KEGG   Dinoponera quadriceps: 106747826
Entry
106747826         CDS       T05610                                 
Name
(RefSeq) ribonuclease 3
  KO
K03685  ribonuclease III [EC:3.1.26.3]
Organism
dqu  Dinoponera quadriceps
Pathway
dqu03008  Ribosome biogenesis in eukaryotes
Brite
KEGG Orthology (KO) [BR:dqu00001]
 09120 Genetic Information Processing
  09122 Translation
   03008 Ribosome biogenesis in eukaryotes
    106747826
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03019 Messenger RNA biogenesis [BR:dqu03019]
    106747826
   03009 Ribosome biogenesis [BR:dqu03009]
    106747826
   03036 Chromosome and associated proteins [BR:dqu03036]
    106747826
Enzymes [BR:dqu01000]
 3. Hydrolases
  3.1  Acting on ester bonds
   3.1.26  Endoribonucleases producing 5'-phosphomonoesters
    3.1.26.3  ribonuclease III
     106747826
Messenger RNA biogenesis [BR:dqu03019]
 Prokaryotic type
  Bacterial mRNA degradation factors
   RNA degradosome components
    Ribonucreases
     106747826
Ribosome biogenesis [BR:dqu03009]
 Eukaryotic type
  90S particles
   RNase
    106747826
 Prokaryotic type
  rRNA processing factors
   106747826
Chromosome and associated proteins [BR:dqu03036]
 Eukaryotic type
  Gene silencing
   microRNA pathway
    Microprocessor complex
     106747826
SSDB
Motif
Pfam: Ribonucleas_3_3 Ribonuclease_3 dsrm
Other DBs
NCBI-GeneID: 106747826
NCBI-ProteinID: XP_014481243
UniProt: A0A6P3XTM9
Position
Unknown
AA seq 1319 aa
MANPSSMNTGEGYYWNSEATQQNMGYFPVPNYPPPNYNPPSNYGSSCPYNVPPPNVPEAN
PSNSMYHLAPPPVYHNNSSNIHNISYQSQVNQQCSMYPKGPNLPQQSVGGNYSMNWNTST
RSVYNESQTCNEWSFNNSTANWTTYQSTPTSWYGANKTCANNQLYVRQQYEPQQGMKKSE
WKYDSKEHLSGSTSSKRRSRSPSSSGRSEKSYRSRHEDHKDKYQYDKRRSSSKEYKYEGR
DFERRSSYKRHDSHASRSEAPYTSSKYRKRSRSQESQSGNRESYASNSTKRKCPTERELL
LEKYRRNYCATSKDIERKLGELSAMGSEGILESERKIWTRTAPADLYYSRDEKDPKVMRS
TSKLLELCATFKRLLIDRAAEARSKQPPYKPPPRKTRARLCRHKSEACSSSSDSDSDSNS
DSSMDEDDRTMEELMAKKQHPQRLHPEMWFNDPGEMNDGPLCRCSAKSRRSGIRHGIYAG
EGVINKCELSSNNADKLHHYRITISPPTNFLTKTPTIIKHDEHEFIFEGFSMLSHFPLVK
LPTCKVIRFNIEYTILYIEEKLPENFTIQELDYFQTYLFKEILELVDFDLQAAQDKSGCG
QFHFMPRFVRDLTDNGQEILSMNEVLNYLIKSSTLLIDPDDMPRLVDMPQYKWQDFADEV
KGMVVTYPGKKPCSVRVDQLDRSQVDQPPGIVAYPEIVHFGIRPPQLSYAGNADYQKAWR
DYVKFRHLLANMSKPSFEDKRKLEAKENKLQELRTQSKMKRDVTVDVSSEGFYRTGIMCD
IVQHAMLIPVLVCHLRFHKSLDNLERTLGYEFKNRYLLQLALTHPSYRENFGTNPDHARN
SLTNCGIRQPEYGDRRIHYMNTRKRGINTLINIMSRFGARTETESSIAHNERLEFLGDAV
