KEGG   Pyrococcus horikoshii: PH0363
Entry
PH0363            CDS       T00014                                 
Symbol
PH0363
Name
(GenBank) 1291aa long hypothetical ribonucleoside-diphosphate reductase
  KO
K00525  ribonucleoside-diphosphate reductase alpha chain [EC:1.17.4.1]
Organism
pho  Pyrococcus horikoshii
Pathway
pho00230  Purine metabolism
pho00240  Pyrimidine metabolism
pho01100  Metabolic pathways
pho01232  Nucleotide metabolism
Brite
KEGG Orthology (KO) [BR:pho00001]
 09100 Metabolism
  09104 Nucleotide metabolism
   00230 Purine metabolism
    PH0363 (PH0363)
   00240 Pyrimidine metabolism
    PH0363 (PH0363)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03400 DNA repair and recombination proteins [BR:pho03400]
    PH0363 (PH0363)
Enzymes [BR:pho01000]
 1. Oxidoreductases
  1.17  Acting on CH or CH2 groups
   1.17.4  With a disulfide as acceptor
    1.17.4.1  ribonucleoside-diphosphate reductase
     PH0363 (PH0363)
DNA repair and recombination proteins [BR:pho03400]
 Prokaryotic type
  Other factors with a suspected DNA repair function
   Modulation of nucleotide pools
    PH0363 (PH0363)
SSDB
Motif
Pfam: Ribonuc_red_lgC LAGLIDADG_3 ATP-cone Intein_splicing Ribonuc_red_lgN LAGLIDADG_WhiA
Other DBs
NCBI-ProteinID: BAA29437
UniProt: O58101
Position
complement(323881..327756)
AA seq 1291 aa
MKCRGVIMVVEKVMKRDGRIVPFDESRIRWAVQRAMWEVGVRDEKKLDEVVKAIVQRINE
LYDGKIPHIENIQDIVELELMRAGLFEVAKAYILYRKKKAEIREEKKRILNKKELDEIDK
RFSINALRVLASRYLKRDENGNIIESPRELFERVAILAVIPDLLYDERVFDKDGNYSQDL
KRVEYYLEHFEEFDGKYSIGKYKLNKYHFERMVNLYKELAEKGKMKVSIDEFLGMLERGE
FNKYEKEIDEYFRLMTNQIFMPNTPALINSGRPLGMLSACFVVPIEDDMESIMKAAHDVA
LIQKAGGGTGINFSKLRPEGDIVGTTTGAASGPVSFMHLIDAVSDVIKQGGVRRGANMGI
LEIWHPDIEKFIHAKEKNIGTNVLSNFNISVGIWEDFLEALKEGKKYPLINPRTGEVVRE
VDPKSLFEELAYMAWAKADPGVIFFDIINRRNVLKEAKGGPIRATNPCVVGDTRILTPEG
YLKIEDLFRMAKERNNGEKVVAVEGIAEGGEEFAYPVAILLPNEEEKEVIYETVHGKQLA
IADPIEVKAYVWKVGKKKVARIKTKEGYEIIATLDHKIMTKDGWKAVEDLKEGDLIVLPR
FEVEDNFGSESIGEDLAFVLGWLIGDGYINTDDKRVWFYFNAEKEEEIAQKISEILKKRF
NSKAEPHRYGSEIKLGVRGEAYKFFEKIVKTNDKRVPEIVYHLKPNEIRAFLRGLFTADG
YVDNDGAIRLTSKSRELLRDVQDLLLLFGIISKIYERPYKGTFEYTTKEGEKKVYTAQGY
YELVIANYSRKLFAEKIGFEGEKQKKIKLNKTKIDEPYARVESVEIIGEEIVYDLTVPGI
HSYISNGFISHNCGEEPLYEYESCNLASINLAKFVKYDENGKPYFDWDEYAYVIQKVTKY
LDNAIDVNKFPLPEIDHNTKLTRRIGVGMMGLADALFKLGIPYNSEEGFKFMRKVTEYLT
FYAYKYSVEAAKRRGTFPLYEKTEYPKGKLPVEGFYHPEIWNLPWDKLVEEIKKYGLRNA
