEKYKRHPPAKRPNYVKLGTLAPFCCPWEQLAQEWES
RVQAQEEPSVASSPSGEDSDSRRDKLPCAPTPENTDLWSDEGGTSLSSCSEPREAMDTEC
PARVGTEWVACQDATGSLLCVLRSRKWLKQLSTWCGPSSRDKRAARRASGSGEPAPTRAA
CLPLLERFPRALVWVSLALLRKGSPEPHSMICVPTEEDFLRLRQDQLYCGPQESKHSDPF
KSEIRKQKERKKVEKRQNKQAPTEREGLAGGPPAAGHQALTLGLWSGPLPGVTSHCSRVL
LGFVTQGDFSMAIGGGEALGFVSLTGLLDMLSTQPAAERGLVLLRAPASPQYRFARIAVE
V
NT seq
3066 nt
NT seq
+upstream
nt +downstream
nt
atgtctaatgcaaaagaaagaaaacatgctaagaaaatgaggaaccagcccactaatgtg
actttatcttctggctttgtggccgataggggcacaaagtaccataatggaggtggaaga
cctttccaccaagctcaaaaacaagagcctttccccggaacttcacgacagcggcaaacc
aaaatgacccaccactcccccgtggatcctgatgtgaaggagcagtcttcctccaaaatc
atgtttaaaaagaagggaggttggaaagcaggtcccgagggcatgtctcaggaaattccc
aagtatataactgcttctacttttgctcaagcccgagctgcggaaatcagtgctatgttg
aaagcagtgacccagaagtcttctaattcgctggttttccagaccctgccccggcacatg
agacggagagccatgagccacaacgttaagcgccttcccaggcggttgcgggagattgcc
cagaaagaggccgagaaagcagtacatcagaaaaaagaacattcaaagaataaatgccat
aaagctcgaagatgccacaaaaaccgggtgctagaattcaaccgtagacaaaagaagaac
atatggttggagactcacatctggcacgccaagcggtttcacatggtcaagaagtggggc
tactgtctgggggagaggccgacggtgaagagccacagagcctgctaccgagccatgaca
aaccgctgcctccttcaggatttatcctactactgttgtttggagttgaagggcaaagag
gaagaaatcctgaaggctctttctccgatgtgtagcatagatgcaggactgactttcgcg
gcagttcactgcctgtctgggaagtgccaaggaagtgtcctgctctatcgggcaaacaga
taccctcgagagatgctggggcctgtcacgtttatttggaagtctgagaggacccccagt
cacacttctgagagcaggcagttgtggatctggcttcatccaacgcttaaacaggatatt
ttagaggaactcaaagcagcgtgccagtgtgtggaacccatcaaacccaccatctgcacc
cccggccccctgctgacaacatccgaagaaaaaagccaaactgaactgcctgatgagaaa
attggcaagaaaagaaaacggaaagatgatggagaaaatgctaaacctgttaaaaaagtc
atcggtgacggaactagagacccacaccagccatattcttggatctccgcagccacaggc
attataatcagtgatttgacgatggagatgaacaggctccggttgatcggtccgctttcc
cactccatcctgaccgaggcgctgaaggccgcttctgtccagaccgtgagagagggagaa
gacacggagaagacacctcaccactggtggattgaaacctgtaagaatcctgatagcgtt
tcccttcatcacagacaagaagccatttttgagttgttgggaggaattacatcaccagca
gaaattccagccggtactattttgggactgactgttggggatcctcgaataaatttgcct
ccaaagaggtccaaagttttgcccaatccagaaaaatgccaagataatgagaaagttaga
caactgcttctggagggtgtgcctgtggactgtgcgcatagctttatttggaaccaagct
atctgtaagaatgtcacagagaataaaatctcggatcaggatttaaaccggagaagaagt
gaattgctggtgcccgggtcacagcttgttctaggtccccaggaatccaagatacctata
cttttgattcagcagccagggaaggtgaccggtgatgaccgacgaggctggggaagtggc
tgggacatcctgttccccaaaggctggggcatggctttctggattccatttatctatcga
ggggcaagagttggcgggttaaaagagtctgtgatgcattcgcagtacaaaaggtcaccg
gacatccccggagatttcccagactgccccgcgggtgttgtgtttgccgaggagcaagcc
aagaacctccttgaaaaatacaaaaggcaccctcctgcaaaacggcccaactatgtgaag
cttggcaccctggctcctttctgctgtccctgggagcagttagctcaggagtgggagtca
agagtccaggcccaagaagaaccctctgtggcctcctctccaagtggtgaggacagtgac
tcgaggagagacaagttgccttgcgctcccacacctgaaaacacggatctgtggtctgac
gaagggggcacatctctgagcagctgcagtgagccccgagaagccatggacacagagtgc
ccagcccgggtggggaccgagtgggtagcgtgccaggatgccaccggcagtctcctctgt
gttctgcggagtaggaaatggctgaagcagctgtcgacctggtgtgggcccagctccagg
gacaagcgggcagcccggcgggcttccggcagcggggagccagcaccgacgagagcggcc
tgcctgcccctcctggagcgtttccccagggcgctggtgtgggtcagcctggccctgctg
aggaagggcagccccgagccgcactccatgatctgtgtccccaccgaggaggacttcctt
cggctccgtcaggatcagctgtactgtgggccccaggaatccaagcacagtgaccccttc
aagagtgagattcggaagcagaaagagaggaagaaagtggagaagaggcagaacaaacag
gcgcccactgagcgtgagggtctggccgggggcccccctgcagccggacaccaagctctg
accctgggcctgtggtcaggccccctccctggggtgacttctcactgctccagagttctc
ctcggctttgtcacgcaaggagacttctccatggccatcggcggcggagaagccctgggg
tttgtcagcttgacgggcttgctggatatgctgtccacccagccggcagccgagaggggg
ctcgtgttgctgagggcgcccgcctccccgcagtatcggtttgcgagaattgccgtggag
gtgtga
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