VEFLTSIHLFHMFPDLEEGGLATYRAAIVQNQHLAVLAKKLNLEEYMLYAHGSDLCHDLE
LRHAMANCFEALMGSLFLDGGIEVADRVFGETLFKDEENLCQVWVNYPRHPLQEQEPMGD
RQWIPSFELLQKLTKFEESIGVKFTHIRLLARAFTDRSIGFTNLTLGSNQRLEFLGDTVL
QLIVSEYLYKFFPEHHEGHLSLLRSSLVNNKTQAVVCDDLGMTQYALYGNPKAELKTKDR
ADLLEAFLGALYVDKGLKYCHVFCNVCFFPRLQDFIMNQDWNDPKSKLQQCCLTLRTMDG
GEPDIPVYKVIECKGPTNTRVYTVAVYFQGKRLAKASGHSIQEAEMNSAKEALEKSQDLF
PQLDHQKRVIAKSMKMQQWNKQKPKGRLTKLNDKSDDSDSSQSRRSCSKERNASKKRET
NT seq 3960 nt   +upstreamnt  +downstreamnt
atggcgaatccttcatcgatgaacacgggcgaagggtactattggaattccgaggcgact
cagcagaacatggggtacttcccggtgccgaactatccaccgcccaattacaatccaccc
tcgaactacggttcctcttgcccttacaatgtgccacctcctaatgtgcccgaagctaat
ccatcgaattcaatgtatcacttggcacctccgcctgtgtatcacaataactccagcaat
atacacaatatctcttaccagagtcaagtgaaccaacagtgtagtatgtatcctaaagga
ccgaaccttccgcaacaatctgtcggtgggaactatagtatgaattggaatacaagtacc
aggagtgtgtataacgaaagccagacttgtaacgaatggtctttcaataattctaccgcc
aattggacgacgtatcaaagtacacccacttcgtggtatggtgcgaataagacgtgtgcc
aataaccagctatacgtaaggcaacagtatgaacctcagcaaggtatgaagaagtccgaa
tggaagtacgacagtaaggagcatctgtcaggttccacgagtagcaaacgcaggtccagg
agtccaagcagcagtgggagatcggaaaagtcatatagatcacgacatgaggatcacaag
gacaaatatcagtatgacaaaagaagatccagttcaaaggaatataaatatgaaggcagg
gattttgagaggagatcttcgtataaaaggcacgacagtcatgcatctcgttcggaggca
ccgtacacaagcagtaaatacaggaagaggtcgagatcacaggaatctcaatcagggaac
agggagtcttatgcgagcaattctactaaacgaaaatgtcccaccgagagggagctactt
ttagagaaatataggcgtaattattgcgcgacgagcaaggacatcgagcgaaaactaggt
gaattgtcggcgatgggttcggaaggtatacttgaaagcgaaaggaaaatctggacgcgc
acagccccggcagatctctattacagccgagatgaaaaagatccgaaagtaatgagaagt
acttctaagctactagagttgtgcgcaacgttcaagagactgttgattgatagagcagcc
gaggcaagatctaagcagccaccgtataagccgcctccgaggaagaccagggctcgcctt
tgccgccataaatccgaggcttgcagtagctcttccgacagtgacagtgacagcaacagt
gacagttctatggatgaggatgatagaacgatggaggaattaatggcgaagaaacagcac
ccgcagagattgcaccccgaaatgtggttcaacgatcccggagagatgaacgatggccca
ttgtgtagatgcagcgcgaaatcacgtcggtccggtataaggcacggcatttacgccgga
gagggcgtgataaacaagtgcgagctaagttcgaataacgcggacaaattgcatcactat
agaataacgatcagcccgccgacgaattttctcaccaagacaccgacgatcatcaagcac
gacgagcacgagtttatattcgagggcttctccatgctctctcacttcccgctcgtcaag
ttgcctacgtgcaaagtgatccgcttcaacatagaatacacgattctctacatagaggag
aagttgccggagaacttcacgatacaggagctcgattatttccagacgtatctgttcaag
gagatcttggagcttgtagatttcgacctgcaggcggcgcaggacaagtccggctgcggg
cagtttcacttcatgccaagattcgtgcgcgatctcaccgataacggtcaagagatcttg
