KEGG   Breviolum minutum: v1.2.008718.t1
Entry
v1.2.008718.t1    CDS       T04349                                 
Symbol
symbB.v1.2.008718.t1
Name
(OIST) -
  KO
K05542  tRNA-dihydrouridine synthase 1 [EC:1.3.1.88]
Organism
smin  Breviolum minutum
Brite
KEGG Orthology (KO) [BR:smin00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03016 Transfer RNA biogenesis [BR:smin03016]
    v1.2.008718.t1 (symbB.v1.2.008718.t1)
Enzymes [BR:smin01000]
 1. Oxidoreductases
  1.3  Acting on the CH-CH group of donors
   1.3.1  With NAD+ or NADP+ as acceptor
    1.3.1.88  tRNA-dihydrouridine16/17 synthase [NAD(P)+]
     v1.2.008718.t1 (symbB.v1.2.008718.t1)
Transfer RNA biogenesis [BR:smin03016]
 Eukaryotic type
  tRNA modification factors
   Dihydorouridine synthases
    v1.2.008718.t1 (symbB.v1.2.008718.t1)
SSDB
Motif
Pfam: Dus NMO TMP-TENI
AA seq 921 aa
MRSLALVWIWTVATFVLPAAAGDLCLLVQLANGVHLRAARTTWLDNTTHVRFLKPSGLTR
APGDLGHVVDSLRLWQWAQHWLPESCEWFMKVPSSAYVHLKLVRARLQCLLEDPSLKYLG
YLLKDLPAGAPEIPVADGRAGIVLRRSLLVELPRMLESCNKQPELRQLAALGEDILLGNC
LLQHHVEMNSYMDPTEVLVEDPGLSKDRLYAGGRFSKAFTRVAEEYLDKQRQSLLKCLLL
LSGLDGKDMEQIHRLIAKSKRWNPGVACTSLGMIRPSHKHGSGALKRRVLEPPVQQALKD
CFFSRAYARWLSNHRGPLSHPLVLASKEALVEEWRNVPPLQGKAFERLQKGGHQEDDSWY
RCTFIKCRTSSLVKLRWEDGTISLLSNDEVRLPKKRKAEREETEVALKRRKDSQAEVDVP
ASLSLKKRHQLPPHRYVLAPMVGGSELPFRMMTRRYGTQLCYTPMIYSGPFSKDQAYREA
AENGFQTCAGDRPLVVHFCGNDPEVLLAAAKHVEDQVDAVDLNLGCPQLVAHAEHFGSYL
LDEKDRPLLCSIVKRLSDGLSVPVFCKIRLLDNIEDTLKLVKQLAASGASLIAVHARYRG
TPTHRRDGPAHLDQVAIIKKVVDVPVLANGNIKSWEDVKANLQLTGADGVMSAEGMLDDP
CLFAGSDGKKSQNDLRKVEKKLRQVQHLRDKKLKGAQLSAEEEEKVKKRSDLKKERKELL
SRVPEGSAVEVPKDGLAKARQYLSIVKDYPPSPPLSTLIFHCRRMAKMELTQFQLLEDFK
AAKSLDEVHDLLGKAEGFRDAPGSFQANKEKEKKDRELRKQQAYELECRRKYEQRMARKA
ARLQQPLAEVMKGSQVPGGSLHFNNEPSWLTEKGDMTEEMGPETKSDGKKQKKGGDKKDE
RSVIEKVMKMVEVHAVPTIHT
NT seq 2988 nt   +upstreamnt  +downstreamnt
ctcgggcacagatactcaaagcgatgctgtgttgaatcgcaaggctacgaggtccaggtg
gtggatgcgcagtctcgcattggtatggatttggactgtggctaccttcgtccttcccgc
agctgcaggcgatctttgcttacttgtgcagttggccaatggagtccaccttcgagcggc
tcgaactacatggctcgacaacacgacacatgtgcgtttcttgaagccttctggcctcac
aagggctcctggtgacttgggtcatgttgtcgactccctacgtctgtggcagtgggcaca
gcactggttacctgaaagctgtgagtggtttatgaaggttccaagctcggcctacgtcca
cctgaagctggtcagggcacggctgcagtgcttgctggaagatccttctttgaagtactt
gggctatcttctcaaggacctgcctgcaggtgctccagagattcctgtggcggatggacg
agcagggattgtcctcagaaggagcttgctggtcgagttgccacggatgttggagtcgtg
caacaaacagcccgaacttcgacaactggcagctttgggagaggatattctgcttggaaa
ttgcctcttacaacatcatgtggagatgaattcctacatggatccaaccgaagtcttggt
ggaggaccctggcttgagcaaagaccgtctttatgctggcggtcgtttcagcaaagcctt
