KEGG   Desulforapulum autotrophicum: HRM2_08670
Entry
HRM2_08670        CDS       T00861                                 
Symbol
mtp
Name
(GenBank) Mtp
  KO
K02800  mannitol PTS system EIICBA or EIICB component [EC:2.7.1.197]
Organism
dat  Desulforapulum autotrophicum
Pathway
dat00051  Fructose and mannose metabolism
dat01100  Metabolic pathways
dat02060  Phosphotransferase system (PTS)
Brite
KEGG Orthology (KO) [BR:dat00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00051 Fructose and mannose metabolism
    HRM2_08670 (mtp)
 09130 Environmental Information Processing
  09131 Membrane transport
   02060 Phosphotransferase system (PTS)
    HRM2_08670 (mtp)
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   02000 Transporters [BR:dat02000]
    HRM2_08670 (mtp)
Enzymes [BR:dat01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.1  Phosphotransferases with an alcohol group as acceptor
    2.7.1.197  protein-Npi-phosphohistidine---D-mannitol phosphotransferase
     HRM2_08670 (mtp)
Transporters [BR:dat02000]
 Phosphotransferase system (PTS)
  Enzyme II [TC:4.A]
   Mannitol-specific II component
    HRM2_08670 (mtp)
SSDB
Motif
Pfam: PEP-utilizers_C PTS_EIIA_2 PTS-HPr PTS_EIIC PEP-utilisers_N PEP-utilizers PTS_IIB
Other DBs
NCBI-ProteinID: ACN13980
UniProt: C0QKA9
Position
complement(987107..991063)
AA seq 1318 aa
MSGNTMKIGVQSFGRFLSGMVMPNIGAFIAWGLITALFIPAGWLPNERLASLVGPIITYL
LPLLIGYTGGKMVGGDRGAVAGAVTTMGVIVGSDIPMFMGAMIAGPLGGLAVTKFDQKVH
GKIKPGFEMLVNNFSLGIIAMLVALIAYLVVGPVVSIITKALASGVGWIVKMSLLPLVSI
IVEPAKILFLNNAINHGVFTPLGAEQAAKVGSSIYYLIETNPGPGLGILLAYMVAGKGTA
QKSAYGAAIIHFFGGIHEIYFPYILMKPRLIIAVITGGMVGVGFNMVTGNALVGPPSPGS
VFALTLMSTKGMGIVLTLTSIAVSAVTSFLIGSVIIRRDASESDDLEAATAAVAASKSEA
KGQAVPMAAGSVRSIIVACDAGMGSSAMGATVLRGKIKTAGLDIEVSNAAINDLKDADIV
ITQNELTDRARSKLPGAQHFSIDNFMDDSFYDELVAKITQKPEISEKVIPTPAAQQNKTA
AEDTLIVNSEQIVLNAQVTNKDDVLELIAQNLSSSGLVSGDYLDALAGREEKISTYLING
VAIPHGVNEAKDQVIQTGVFIVQAPQGVVWNEKGDVARLIVGIAAKGKDHLSLLERLTNV
VMDEAVAEQLATTTDKNDILQALNAKEQTPSEQLDDYSVTAEAKVVDSQGMHARPASLIS
EQAAKFSGTDIRIRNNQKTANAKSMASLLSMGANHGDVLTISAQGTGAEQAVQVLAEMIR
QGLDNEEGQSNASYNPLTVLSALPNVQCRLALKGSAASPGITMAPAFRLQARKIKFEEEA
QDPKDESKRFSEALAEAARQLDKLKANLQSRAPNEAAILHAQKQLLQDELVLTDSEKFII
NGKTAAWSFHQAIEKQVESLRTVDSERLRARIADLIDVRDRVLALIVKAVSATTYPETDF
ILMAKDLTPSQTAGLQGLKVRGICTELGGPNSHMAILARALGLPALVGLGEGVMENIEDG
ELIIVDPQASSIYVDPDEATQRNGAKWIEQWEQIRKAEGAQKHKAAETLDGRHIDVVCNI
AKPEDAKLVLEDGGEGVGLLRTEFLFESSATEPPIEKQCDALKAIIKELGSRQLIVRTLD
