KEGG   Halobacillus mangrovi: HM131_05760
Entry
HM131_05760       CDS       T04799                                 
Name
(GenBank) cellobiose phosphorylase
  KO
K21298  1,2-beta-oligoglucan phosphorylase [EC:2.4.1.333]
Organism
hmn  Halobacillus mangrovi
Brite
KEGG Orthology (KO) [BR:hmn00001]
 09190 Not Included in Pathway or Brite
  09191 Unclassified: metabolism
   99980 Enzymes with EC numbers
    HM131_05760
Enzymes [BR:hmn01000]
 2. Transferases
  2.4  Glycosyltransferases
   2.4.1  Hexosyltransferases
    2.4.1.333  1,2-beta-oligoglucan phosphorylase
     HM131_05760
SSDB
Motif
Pfam: SOGP_2nd SOGP_4th Glyco_hydro_36 GDE_C Glyco_hydro_65C
Other DBs
NCBI-ProteinID: ARI76370
UniProt: A0A1W5ZSS4
Position
1191039..1194383
AA seq 1114 aa
MMLTKDTTIKQTAGEYSFTFLNSGDIAEISYQSLMLNQLISNPVDGSLNNLYLRVHQEDG
IHAYPLLGVNSTSEVAFGQRQMTWTGKIENLSYQVVFHLTDQGIWFWEVNVEGNDQEVDV
IYGQDLGLAEKGALRNNEAYISQYIDHRIFKDDAKGYVVCSRQNQGQSTGFPYLQQGALT
RSIGYSTDGFQFFGKSYKETNQPEVLVEPTLANEIYQYEFAYTALQSEKVKLSGKQQFVF
YGLFEENHESAVTELEFEDRIAEAWNEVQAKELTELEPVEKVAKADGVGDVLCGEELSSD
EINQLYPHRHQEEWNGNTLLSFFTDTHEHVVLKEKENLVERPHGHILMSGQNDRLKENTV
TSTSWMYGIFNAQTVVGNTNFNKLLTNARNPLNVLKTSGQRIYVKVDGAYRLLTMPSAYE
LGFNYARWYYKTADETFVITTYTTLDTPEVRISVQAKSGNSYRYLVTNQVVMHPNEYEVP
YQVERNGQVITITADSASMNARVHPNLTYKLHVEGADFELADEQKLVTNVQPDSASLVVC
EIEAASEWGITMQGLLHGEELPLEKRMAIAEIDRYRNYYREVMNGFHLSHEGKDTEEYNK
VNALAWWYTHNMLVHFSVPHGLEQYSGAAWGTRDVCQGPTEFFMATQNFDSVKEIIKTVY
THQFEEDGSWPQWFMFDQYAHIQAGESHGDVIVWPLKALGDYLEATKDYELLKEKVPFSK
RDDGFALTEETATIFDHARKQIDYIKDHFLHDTHLSSYGDGDWDDTLQPANAQLKQYMVS
SWTVALTYQVIEKLSAVLEDVEHEASAELALLAAGIERDFKTFMLETDILPGFVYLEDKE
QAELMLHPQDTKTGIDYRLLPMQRSIISELLTAEQAEKHYQIIKENLYCPDGVRLMNRPA
NYVGGVSTHFQRAEQAANFGREIGLQYVHAHIRFVEAMAKLGKEDEVWQGLQKINPIGIQ
RVVPNAETRQSNAYFSSSDGKFNTRYEAAEHFDQLRDGSVAVKGGWRIYSSGPGIYMNQL
ISNCLGIRQEGDDMVIDPVLPESFDGLTFDFQINNKPVTFVYHLGNKEERVTINTQPVEA
TFLKNTYREGGLRINRKDAEGLFNEENNVIDIYL
NT seq 3345 nt   +upstreamnt  +downstreamnt
atgatgttaacgaaagatacgacgattaaacagacagcaggcgagtatagcttcacgttt
ttaaacagcggggacatagcagagatttcataccagtcattgatgctcaaccagctgatc
tccaatcccgttgatggatcactgaacaacctttacttacgtgtacaccaggaggatggt
attcatgcttatcccctgcttggagtgaactcaacaagtgaagtggctttcggtcaaaga
cagatgacgtggacaggaaagatagaaaacctttcctatcaagtcgttttccatctaacc
gatcaagggatctggttctgggaagtcaacgtggaaggaaatgaccaggaagttgacgtc
atttatgggcaagaccttggactggctgaaaaaggagccctccgaaacaatgaagcgtac
atatcgcaatacatcgatcaccgcattttcaaggatgatgctaaaggttatgtcgtctgt
tcccgccagaatcagggccaatccactggttttccatatttgcaacaaggggcattgaca
cgttctattggctattccacagacgggtttcaattcttcggcaagtcttataaagaaacg
aaccaaccggaagtcctggtagaacctacgcttgcgaatgaaatttatcaatatgaattt
gcctacaccgccctgcaatcagagaaagtgaaattatctggtaagcaacaatttgtgttc
tacggattgtttgaggaaaatcatgagtcggcggtcaccgagcttgaatttgaggaccgg
attgcggaagcgtggaacgaggtgcaagcaaaggaacttacggaattggagccggtcgaa
aaagttgcaaaagctgatggagtcggagatgtgttatgcggggaggagctttccagtgat
