Microcaecilia unicolor: 115464265
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Entry
115464265 CDS
T09142
Symbol
NVL
Name
(RefSeq) LOW QUALITY PROTEIN: nuclear valosin-containing protein-like
KO
K14571
ribosome biogenesis ATPase
Organism
muo
Microcaecilia unicolor
Pathway
muo03008
Ribosome biogenesis in eukaryotes
Brite
KEGG Orthology (KO) [BR:
muo00001
]
09120 Genetic Information Processing
09122 Translation
03008 Ribosome biogenesis in eukaryotes
115464265 (NVL)
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03009 Ribosome biogenesis [BR:
muo03009
]
115464265 (NVL)
Ribosome biogenesis [BR:
muo03009
]
Eukaryotic type
Pre-60S particles
Other pre-60S particles
115464265 (NVL)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
AAA
AAA_lid_3
RuvB_N
AAA_5
AAA_16
AAA_22
AAA_14
AAA_2
TIP49
AAA_28
Mg_chelatase
AAA_33
nSTAND3
NPHP3_N
RNA_helicase
AAA_17
Viral_helicase1
ABC_tran
AAA_18
Vps4_C
nSTAND_NTPase5
NACHT
Rad17
AAA_3
TsaE
RVT_1
IstB_IS21
Zeta_toxin
Sigma54_activ_2
DUF815
Fumarate_red_D
Motif
Other DBs
NCBI-GeneID:
115464265
NCBI-ProteinID:
XP_030050524
UniProt:
A0A6P7XJP4
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All DBs
Position
3:59199447..59457877
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AA seq
1074 aa
AA seq
DB search
MSSSPPKPPRRRRQLIVVTAVGEKTKNKTARRTTLMRAECSSGQLGGGVQNMVEGNEMLL
GSKWKKTPDGSLRGARTLDHLYTFAPEEVERYWLFCKEDAVALAVTKVTAVPVQGGLALK
ELHDKKVEQQLPLTFCGVQLLFGEDLKKLVMDKGEARPVQLPELQQKGSWLSSTSKGRYL
GFCLLGKLFQFWTLPFGLAMMPRTFSKVMVVVMTAVHLWHQGFRFICFLDDWLIQVDSAA
EACQATNQIIYLLESLGSVGGRHLAKRERQEPKGIGDLDNYTEDSSDGECYPEYPPTNHM
NNSLMSLYRKGYPDSVSSMPSKSDLKSTTIPTSSVAGSEAPSVPVKTLKDTRTSEGGWFI
DKTPXRTIPESFLIDLCEDEKGESKKLLQRENSLDCSNLASERKNKSKLRKGKRKKEPED
VDGEIALSLLNKRVKSQVTELQHSSMKFADVGGNDNTLKEVCKLLIHMRHPEVYQHLGVV
XPRGFLLHGPPGCGKTLLAQAIAGELELPMLKVAATEMVSGVSGESEQKLRELFEQAVTS
APCILFIDEIDAITPKREVASKDMERRIVAQLLTCMDDLNNLADTAQVLVIGATNRPDSL
DPALRRAGRFDREICLGIPDEAARGSILQTLCXKLKLPDSFDFHHLAHMTPGYVGADLMA
LCREAALCAVNRVLIKLEQQGLSTEALTDDLREKGLEAAESDKTPCGANRVASQLSVNLN
HVVSEIQVGLAGSNLVNLKPWSQDELQRLLVLPEGADPTARSKLQKLYIKMEDFIVALSS
VQPSAKREGFATVPDXTWADIGALEQVREELTMAILAPVRNPEQFKALGLAAPAGVLLAG
PPGCGKTLLAKAVANESGLNFISVKGPELLNMYVGESERAVRQVFQRASNSSPCVIFFDE
IDALCPRRSGHESGASIRVVNQLLTEMDGLETRRQVFIMAATNRPDIIDPAILRPGRLDK
TLYVGLPPPADRFAILKTITKDGTRPSLEAEVNLKEIAYDQRCDCYTGADLSALVREASI
SALRQEMAQQHAQRSKREITVSQKHFEEAFMKVKPSVSKKDQMLYEQLRQSLCQ
NT seq
3225 nt
NT seq
+upstream
nt +downstream
nt
atgtcgtcttcacccccgaaaccgccacggagaagaagacagctgatcgtggtaacagcg
gtgggggaaaaaaccaaaaacaaaacagcacggagaaccaccctcatgcgagcggagtgc
agtagcggtcagctgggaggaggagtgcagaatatggtagaaggaaacgaaatgctttta
ggatccaagtggaaaaagactccagatggttcccttagaggtgccaggactctggatcac
ctttatacttttgctccggaggaagttgaaaggtattggcttttttgtaaggaggatgct
gtggccttggcagtcaccaaggtgactgctgtgccagtccaggggggcttggctctgaag
gagctccatgacaagaaggtggagcagcagcttcctctaactttctgtggggtgcagttg