MVTTCPPTGSVSMIADTSSGIEPIYALVYKKSVTVGEFYYVDPVFEAELKKRGLYSEELL
KKISDNYGSIQGLEEIPEDMKRVFVTALDIHWLDHLLAQASIQMWLTDSASKTINMINEA
TVEDVKAAYLIAHFLGCKGVTVYRDGSLSVQVYSVEGEKKKRKYKPKPSEYAKKVFLEIV
EKEPWIKNFINVDEILNGKRESNLTFSLSIKKEHQEKPQENKGIPEEKIKELLGVVYCPV
CYEREGKLVELRMESGCATCPVCGWSKCVIS
NT seq 3876 nt   +upstreamnt  +downstreamnt
atgaaatgtcggggtgttattatggtagttgaaaaagtgatgaaacgcgatggtaggatt
gttcccttcgatgagtcacgtataagatgggccgtacaaagggcaatgtgggaagtgggc
gtcagggatgagaagaagctcgacgaagtagtcaaggctatagtgcagaggataaacgag
ctatacgatggaaagataccgcacattgagaacattcaagacatagtagaattggaactt
atgagggctggactctttgaagttgctaaagcttatatcctctatagaaagaagaaagct
gaaatcagagaagagaagaagagaatactgaacaaaaaagagctcgacgagatcgacaag
aggttctcaataaatgcattaagggtactcgcatcgagataccttaagagggatgaaaac
ggtaatatcatagaaagcccaagggaattgtttgaaagagtagcaatactagctgtcatc
cctgatctgctttatgatgagagggtttttgacaaagatggtaactattctcaagatcta
aagcgggttgaatactatctagagcactttgaagaattcgacgggaagtactctataggg
aaatacaagcttaacaagtaccacttcgagagaatggtcaacctctacaaggaacttgca
gaaaagggaaagatgaaagtaagtattgacgaattcctggggatgcttgaaaggggagaa
ttcaacaagtacgagaaggaaattgatgagtacttcaggttaatgacgaaccaaatcttc
atgccaaacactccagcgttgatcaactctggaaggcccctgggaatgctctcagcttgc
ttcgtcgtcccaatagaggatgacatggagagcattatgaaagcagcccatgatgtagcc
ttaatacagaaagctggcggtggtactggaattaatttctcaaaacttcgtcctgaggga
gatatagtgggaacaacaaccggggcagcctcaggtcccgtctcgttcatgcacctcata
gatgccgttagtgatgtaataaagcaaggtggtgtgagaagaggagcaaatatgggaata
ctggagatatggcatccagacattgagaagttcatccatgcaaaggagaagaacattgga
actaacgtcttgagcaacttcaacatcagcgttgggatatgggaggacttcttggaggcc
cttaaggaaggaaagaagtatccattgataaatccaagaactggggaggttgttagggag
gttgatcctaagtcactatttgaggaactcgcctatatggcttgggcaaaggccgaccca
ggagttatcttctttgacataataaacagaagaaacgtgctaaaagaagcaaaaggaggt
cccattagggcaactaacccatgtgtcgttggagacacgagaatcctaacgcctgagggc
tatctcaagattgaagatctctttagaatggcaaaggaaagaaacaatggagaaaaagtt
gtcgcagtagaaggaatagctgagggaggagaagagttcgcctacccagtggcaatctta
cttccaaatgaagaagaaaaagaagttatctatgaaactgtacatggaaagcaacttgcc
atagcagatcccattgaagtcaaagcatacgtttggaaggttggtaagaagaaagtagca
agaataaagacaaaagagggttacgaaataattgcaactcttgatcacaaaataatgaca
aaagatggctggaaagcagttgaagatcttaaagaaggagatctaatagttttaccaaga
tttgaagtggaggataactttggaagcgaaagcataggtgaggatctagcttttgtccta
gggtggcttattggagatggatatattaacacagacgataagagggtttggttctacttc
aacgctgaaaaagaagaggagatagctcagaaaatctctgaaatactcaagaaacgcttt
aactccaaagcagagcctcacagatatggaagtgaaattaaactaggagtaagaggggaa
