KEGG   Clostridium thermosuccinogenes: CDO33_10355
Entry
CDO33_10355       CDS       T05300                                 
Name
(GenBank) glycosyl hydrolase family 31
  KO
K28819  1,4-alpha-glucan 6-alpha-glucosyltransferase [EC:2.4.1.24]
Organism
cthd  Clostridium thermosuccinogenes
Brite
KEGG Orthology (KO) [BR:cthd00001]
 09190 Not Included in Pathway or Brite
  09191 Unclassified: metabolism
   99980 Enzymes with EC numbers
    CDO33_10355
Enzymes [BR:cthd01000]
 2. Transferases
  2.4  Glycosyltransferases
   2.4.1  Hexosyltransferases
    2.4.1.24  1,4-alpha-glucan 6-alpha-glucosyltransferase
     CDO33_10355
SSDB
Motif
Pfam: Glyco_hydro_31_2nd CBM_35 Glyco_hydro_31_3rd CBM_6 DUF5110 LAMININ_IV_B Gal_mutarotas_2 CBM13-like DUF7383 CatAgl_D1 CBM_35_2 CBM_BcsB_2nd
Other DBs
NCBI-ProteinID: AUS96804
UniProt: A0A2K2F7Z8
Position
complement(2376251..2380105)
AA seq 1284 aa
MSIYDKNKSSINARFISLLIIFSIICSVTILQSPITANAYADTLGNVISATANGDNVTII
VDNGMEPGDDILELQVCESDILRVNYRPNGIASSPSTPIIDPTRVWGSVGASIDVNSDPI
TISTSDMRIEIKRNPCRMTVKKPDGTVLFWEPDNAGVFHDGVRFQRPAGQNMYGLHGYAC
FDENGELLRNNTTAPAKAGQQGNSGGPFMWSTAGYGLLIDSDGGYPVLESSTNKMEFYYG
DMIEEGRRYYKENVEYYIMFGDPENIMENYSRITGQAPMMPKWSMGFSNYEWGINQTELY
NIVDTYRAKDIPIDSYGIDYDWKRYGEDNYGEFAWNTANFPDASSNLLKDTMLSKGIRLI
GITKPRIVTKLQNGAWTKQGLDAQAGDYFYPGHAEYTDYFYPVTVRSIDPYKPAARDWFW
QHSIDAFNKGIAGWWNDETDTVASGWANFWFGNFTTLHLSQAIYEGQRSYTNGQTRVWQT
ARNYYPGTQRYATTIWSGDVGTQFHMNEHIWWTAGLNEQKATMLSTINNGQMKWGSDGGG
FNQNTGTTENPSPELYTRWLQLAAFTPVFRVHGTFQHQRQPWYYGFTAEESSKAAIRLRY
ALLPYVYSYEYKAYEKGVGLVKPLLYDYPNDPNVANYSDAWMFGDWLLVAPVTERYQTTK
WIYLPAGEWIDYFTGIVYNGGQYIPYAVNGESWTDIPLFIKKGAIIPSQEVLNYADEKAV
TDIFVDIFPDMAASTFNFYDDDGQTYNYENGQYFKQVFTAQDLGGSGINVSVSAKSGSYA
SPIKYYYLKIHGKAAQTVSINGVSSVPSYPNIYALRSGVGEGYAVGKDIYGDVTYVKIAA
GAQKNVTINGSVAQSADRMTYEAEEASLWGKTVATKAGYNTNHTGYTGLGFADRFENDGA
AVTFDAKVKVGGEFPVDIRYANGSSENRTMSVYVNGTFIRQVSFAPTGNWDTWGTSTQML
PLVAGRNSITIKYEASMGDTGFLNIDNISVPFYPETAVFEAESAALYGTAARKTDHWFYS
GSGFVAGMESVGAEVAFKVDVPQSGSYDTMLRYCNANGVAKTLNVYVNGVYQTTANLASS
GYDWNVWSDWANTFNLQKGQNTISFRFDSGNSGYVNLDSLQVNLAAPTAHVERNILDNGG
FERPTWDSSKWTEWHPAGQALAYGVDSGIGTNPPEAAREGEQRAYFYHGSAYSQSIHQTA
NIENGVYKLEFWARQFNTAPYTARAEVMEYGGNTIYFDIPQSTEWRHYVIDNISVTTGYI
DIGFYVNSPGGTTLHLDGVRLIKK
NT seq 3855 nt   +upstreamnt  +downstreamnt
atgagtatatatgataaaaataaaagctccatcaatgcacgttttatctctttgttaatt
atattttcaattatatgttctgtaacaatactacagtctcccatcaccgcaaatgcttat
gccgatacccttggcaatgtgatttccgcaacagccaatggcgataatgtaacaatcatt