IGGDKAVSWLHISHEENPFLGMRGIRLSFKYEDIFKRQLEAIYQTAIWQKESTGSTGLHI
MFPMIGKMSEWRKARDIAEKVRLQLNAPKLPLGIMIEVPSAVMIAEHLAKEVDFFSIGSN
DLTQYTLAIDRLHPDLCSEADSYHPALVKMVEMTVKAAKAHGKWVGVCGNAAANPSLASL
LVGLGVDELSVSPANVGAVKNIIRAVNYTKLQEKAKKALQLESSESIMDLYKTNDDLV
NT seq 3957 nt   +upstreamnt  +downstreamnt
atgtcgggtaatacgatgaaaataggtgtccagtcatttggaaggttcttgagtggtatg
gtaatgcccaacattggtgcttttatcgcctggggattgattactgcgttgtttatacca
gccggttggttgcccaatgaaagactggcgtcactggtgggtcctattattacgtatctg
ctgccccttttaattggctataccggtggtaaaatggttggcggtgaccgtggtgccgta
gcaggagccgttacgacgatgggggtcattgtcggcagtgatattccgatgttcatgggg
gccatgattgccggtcctttgggaggtttggcagtaacgaaatttgaccagaaggttcac
ggtaaaatcaaacctgggtttgaaatgctggtcaacaatttctccctgggcatcattgcc
atgctggtcgccttgattgcctacctagtagttggcccggtggtttctataattaccaag
gcactggcgtcgggtgtgggttggattgtgaagatgtctctattgcccctggtgtcaatc
attgttgaacctgcaaaaattctgtttttaaacaatgccataaaccatggtgttttcaca
cccttgggtgcagaacaggctgccaaggtcggatcttccatttattatttgattgaaacc
aatccaggtcctggtctggggattctcctggcttatatggtggcgggtaaaggtacggca
caaaagtcagcttacggcgcagccataattcacttttttggtggaattcatgaaatatat
tttccttatattttaatgaagccaagacttattattgccgtgatcaccggcggcatggtg
ggtgttggttttaacatggtcacaggtaatgccctggttggtccaccatcacctggttct
gttttcgcgttaaccctgatgtccacaaagggaatgggtattgttctcaccttgacttcc
attgctgtttccgccgtcacttcgtttctcattggatcagtaatcattcgcagggacgcg
tcagaaagtgatgacctggaagccgccacagccgctgttgctgcaagtaagtccgaagca
aaaggacaagcggtcccgatggcggcaggaagtgttcgatcaattattgtggcctgcgat
gccggcatgggatcttcagccatgggagcaacggtattgcgtggcaaaattaaaactgcc
ggcctcgatattgaggtttccaacgcagccattaatgatctgaaagatgcggacattgtg
attacacagaatgaattgactgatcgcgctcggtctaaattgccaggtgcacaacatttc
agcattgataacttcatggacgatagcttctatgacgagttggtagccaagattacccaa
aaacccgaaatatctgaaaaggttattccgacacctgctgcacagcaaaacaaaacagcc
gcagaagatactttgatagtcaattcggaacaaattgtattaaatgcccaggtaacgaat
aaagatgatgtactcgaactgatcgctcaaaacttatcttcttcaggtctcgtcagtgga
gactatttggatgcattggccgggcgtgaagaaaaaatcagtacctatctgattaatggt
gtggctatcccccacggtgtcaatgaagcaaaagatcaggttattcaaaccggggttttt
attgtgcaggcaccccagggtgttgtctggaatgagaagggagatgtggcccgtttgatc
gtcggtattgcagcaaaaggcaaagatcatttgagcctccttgagcgtttgaccaatgtg
gtcatggatgaggcggtcgccgaacaactggcaaccacaaccgataaaaacgatattttg
caggcgctgaatgcaaaggagcagacaccgtccgagcaactggatgattattctgttaca
gcagaggcaaaggttgtcgattcgcaaggcatgcacgcccgccccgcaagcttgatttca
gaacaggctgcaaaattttcaggaacagatatccgcattcgaaacaatcagaagacagcc