taccagggtcgcagaggaatacctggacaagcagaggcagagcctgctgaagtgcctact
cctactttctggcctagatggcaaggacatggagcagatccatcggttgattgccaaaag
caagcgttggaatccgggcgttgcgtgcacatctttgggcatgatccgccctagtcacaa
gcatggctctggggctttgaagcgaagagtcttggagcctccagtgcaacaggcactcaa
ggactgtttcttttcgcgagcatatgcccgatggctgtctaatcatagaggtcctctttc
ccatcctttagtcttggcttcaaaagaagctttggtggaggagtggcgaaacgtaccacc
tctccagggcaaggcctttgaacgcttacagaagggaggtcatcaggaagacgactcatg
gtatcgttgcactttcatcaaatgtcgcacatcttcgttggtgaaactccgttgggagga
tggcactatttccctgctctccaatgacgaggttcgacttccgaagaagcgaaaggcgga
acgcgaagagaccgaagtggccttgaagcgaaggaaagacagtcaagcagaggtggatgt
gccagcatccttgtcattgaagaaacgtcatcaattaccaccgcatcgttatgtcttagc
tcctatggttggtggatcagaattgccctttaggatgatgacacgacgttacggaactca
actctgctacacgcccatgatttattcgggaccattttccaaagaccaggcttatcgcga
ggccgctgagaatggtttccaaacatgtgcaggggatcgaccgttggtggtgcacttttg
tgggaacgatccggaggtcttgctggctgctgccaagcacgtggaggaccaagtggatgc
ggtcgatttgaatttgggatgtccacagctagtggctcatgcggaacactttggatcata
tttgttggatgagaaggacaggcccttgctgtgcagtattgtgaaacgcttgtccgacgg
attgtcagtgccagttttttgcaaaattcgtttgctggacaacatcgaggacaccttgaa
gctggtgaagcaactcgccgcctcgggtgcctcgttgatcgcggtgcacgcacggtatcg
tggcactccgacccatcgtcgggatggcccagcccatctggatcaggtggcgattattaa
gaaggtggtggatgtgccagtgcttgcgaatggcaacatcaaaagctgggaagatgtaaa
ggccaatttgcaactgacgggggcggatggagtgatgtctgctgaaggcatgttggatga
tccatgtctttttgctggatctgatggaaagaaaagtcagaacgaccttcggaaggtgga
aaagaagctacgacaagtccaacatctacgagacaagaagttgaaaggtgcccaattatc
ggccgaagaagaggagaaagtcaagaaacgaagtgacttgaagaaagaacgcaaagaact
tttgagccgtgtgcccgaaggctctgccgttgaggttccaaaggatggcctcgccaaagc
tcgtcagtatttgtccatcgtgaaggattacccgccttccccccctttgtccaccttgat
ctttcactgccgtcggatggccaagatggaactgacacaatttcaattgctggaggattt
caaagcagcaaaatccctggacgaagtgcatgacttgttggggaaggcggaaggtttcag
agatgctcctggcagttttcaagccaacaaagagaaggagaaaaaggaccgcgagttgcg
gaaacagcaggcctacgagttggagtgtcgtcgcaaatacgagcagcgcatggcacgcaa
ggcggcgaggttacagcaacccttggcggaggtgatgaagggctcacaggtccctggagg
ctccctgcacttcaacaacgagcccagctggttaacggagaagggtgacatgacggagga
gatggggccagagacgaagagtgatggaaagaaacagaaaaaagggggggacaaaaagga
tgaaaggagcgtgatagagaaagtgatgaagatggtggaggtgcacgcggttcctacaat
acacacgtgaagtttttgttctgaccacaagcgcttctgagaaacatcgcgctgatgcgc
gtagcatctactccacctgggcgaaagagccacgccctccaggagtggaagtctttgtgg
tgaaggacaattcttggaccttccaggagctcacaggtccggttgata

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Ontology (3)   
   KEGG BRITE (3)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (179)   
   KEGG ORTHOLOGY (1)   
   RefGene (177)   
   OC (1)   
Protein domain (3)   
   Pfam (3)   
All databases (187)   

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