KEGG   Trichlorobacter lovleyi: Glov_2093
Entry
Glov_2093         CDS       T00708                                 
Name
(GenBank) TPR repeat-containing protein
  KO
K09667  protein O-GlcNAc transferase [EC:2.4.1.255]
Organism
glo  Trichlorobacter lovleyi
Brite
KEGG Orthology (KO) [BR:glo00001]
 09100 Metabolism
  09107 Glycan biosynthesis and metabolism
   00514 Other types of O-glycan biosynthesis
    Glov_2093
 09120 Genetic Information Processing
  09126 Chromosome
   03083 Polycomb repressive complex
    Glov_2093
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01003 Glycosyltransferases [BR:glo01003]
    Glov_2093
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:glo03036]
    Glov_2093
Enzymes [BR:glo01000]
 2. Transferases
  2.4  Glycosyltransferases
   2.4.1  Hexosyltransferases
    2.4.1.255  protein O-GlcNAc transferase
     Glov_2093
Glycosyltransferases [BR:glo01003]
 O-Glycan biosynthesis
  O-linked GlcNAc type
   Glov_2093
Chromosome and associated proteins [BR:glo03036]
 Eukaryotic type
  Histone modification proteins
   HAT complexes
    NSL complex
     Glov_2093
   Polycomb repressive complex (PRC) and associated proteins
    PR-DUB complex
     Glov_2093
SSDB
Motif
Pfam: Glyco_transf_41 TPR_1 TPR_8 TPR_17 TPR_2 TPR_12 TPR_19 TPR_14 TPR_11 TPR_16 TPR_7 TPR_9 TPR_10 ANAPC3 Coatomer_E TPR_15 Glyco_trans_1_4 NatA_aux_su TPR-S TPR_MalT
Other DBs
NCBI-ProteinID: ACD95809
UniProt: B3E3J0
Position
complement(2227048..2232192)
AA seq 1714 aa
MNLKNVTKISETSIDEQFKLINGLADSGKLHDALKICEELSVAFHDNPRILHAMGMLRYR
TGEFEVGEQLIREAIKLKPGYADALQNLGVILSGMLLFEESEQLYRQVLKLAPENAKTMA
LLASVLITKGETEEAQEFCTKALQLCPDIALNYQNLGSLMLSFGKPEEAYTYFSHGVKLR
ATDALISSVLFTMNLLPEFSQQDIYQKTVQLAQKNYDNQNRSNRGYLNSVCRERKIRVGY
VSGDFKLHPVVYYLKPLLLNHDKDTFEIYLYNSFPLRDEVTETLAGNVAAMRDIYNLSDT
QAAKLIRCDCIDILVDLAGHTGFNRLGLFAQKPAPVQVTWLGYFNTTGLESIDYLISDPI
TIPLKDDLFFAEQIVRLPVCRFCYEPMPYTPPTTAAPCLKNGYITFGSFNSIHKLTAEVV
DAWSRVLHAVSHSKLLLKSKSFSDDVVVDDFIRRFKIHGISSNRIIFKKLSSHYEMLQEY
GEIDIALDPFPYNGGASTCEALWMGVPVVTLEMGTPISRQSKAFLYAIDHHELVASTLDD
YVQIAQNLALDPNRLSLMRRNLRREMASSPLCDGLAFAKNMETLYKEILENWQTNCDSPA
SLEHFSPEELYSSGAVALNDEDPEYTIRLLTELLKREPAHYEAINLLAGAYKKLGQLEKA
ISMYRAGVRRYPKRFESRLQLGILYLSVARHQLARKHLLKVLELCPENTHALVNLGIVNR
ILDRIHDSVVCCERALELAPDHLGAIGNLALAQGAMGDISKAVQTLKRGVEISPFNYEML
TTLMSFLFYDATAKQSDVFELSRQVADVLELDAEPWSDCLPRKKKKLLRVGFVSPDFCHH
PVGILLLALFQNYNSERLSLFCYSNGSRHDQITDSYQEKAAIWRDITALSDQDAAEIIRN
DKIDILIDLAGHTVKSRIQIFCFRPATIQMTWMGYGHTTGLDSIDYIIADNDFIQPQDEQ
WFVERVVCLPYSRFCFVQPSPSPEVVESPCLDSEFITFGSFNNPLKISENVVEVWSDIMK
RVPKSRLVLKFSTFKDVSVRRRFRELFSTYGVSPRRIEFRTFSSPYLMLMEHGDIDIMLD
TFPFTGGMTSLNALWMGVPIITLAGTTPISRQTKTFLDLLGLYELVTTNKDEYIETAVKL
SFDLEKLQFFRDSLRPALLNSPLCDGRRFAHDVEELLFQLWGGGEQNTHQAIEYAQLCTQ
QGNFTRERNNPLSSQKLFKKAIALDKNNFIAHNSLGLVYSSLGQLNKAFECFDKALEIED
RYAEAWNNKASLQMVCGNMSEASKSYDKAYALQPERLHIRSNQLLFMNYTPKVTQEEYYT
RSVAWKQYIGWQASALDYNDLLVQDAVVPEKLRIGFVSPDFRKHSVAYFLGPLFSHLDKK
KYEIVCFSDVIKNDQVTNRLQSYADEWHEVFGIVHQELFEVIKENHVHILFDLAGHTSRN