gaaattaaccagctttatcctcatcgccaccaggaagagtggaatggaaacaccttgctt
tctttcttcacagatacgcatgaacacgtcgtactgaaagagaaagaaaaccttgtagag
cgcccgcacggtcacattttgatgtccggacagaatgatcgtcttaaagaaaatacggtc
acctccacttcctggatgtatggaatcttcaatgcgcagaccgttgtcgggaatacgaat
ttcaacaagcttttgacgaatgcccgtaatcccttgaatgtcttgaaaacatcaggccag
cggatttacgtgaaggtcgatggggcctatcgcttgttaacgatgccgtcagcgtatgaa
ttaggcttcaattatgcacgctggtactacaaaacggcggacgaaacgttcgtgatcacc
acctatacgacccttgatacaccagaagtgcggatcagtgtccaagctaagagtggaaac
tcctatcgttatctcgtgacgaatcaagtggttatgcatccgaatgaatatgaagtgccg
tatcaggtcgaacgaaatggacaagtcattactattacagctgactcagcttctatgaat
gcccgtgttcatcccaatctcacgtataaactccatgtggaaggagctgattttgagcta
gctgatgagcaaaagcttgtcacgaatgtgcagccagattccgcgtcactcgttgtatgt
gaaattgaagcagcgagtgagtggggaataacgatgcaggggctccttcacggggaagag
cttccgcttgagaagcggatggccattgccgaaatcgaccgctatcgtaactattaccga
gaagtgatgaatggattccatctatctcatgaaggtaaggataccgaagagtacaacaaa
gtgaatgcccttgcctggtggtacacccacaatatgctcgttcacttttccgtaccgcat
ggcctagagcaatacagcggggcggcctggggaacgcgtgatgtatgtcagggaccaacc
gagttctttatggctactcagaactttgattctgtgaaagagatcatcaaaaccgtctac
acccatcagtttgaagaggatggcagctggccgcaatggtttatgttcgatcaatacgcg
catatccaggcgggagaaagtcatggggatgtcatcgtctggcctttgaaagccttaggt
gattatttagaagcgacaaaagattatgagcttctaaaggagaaggtgcctttctcgaaa
cgagatgatggattcgcgctgacggaggagacggcgacgatttttgaccatgcgagaaaa
cagattgactatatcaaagatcatttcttacatgatacacatttatcctcttacggagat
ggtgattgggacgatacccttcagccagctaacgctcaattgaagcagtatatggtcagc
agctggacagtcgccttaacttatcaggtgattgaaaagttatcagcggttcttgaggat
gttgaacacgaagcttcagctgaactggctctgcttgccgctgggattgaacgtgacttt
aagacatttatgctagagaccgatattttgcctggatttgtttatttagaagataaagag
caagcggaactgatgcttcacccacaagatacgaaaacgggcatagactacagattgctg
ccgatgcagcgaagcattataagtgaattacttacggccgaacaggcagaaaagcattat
caaatcattaaggaaaacctttattgcccggatggggtacgattgatgaatcgtccggcg
aattacgtaggcggcgtcagcacccatttccaacgcgcagagcaagcagcgaattttggc
cgggaaataggactgcagtatgttcatgctcacatccgtttcgttgaagctatggcgaag
ctaggaaaagaggatgaggtatggcaaggattgcaaaaaatcaatccgattggaattcag
agggtcgtgccgaatgcggaaacgagacagagcaatgcgtatttcagcagctcggacggg
aaattcaacacgcgttatgaagctgctgaacatttcgatcagctgcgcgatggttccgtc
gccgtgaaaggcggatggcgcatttattcaagcggtccaggaatctatatgaatcaattg
atttccaattgcctgggcatccgacaggaaggagatgacatggtcattgatccggttctt
cctgaaagctttgacggattaaccttcgattttcaaatcaataacaaaccggttacgttc
gtttaccatctcggaaataaagaggagcgtgtaacgatcaatactcaaccggtagaagca
acgtttctgaagaacacttaccgggaaggggggcttcgcatcaaccgtaaagatgcggag
ggtctctttaacgaagaaaacaatgtgattgacatttatctttaa

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Ontology (2)   
   KEGG BRITE (2)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (19)   
   KEGG ORTHOLOGY (1)   
   RefGene (16)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (5)   
   Pfam (5)   
All databases (29)   

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