ctctttggagaggacctgaagaagctggtgatggataagggggaggcacggcctgtccag
ctccctgagctgcagcagaaaggctcttggctttcctccacttccaagggaagatatctg
ggcttctgtttgctgggcaagctttttcagttttggaccttgccttttggcctggctatg
atgccacgcacattttccaaggtgatggtggtggtgatgacggcagtgcatctttggcac
caggggttcaggttcatctgtttcctggatgactggctgattcaggtggattcagcagca
gaggcttgtcaggccaccaatcagatcatctatcttctggagtccctgggaagcgttgga
ggaagacatctagcaaagagagaaaggcaggagcccaaggggattggggatctagacaac
tacactgaagactcctccgatggtgaatgttatccagagtaccctccaacaaatcacatg
aataattcattgatgtccttatatcggaaaggatatcctgattctgtttcatctatgcct
tcaaaaagtgatcttaagagtaccaccatccccacatcatcagtggctggcagtgaagca
ccaagtgttccagtaaagaccctgaaagatactaggacctctgaagggggctggtttatt
gacaaaaccccanggaggacgatcccagaaagttttctaattgatctgtgtgaggatgaa
aagggagaatctaagaagctactgcagagggaaaactctttagactgttctaatttggca
agtgaaaggaaaaataagtccaagcttaggaaaggaaagaggaaaaaagaacctgaagat
gttgatggagagattgcattgtctctgctgaacaaaagagttaaaagccaagtcactgag
ctgcagcactcttctatgaagtttgcagatgttggaggcaatgacaacacattgaaggaa
gtgtgtaagctgctaattcatatgcgacacccggaggtataccagcacttgggtgtggtt
nccccacgaggcttccttctacatggccccccagggtgtgggaagaccctgctggcacag
gcaatcgctggggagcttgaactgccgatgctgaaagttgcagctacagagatggtgtcg
ggtgtgtcgggagaatcggagcagaagctgagagagctctttgaacaagctgtgaccagc
gccccatgtatactcttcatcgacgagatcgatgctatcaccccaaaacgagaagttgcc
tccaaggatatggagcggaggattgtggcacagctgctcacctgcatggacgacttgaat
aatctggcagacactgcccaggtccttgtcattggtgcaactaaccggccagactcgctg
gacccagcgctgaggcgtgctggcagatttgatcgagaaatctgcttggggattcctgat
gaggcagccagaggaagcattctgcagacgctttgtnagaagcttaagctccccgactcc
tttgatttccatcacttggcacatatgactccaggttacgtgggtgctgacctgatggct
ctttgccgagaggctgcattatgtgctgtaaaccgggtgctgataaaactggaacagcag
ggactatccacagaagccctcactgatgatcttagggagaagggcctagaagcagcagag
tctgacaaaactccgtgtggggctaacagagttgcttctcagctctctgtaaacttaaac
catgtggtatcagaaatccaggttggtcttgcaggttcaaatcttgtgaacctgaaaccc
tggagccaggatgagttgcagaggctgctggtgctgcctgaaggagccgaccccactgct
aggagcaagctgcagaagctgtatatcaagatggaagatttcattgtagcactgtcatct
gtgcagccctctgccaagagagaaggctttgccaccgtccctgacngtacttgggctgac
attggagccttagagcaggtccgggaggagctcaccatggctatactggctcctgtgcgg
aatccagagcagttcaaagctcttggcctagcagcgcctgctggtgttcttcttgctgga
ccccctggctgtggcaaaacgttgctggcaaaggctgtggccaacgaatctggtctgaat
ttcatctcagtcaaaggtcctgaattgctaaatatgtatgtgggtgagagcgagcgagct
gtgcgacaggtgttccagagagccagcaactcttctccctgtgtgatattctttgatgaa
attgatgctttgtgtcctcgcagatctggccatgagtcaggggccagtatccgtgtggtc
aaccaattgctaacagagatggatgggctggaaacgcgacggcaagtttttatcatggct
gcaaccaaccggccagatatcattgacccagcaatcctgcgtccaggcagactggataaa
actctctatgtgggattgccaccacctgcagatcgttttgccattttaaaaactatcact
aaagatggtacccgaccctcactggaagctgaagttaatctaaaagaaattgcttatgac
cagcgctgtgactgttacacgggtgctgatctctctgctctggtacgtgaagcctccata
agtgcactgaggcaagaaatggcacagcagcatgctcaaaggagtaaacgagaaatcaca
gttagccaaaaacactttgaagaagcctttatgaaagtgaaaccatccgtgtcaaaaaag
gatcaaatgctgtatgaacagctgcgacagtcactgtgccagtaa
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