tcgatgaacgaggttcttaattatctgatcaagagcagcactctcctgatagatccagat
gacatgcctagattggtagacatgccgcagtacaagtggcaagatttcgcggacgaggtg
aagggaatggtggtcacttatcctggcaaaaagccgtgcagcgttcgtgtcgaccagctg
gacaggagtcaggtggaccaaccgcccggtatcgtcgcctatcctgagatagtgcacttc
ggtattcgaccaccgcagcttagctacgcaggaaacgcggattaccagaaagcctggaga
gactacgtgaagttccggcacctgctcgcgaacatgtcgaagccgtccttcgaggacaag
agaaagctggaggcgaaggagaataaactgcaggagttgcgcacgcagagcaagatgaag
cgcgacgtcacggtcgacgtcagctccgaggggttctatcgcaccggcattatgtgcgac
atcgtgcagcacgcgatgttgatcccggtgctggtgtgtcacctgcggttccacaagtcc
ttggacaacctggagcgcacgttgggatacgagttcaagaacagatacttgcttcaactg
gccctcacgcaccccagctaccgcgagaacttcggcacgaatccggatcacgcgcggaac
tccctgacgaactgcggcatcaggcagcccgagtacggcgaccgcaggatacactatatg
aacacgcggaagcgcggcatcaacaccctgatcaacataatgtcgcgtttcggcgcgaga
accgagacggagtcgtcgatagcgcacaacgagcggctggaattcttgggcgacgcggtc
gtcgagttcctcacctccatccacttgttccatatgttcccggacctggaggagggcggc
ttggccacctaccgggcggcgatcgtgcagaaccagcacctcgccgtgctggcgaagaag
ctgaacctcgaggagtacatgctgtatgcccacggcagcgatctctgccacgacctggag
ctgcggcacgccatggcaaactgcttcgaggcgttaatgggctccttgttcctggacggg
ggtatagaagtggccgaccgggtcttcggtgagacgctattcaaggacgaagagaatctc
tgccaagtctgggtcaattacccgcggcaccctctgcaggagcaggagccgatgggggac
agacaatggatccccagcttcgagttgctgcagaaactgaccaaattcgaggaatcgatc
ggagtcaaattcactcatatccgcctgctggccagagcgtttacggatcgcagcatagga
ttcaccaatttaacattaggctcgaatcaacgactggagtttttgggggacaccgtgttg
cagctcatcgtctcggaatatctgtacaaatttttccccgaacatcacgaggggcatttg
tcgttgttacggagctctcttgtgaacaataaaacgcaagcggtggtctgtgacgacttg
ggtatgacgcagtacgcactgtacgggaacccgaaggccgagctgaagacgaaggacagg
gcggatctgttggaggctttcctcggcgcgctttacgtcgacaagggtttaaagtactgc
catgtcttttgcaacgtgtgcttctttccccgtctgcaagactttatcatgaatcaagat
tggaacgatccaaaaagcaagttgcaacagtgttgtttaactttgagaactatggacggc
ggtgagccggatattccggtgtacaaagtcatcgaatgtaaaggaccgaccaatacgaga
gtttatacagttgctgtatattttcaaggaaaacgattggctaaggcctcggggcatagt
attcaagaagcggaaatgaactccgccaaagaagctttagaaaaatctcaagacttgttt
ccgcaattggatcaccagaaacgtgtgatagcgaaaagtatgaagatgcaacaatggaat
aagcagaaaccaaaaggaagactcacaaaattgaatgacaaatctgacgattctgactct
agtcaaagtcgaagaagttgtagcaaagaacgtaacgcttctaagaagcgagagacctaa

  All links  
Ontology (5)   
   KEGG BRITE (5)   
Pathway (1)   
   KEGG PATHWAY (1)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (3)   
   Pfam (3)   
All databases (18)   

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