RLEVFAAKPSPIQVSWLGYPNTTGLTEIDYRFTDDIADPVDGDDRWYTEKLVRLSEGFLC
YEPPKEAPNVTDFPCIRKGCVTFGSFNNISKTSPYVIETWATILNRVEGSVIMLKNWFFS
DQSIQQKFYDGFAAFGITSDRIILLPAAPDIKEHLCMYQHVDIALDTFPYNGTTTTCEAL
WMGVPVVTFTGDRHAGRVGASILNRIGLSELVARDRNDYIDRAVMLAENICQRPNFRQSI
RECFINSSLFDGELFARSFESALDKIWSDYKCSK
NT seq 5145 nt   +upstreamnt  +downstreamnt
atgaacttaaaaaatgtaacgaagatcagtgaaacatctatagatgaacagtttaagcta
attaatggacttgcggatagtggcaagttgcatgatgccttaaaaatttgtgaagagttg
tcagttgcttttcatgataatccaagaatcctgcatgcgatgggaatgcttcgctacagg
actggtgaatttgaagtcggcgaacagctcattcgtgaggcaataaaacttaagccaggt
tatgcggatgccttgcaaaatctgggtgttattctgtctggaatgctcctctttgaagag
tctgagcagctttataggcaagtgctgaaactcgcacctgaaaatgcaaaaacaatggca
ttacttgcgtcagtgttgattaccaagggagagacagaagaggcacaagagttttgcacc
aaagcattgcagctttgccctgacattgcgttaaattatcaaaatttgggtagtcttatg
ctttcatttggtaagccagaagaagcatacacttattttagtcacggggtgaaattacgg
gcaacagatgctctgatatctagtgttttatttacaatgaacctactaccggaattcagc
cagcaggatatttatcaaaaaacagtgcaactggcacaaaaaaattacgataatcaaaat
agatctaatcgcggatatttaaattctgtatgcagggaacgtaaaattagagttggctat
gtctcaggtgattttaagctgcatccggttgtttactatttaaaaccactccttctaaat
catgacaaagacacgtttgaaatatatctctacaactcatttcctttgagagacgaggtt
accgagacattggccggcaatgtcgcagccatgagggatatatataacttatcagatact
caggctgcaaagttgatccgttgtgattgtattgatattctggtggatcttgccggtcat
actgggttcaacaggttaggactctttgctcaaaaaccggctcctgtgcaagtcacctgg
ttgggatattttaataccacaggcttggaatccattgactatcttattagcgatccgatt
acaatccctttgaaggatgatctgttttttgcggagcagattgttcgattgcctgtgtgc
aggttctgttatgaaccgatgccctacactcctccaacaactgccgctccatgtttgaaa
aatggatatattacctttggctcctttaactcaatccacaaactaacggcagaggttgtt
gatgcgtggtctagagttttacatgccgtatctcattcaaagctgcttctcaaatccaaa
tctttcagtgatgatgtcgttgtagatgattttatacgtcgttttaaaatacatggtatt
tcgtctaacaggattatttttaaaaaattatcgtctcactatgaaatgcttcaggaatac
ggagaaatagatatagctctggacccttttccgtacaatggtggcgctagtacttgtgaa
gcactctggatgggagttccggttgttactcttgagatgggaacccctattagtcgtcaa
agcaaagcatttttgtatgccatagatcatcatgaattggtggcgtctaccttagacgat
tatgttcaaattgctcaaaatcttgctttagatccaaacagattgtcattaatgaggagg
aacttgagaagagaaatggcaagctcccctttatgtgatggccttgcttttgctaaaaac
atggagactctgtataaggaaattttagaaaactggcaaacaaattgcgattctcctgca
tctttggaacattttagtcctgaagaactctattcttcaggggctgttgctctgaatgat
gaagacccagagtatacaatcagattgctcacagagttacttaagcgagagccggctcat
tatgaagcaattaatctgttggctggtgcttataaaaaacttggtcagctggaaaaagcc
ataagcatgtatcgtgctggagttcgacgttatccaaaacgttttgagtctaggctgcaa
cttggaattctgtacttatctgtggctaggcatcagcttgccaggaagcatcttcttaag
gtgcttgaactttgtcctgaaaatactcacgcattagttaatctgggtattgttaacagg
attcttgatcgtatacatgattcagtagtttgttgtgagcgtgcgctagaactagcgccc
gatcatttaggggcgattggaaatcttgcgcttgcccaaggtgcaatgggtgatatttcc
aaggctgtccagacacttaaaagaggcgttgagatatctccttttaactatgagatgctg
acaaccttgatgtcgtttctgttttatgatgctactgccaaacaaagtgatgtttttgaa
ctgtccaggcaagtagccgatgttttagagcttgacgctgaaccttggagtgactgtctt
ccgcgtaagaagaaaaagctgttgcgagttggttttgtctctccagatttttgtcatcat
ccggttggtattttattgcttgctctgttccagaattataattctgaacgactttcattg
ttttgttatagcaacggtagtaggcatgaccagataaccgatagctatcaagaaaaagca