gcatacaaattctttgagaagatagtcaaaacaaatgataagagagttccagaaattgtc
taccatttaaagccaaacgagatcagagcattcttgagaggtctattcacagctgatggt
tatgttgacaatgatggtgcaataaggctaacttcaaagagcagagagcttctgagagac
gtccaagatttactactactctttggcataatatcgaagatctacgaaagaccatacaaa
ggaacatttgaatacacgactaaagagggcgaaaagaaagtctatacagctcaaggttac
tatgaactcgtgatagcaaactatagcagaaaattgtttgcagaaaagattggtttcgaa
ggagaaaaacagaagaaaattaagctcaataaaacaaaaatcgatgaaccctatgcaaga
gttgagagcgtggagataattggagaagaaattgtttatgacttaacagtcccaggaatc
cacagttatatctctaatggatttataagccacaactgtggagaagagcctctctacgaa
tacgaatcctgtaacttagcctcaattaacttagctaaattcgttaagtacgacgagaat
gggaagccctatttcgattgggatgaatatgcatacgtgattcagaaggttacaaagtac
ttggacaacgctatagacgtcaacaagtttccgttaccggagatagaccacaacaccaag
ctaaccagaaggataggagtgggaatgatggggttagcagatgcgctgttcaagcttgga
atcccgtataacagcgaagaaggcttcaagttcatgaggaaggtaaccgagtacctaacg
ttctacgcatataagtactcggttgaagcagctaagaggagaggaacgttcccgctctac
gagaagacagaatatccaaagggtaagcttccggttgaaggattctaccacccggagata
tggaacttaccatgggataagctggtcgaggaaataaagaagtatggattaaggaatgca
atggtaaccacgtgtccaccaaccggaagtgtctcgatgatagcggatacttcaagcgga
atagaaccaatctacgctctagtttacaagaagagcgttaccgttggggaattctactac
gtagatccagtgtttgaggccgagctcaagaagagggggctctacagtgaagaattactg
aagaagataagtgacaactacggaagcattcaaggattagaagagattccagaggatatg
aagagggtatttgtaaccgctctagacattcactggcttgatcacttgttagctcaagca
agcattcagatgtggctaacggattcagcaagcaagacgataaacatgatcaatgaagcc
acggtagaagatgtaaaggccgcatacctaatagcccacttcctgggttgcaaaggtgtc
acggtttacagagatggttccctaagcgtccaggtttatagcgttgagggagagaaaaag
aagaggaagtacaagccaaagccaagtgaatacgctaagaaggtattcctagagatagtt
gagaaggaaccatggattaagaatttcataaatgtggatgagatcttaaacggtaagagg
gaaagcaacttaaccttttcgctgagcattaaaaaggaacatcaagaaaaacctcaggaa
aataaaggaattcccgaggagaaaataaaagagctactgggagtggtctactgtccagta
tgttacgagagggaaggtaagctcgtggagcttaggatggagagtggatgtgcaacgtgc
ccagtttgcggatggagcaagtgcgtaataagctga

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (6)   
   KEGG PATHWAY (4)   
   KEGG MODULE (2)   
Chemical substance (11)   
   KEGG COMPOUND (11)   
Chemical reaction (5)   
   KEGG ENZYME (1)   
   KEGG REACTION (4)   
Genome (1)   
   KEGG GENOME (1)   
Gene (28)   
   KEGG ORTHOLOGY (1)   
   RefGene (25)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (6)   
   Pfam (6)   
All databases (61)   

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