KEGG   Cohnella abietis: KCTCHS21_34600
Entry
KCTCHS21_34600    CDS       T05979                                 
Name
(GenBank) hypothetical protein
  KO
K00728  dolichyl-phosphate-mannose-protein mannosyltransferase [EC:2.4.1.109]
Organism
cohn  Cohnella abietis
Pathway
cohn00514  Other types of O-glycan biosynthesis
cohn00515  Mannose type O-glycan biosynthesis
cohn01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:cohn00001]
 09100 Metabolism
  09107 Glycan biosynthesis and metabolism
   00515 Mannose type O-glycan biosynthesis
    KCTCHS21_34600
   00514 Other types of O-glycan biosynthesis
    KCTCHS21_34600
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01003 Glycosyltransferases [BR:cohn01003]
    KCTCHS21_34600
Enzymes [BR:cohn01000]
 2. Transferases
  2.4  Glycosyltransferases
   2.4.1  Hexosyltransferases
    2.4.1.109  dolichyl-phosphate-mannose---protein mannosyltransferase
     KCTCHS21_34600
Glycosyltransferases [BR:cohn01003]
 O-Glycan biosynthesis
  O-linked Man type
   KCTCHS21_34600
SSDB
Motif
Pfam: PMT_4TMC PMT PMT_2 GT87 F5_F8_type_C CBM_4_9
Other DBs
NCBI-ProteinID: BBI34061
UniProt: A0A3T1D7K8
Position
complement(3908907..3912638)
AA seq 1243 aa
MFNSKIVKTVILQTILFLLLSFIIPSSFVFAEDGEANIVLNGGFEEVIGDEPANWTKDAY
LVGDEYSLMKVVEGDARTGSRYVTIENIQPNDAKWTQTVSVKPDTLYKLSGWVRVAQADE
GATGANISVLGIGTTSLDLRTPSESWELLELVGRTGAEQEQITVAVRLGGYGSLNIGKVD
FDDFRMEQLKEAPTGTVVVPFDPAVDQGEAVVPNAGSSHSAYSGWMIFYGLAYGVLGLFL
ISRLLNSKKSLLDRINGAGRNRLWLIIGIFGGAFLLRMICAPIIKGHPIDIQDFIAWADH
AYHNGLSGFYNGEIFADYPPGYIYVLYVLGFIKSVLGLEHASSASLILIKFPGMVADLIA
GWFIYRMALRLAEEKTALLAALLYVINPLVFIDSVVWGQMDSVFSLFIVLMVVSLQNKRL
SIASVLFVVAVLIKPQSLIFAPLILLSVRSWREALKAALYSLVVFTIIILPFALQQGPWW
IFKHYQSMFGLYPYATFNAFNGYALLGANGVNTDHKWWGIPFASWDVLFVVAIVLVAAFL
LLRSRREGKIVYVAFLIALLVFVFKTGLHERYGYATVPLALMSWVWIRDVRVIRLFIGVT
LTNFANVAYVLKHGLSQDYFIQNGNGFMNIVALGNVCLAVYAVWLGYELLIKKPSSEPSK
AVKPSIQPSKAAKPLTDPITPQSSMSRRDYITMTAITVVYAAIALFQLGSTVAPQSFWKP
VIQGESTTVDFGKTQQVQSIVWYGGIGNGSFQIEYSDDGRAWLPAATADLNDGAVFQWQK
AQAVFTTRYVKLVATQPGAALGEMAFLGEDQRVIPITSEVEPSLVFDEQGTVPQRISYKN
SMYFDEIYHARTAYENLHGLEPYETTHPPLGKVIISAGVAIFGMNPFGWRIAGVLFGIAI
VPLLYLFAKRLFRDTRYAALASFLVAFDFMLFTQSRLGTVDTFAVFFILLAYERMHRYYE
MSFYRDKLFKTIAPLAISGLAFGLATATKWIGLYAGAGLAFLFFLTLWKRYKEYQQNRRL
PFAMHTLWTVLASGLFFILAPLMIYLASYIPFMLVPGSGHGWKDIVSYQKFMFNYHSQLH
ATHPFSSTWWEWPLIRKPIWYYGGSELVHGRMASIVAMGNPAVWWVGTIAAIATFRMAWK
KRDNSMTVVLVGIVAAFLPWVLVTRLTFIYHFFACVPFIVLCIVYWIRRIEERQPTFRKW
THVYAGAVLLLFILFYPILSGMEIDVSYADGVLKWFSGWIFHG
NT seq 3732 nt   +upstreamnt  +downstreamnt
atgtttaatagtaaaatagtaaaaaccgtcatattacaaactattcttttcctattgcta
tcttttatcattccttcatcatttgtttttgctgaggatggtgaagcgaatattgttctt
aatggaggcttcgaggaagttatcggcgatgagcctgcgaattggactaaggatgcttat
ttggttggcgacgaatatagcctaatgaaggtagtagagggagacgcaagaactggctct
cgatacgtaactatagagaatattcagccgaatgatgccaagtggactcagacggtttct
gttaagcctgatacgttgtacaagctatctggctgggttagggttgcccaagcagatgag
ggtgccactggggcgaacatttccgttcttggcatcggtacgacttcattggacttgaga
acaccctcagaaagctgggagctacttgagcttgtaggtcggacgggagcagagcaggag
cagataaccgtagcggttcgacttggaggctatggaagtctgaacattggcaaggtcgac
ttcgatgactttcgtatggaacagctcaaagaagcacctactgggacagtcgttgtgccg
ttcgatccagccgtcgatcagggagaggcagtagtgcctaatgcgggctcctcacattct
gcctactcgggttggatgattttctacggactggcttatggggtgttaggtttatttttg
atttcaaggcttctaaactctaaaaagagcttattggatcgtataaatggagcgggaaga
aatcgattatggctgatcattggtatattcggtggtgcttttctactcagaatgatctgt