aatgccaaatccatggcatccctgttgtccatgggtgcgaatcatggcgatgttctgaca
atttcggcacaggggactggggcggaacaagcagtacaggttctggctgaaatgattcgt
caggggctggacaatgaggagggacagtcaaatgcatcctataatcccctgaccgtctta
tcagctctccccaatgttcagtgtcgtttagccctgaaaggttccgcggcatcacctgga
attacaatggcacccgcatttcggttgcaggcaagaaaaattaaatttgaggaggaagca
caagaccccaaagatgaatccaaacgctttagcgaggccctggccgaggccgccaggcaa
ctggataaactgaaagccaacctgcaaagcagggcgccaaacgaagccgcaattttgcat
gctcagaagcaattgctgcaggatgaactggtgctaaccgacagcgaaaaattcattata
aatggtaagactgccgcctggtcttttcatcaagcgattgaaaagcaggttgagtcactc
agaacagttgacagcgaacgcctgagggcaaggattgccgatctcattgatgtccgtgat
cgggtattggcattaattgtgaaagctgtttcagcaaccacttatccggaaactgatttc
attttgatggcaaaagatttaacaccttcacaaacagccggattgcaagggctgaaagtt
cgtggtatctgcacggagcttggtggccccaacagtcatatggcgatccttgccagagcc
ctgggtctccccgcattggttggcctgggtgagggggtaatggagaacattgaggacggt
gaattgattattgtcgatccacaggcatcgtccatttatgttgatccggatgaggcaacc
cagagaaatggggcaaaatggattgaacagtgggaacagattcgcaaggctgaaggtgcc
cagaaacataaggccgctgaaaccctggatggtcgacacatcgatgtcgtatgcaatata
gccaagccagaagacgcaaaacttgttttagaagatggtggcgaaggtgtggggttgttg
aggaccgaatttctctttgagtcgtcggcaacagaaccacccattgaaaaacaatgcgat
gccttaaaagccatcatcaaagagcttggcagtcgtcagttgatcgtgcgcacgttagat
attggcggagacaaagctgtatcctggttgcacatttcccatgaagaaaacccatttttg
gggatgagagggattcgtctgtcgttcaaatatgaagacatcttcaagcgccaactggaa
gccatttaccagacagcaatctggcagaaagagtcaaccggctcgaccggactgcacatt
atgtttcccatgatcggaaaaatgtcagaatggagaaaagcacgggatattgctgagaaa
gttcgcctgcagttaaatgctcccaagttgccgctgggtattatgattgaggtaccatct
gcggttatgattgcggagcatctggcgaaagaggtggatttcttttccatcggttcaaat
gacttaacccagtacacactggccatagatcgcctgcatcctgatctttgctctgaagcg
gacagttaccatcctgcattggtgaaaatggttgagatgacggtaaaagcagcaaaggcc
catggtaagtgggttggtgtatgcggcaatgcggctgcgaacccaagtctcgcttcactg
ctggtcgggttgggggtggatgaactgtcagtcagccctgccaatgtgggggcggtgaaa
aatattatccgtgccgtgaactataccaaattgcaagaaaaagcaaaaaaagcattacag
ctggaaagttcagaatctattatggatttgtataaaaccaacgacgacctggtgtag

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Ontology (3)   
   KEGG BRITE (3)   
Pathway (3)   
   KEGG PATHWAY (3)   
Chemical substance (4)   
   KEGG COMPOUND (4)   
Chemical reaction (2)   
   KEGG ENZYME (1)   
   KEGG REACTION (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (15)   
   KEGG ORTHOLOGY (1)   
   RefGene (12)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (7)   
   Pfam (7)   
All databases (36)   

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