gctatatggcgagatattacggccttaagtgatcaggacgctgctgaaataattagaaac
gataaaattgatatattaatcgatcttgctggtcataccgttaagagcaggatacagatt
ttttgttttcggccagcgactattcaaatgacatggatgggatacgggcatacaactggt
ctggattcgattgactatataattgcagataatgattttatacagccgcaagatgaacag
tggttcgttgaacgggttgtatgtctgccgtatagccgcttttgttttgtgcaaccatca
cctagcccagaagtagttgaatctccttgtcttgattcagaattcataacttttggtagt
ttcaacaatcctttgaaaatttcagaaaatgtagttgaagtatggtctgatattatgaag
agggtgccgaagtcccgtttagttttaaaatttagtacctttaaggatgtgtctgttcgg
cgaagatttagagagctattttcgacgtatggagtttctccccgtaggattgagtttcgg
acattttcatctccatatctcatgcttatggaacacggagatattgatatcatgctggat
acatttccctttacaggaggcatgacaagtttgaatgctttgtggatgggggtcccaata
attacactggctggtactaccccaataagcaggcaaaccaaaacatttcttgatttacta
gggctttatgaacttgttacaacaaataaagatgaatatattgaaacagcagtaaagttg
tcttttgaccttgaaaaactgcagttttttcgagactcattacgtccagctttacttaac
tctccgctttgcgatgggagaaggttcgcacatgatgttgaagagttactgtttcagtta
tgggggggcggtgaacaaaatactcaccaagctatagagtatgcacagttatgtactcaa
caagggaacttcactagggaacgaaataatcctctctcgagccaaaaattgtttaagaag
gcgattgctttagacaaaaataattttattgcacacaacagcttggggctcgtttattcc
tcacttggacagctgaacaaagcatttgagtgttttgataaggcccttgagattgaagat
cgttacgctgaggcatggaataataaggcaagtttgcaaatggtttgcggtaacatgtct
gaggcaagtaaatcatatgacaaggcctatgcattacagcccgagaggcttcatattaga
tcaaaccaattgctttttatgaattatactccaaaagtcacgcaggaagaatactatacg
agaagtgttgcttggaaacagtatatagggtggcaagcaagtgcgcttgattacaatgat
ttgttagtccaggatgctgtcgtacctgagaagttaagaattggatttgtttcgcctgat
tttagaaaacactctgtggcctattttcttggtccgttatttagtcatctggataagaaa
aaatacgaaattgtatgtttttctgatgtaattaaaaatgaccaagtaacaaatcgtttg
caatcatatgcagatgaatggcatgaggtgtttggcattgttcatcaggagttgtttgaa
gttattaaagaaaatcatgtgcatattttatttgatctggcgggtcacacttctagaaac
aggttggaggtgtttgctgcaaagccgagtcctatacaagtttcatggttgggctacccc
aatactacaggcctaacagagattgattatagatttactgacgatatagcagaccctgta
gatggtgatgatagatggtatactgaaaagctagttagactttctgaaggtttcttatgt
tacgaaccgccgaaagaggcaccaaatgttactgactttccttgtatcagaaaaggatgt
gtcacatttggttcatttaacaatatttctaaaacgtctccttatgtaatagaaacatgg
gctacaattcttaacagagttgaaggttcagtcataatgttgaaaaactggtttttctcc
gatcaatctatacaacaaaagttttatgatgggtttgcagcgtttggaattacatcggat
aggattattttgttaccagcagcccccgatatcaaggaacacctttgtatgtaccagcat
gtcgatatagcattagatacctttccctataatggtacaactacaacctgtgaggccttg
tggatgggggtccctgtggtcacttttacaggtgatcgacatgcgggaagagttggagca
tcaattttaaatcggatcggattatcagagctagttgcaagagatagaaacgattatatt
gatcgggcggttatgttagctgagaatatttgccagcgtccaaattttcgacagtctatc
cgtgaatgttttatcaactcttcgttgtttgatggtgaactttttgcccgatcttttgaa
agcgcacttgataaaatatggagtgactacaaatgcagcaaatag

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Chemical substance (4)   
   KEGG COMPOUND (4)   
Chemical reaction (3)   
   KEGG ENZYME (1)   
   KEGG REACTION (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (123)   
   KEGG ORTHOLOGY (1)   
   RefGene (120)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (20)   
   Pfam (20)   
All databases (156)   

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