gctccgattattaaaggacatccgattgatatccaagattttatagcctgggcagaccat
gcatatcataacggattgtcaggattttataacggggagatttttgcggattaccctccg
ggctacatatacgtgctatatgttctaggctttatcaaatcggtgcttggtctggagcat
gcttcgtctgcgtccttaattctcattaagtttccggggatggtcgctgatcttattgca
ggctggttcatctacagaatggcattgcgcctagcagaagagaaaacagctctgttagcg
gcgcttctatatgtgattaatccactcgtttttatagattccgttgtgtggggacaaatg
gattccgtatttagcctgttcattgtgttaatggttgtctccctacagaacaagcggctt
tcgatagcttccgtccttttcgtggtagccgtattaattaagcctcaatcgcttattttt
gctccgttaattctcttatccgttcgaagctggagagaagcgctaaaagcagcactatat
tcactagtagtatttacgattattatattaccgtttgctctacagcagggtccttggtgg
atatttaaacattatcaatcgatgtttggtttgtatccttatgctacgtttaatgcgttt
aatggatatgcgctgcttggagccaatggtgtgaataccgatcataagtggtggggaatc
cccttcgcaagctgggatgtcttatttgttgtcgctatcgtcctagtagcagcattcctg
ctccttcgaagccgcagggaagggaagatcgtctatgtggccttcctcattgcattgctc
gtattcgtgttcaaaacagggcttcacgagcgttacggctacgcaaccgttccactagcc
ttgatgagctgggtatggattcgggatgtacgcgtgattagactatttatcggtgttacc
ctcacgaatttcgctaatgtggcttacgtgcttaaacacggtcttagccaagattatttt
attcagaatggcaatggattcatgaacatcgttgcattaggcaacgtatgtcttgctgtg
tatgcggtatggcttggttatgagctattgattaaaaagccaagcagcgaaccgagtaag
gcagtaaaaccatcgatccaaccgagtaaggcagccaaaccattaaccgatccgattaca
ccccaatcatcgatgtctcgtagggattacattacgatgactgcaattacggttgtatat
gctgctattgcgttgtttcagctcggttcgacagtcgcgccgcagagcttctggaaaccg
gtcatacaaggggaaagtacaacagtcgacttcgggaagacgcagcaagtacaatcaatt
gtatggtacggcggcattggaaatggaagctttcagatcgaatattcggatgacggccga
gcatggctaccggctgctacagctgatttgaacgatggtgcagtatttcaatggcagaaa
gctcaagctgtattcacgactcgatatgtgaagctagtagcgacacaaccgggggctgcg
ctaggcgaaatggctttcctaggggaagatcaaagagttattcccattactagtgaagtt
gaaccatctctagtattcgatgaacagggcacggttccgcaacgtatctcctataagaac
agcatgtattttgacgagatatatcatgcacggactgcctatgagaatttacatggattg
gagccttacgagacgactcatccgccccttgggaaggtgattatatcggctggagttgcc
atattcggtatgaatccgttcggatggcgaatcgcaggtgttcttttcggaatagcgatc
gttcctcttctatacctgttcgccaaaagattgttcagggatacccgttatgcagctcta
gcatcgttcttggtagccttcgactttatgctctttacacaaagccgactgggtaccgtt
gacacctttgctgtgtttttcatcttattggcttacgagcgaatgcatcgttattatgaa
atgagtttttatagagataagctgtttaagacgatagcgccgcttgcgattagtgggctt
gctttcggtcttgcgacggcaaccaaatggattggcttgtatgcgggggcgggcttggca
ttccttttcttcctcacgctgtggaaaaggtataaggagtatcagcaaaaccgtaggctt
ccctttgcgatgcacacgctctggactgtacttgcgagtgggttatttttcatcctggct
ccattaatgatttatttagcttcatatattccgtttatgctcgtaccgggttccggacat
ggatggaaagacatagtctcgtatcagaagtttatgtttaattaccatagccagctacat
gctactcatcctttctcgtcgacatggtgggagtggcctctcattcgcaagcctatttgg
tattatggaggctcggaattagtacatggcagaatggctagcattgttgctatgggtaac
cctgccgtatggtgggtggggacgattgcggctatagcaacatttcgcatggcttggaaa
aaacgagataatagcatgacggttgttcttgttggaattgtagcggcttttcttccatgg
gtcctcgtcaccagactaacgtttatttatcactttttcgcttgtgtgccttttatagtg
ctatgtattgtttattggattcggagaatagaggagagacaacctacctttcgaaaatgg
acacatgtctacgcaggagctgttttactgctatttattttgttttatcctattttatcg
ggtatggaaatcgatgtttcatacgcggatggcgttctgaagtggtttagtggatggatt
tttcatggataa

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (4)   
   KEGG PATHWAY (3)   
   KEGG MODULE (1)   
Chemical substance (6)   
   KEGG COMPOUND (6)   
Chemical reaction (4)   
   KEGG ENZYME (1)   
   KEGG REACTION (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (2)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (6)   
   Pfam (6)   
All databases (27)   

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