gttgacaatggcatggagcccggagatgacatactcgagcttcaagtatgcgagagcgac
atacttagagttaattaccggcccaatggcattgcttccagcccatctactcccatcatc
gatcctacacgggtatggggaagtgttggcgcatctattgatgtaaattcagatcccatt
accataagcacaagtgatatgagaattgaaatcaagcgcaatccctgccgcatgaccgtt
aagaaacccgatggcactgtacttttctgggagcctgacaatgctggtgtttttcacgac
ggtgtccgtttccagcgtcctgccggacagaacatgtatggattgcatggatatgcctgc
tttgacgaaaacggagagctgctccggaacaacacgactgcccctgccaaggcaggtcag
cagggtaattccggtggacctttcatgtggtctactgccggatatggtcttctgattgat
tccgacggcggttatccggtgttggaaagcagcacaaacaagatggaattttattatgga
gacatgatcgaagaaggccgtcgttactataaggaaaatgtagaatactacattatgttc
ggcgatcccgaaaatatcatggaaaattactcccgtataaccggtcaggctccgatgatg
ccgaaatggtccatgggattctcaaattatgaatggggaatcaatcaaacagagctgtac
aatatagttgacacttaccgtgccaaggacattccgatagacagctatggtatagactat
gactggaagagatatggtgaagataattatggtgaatttgcatggaatacggcaaatttc
ccggatgcatccagcaatctgctgaaggataccatgctgagcaaaggcattcgcctgata
gggattacaaaaccccgtatcgtaaccaagctgcagaatggtgcatggacaaaacaaggt
cttgatgcccaggcaggagactatttctatcctggacatgcggaatatactgattatttc
tatccggttaccgttagaagtattgatccttataagccagcggctcgagactggttttgg
cagcattccattgacgctttcaataagggcatagcaggctggtggaatgatgagaccgac
accgtggcatccggttgggcaaacttctggtttgggaactttacaacccttcacttgtcc
caggccatatatgaaggtcagcgcagttataccaacggacagacccgtgtatggcaaact
gcccggaattactatcccggcacacagcgctatgccaccaccatctggtccggagatgtg
ggtacccagttccatatgaatgagcacatttggtggactgcgggattaaacgaacagaaa
gccactatgctttctaccatcaacaacggacagatgaaatggggatccgacggaggcgga
ttcaatcagaataccggcaccactgagaaccccagccccgaattatatacacgctggttg
cagttagcagcgtttacccctgttttccgcgtacatggaactttccagcaccagagacag
ccatggtattacggcttcactgcggaggaaagctctaaagcggcaatacggctccgttat
gcgctactgccttatgtgtattcatatgaatacaaggcttatgaaaaaggtgtgggactg
gtaaagccgctgctgtatgactacccgaatgatcccaatgtcgccaattattccgacgca
tggatgtttggagattggctcttggtagcacctgtaacggagcgctatcagactaccaag
tggatttacctgccggcaggtgaatggatagattactttaccggcattgtctacaatggt
gggcaatacataccgtatgctgtcaacggagaaagctggacggatataccgctgttcata
aagaaaggcgctataatacccagccaggaagtgctgaattatgctgatgaaaaagctgtt
accgatatttttgtggatattttccccgacatggcggccagcactttcaacttttatgat
gatgatggccagacctacaactatgaaaacggccagtactttaagcaggtatttacggct
caggatctcggcggtagtggcataaatgtatctgttagcgccaagtcaggttcttacgca
tctccaattaaatattactacctgaagattcatggcaaagctgcgcaaacagtatcaatc
aatggtgtcagctccgtaccgtcctacccgaatatctatgctttaaggtccggagttgga
gaggggtacgctgtaggaaaagatatttatggagatgtaacatatgtaaaaatagcagca
ggtgcgcagaaaaacgttactatcaatggttcggttgcacaatcggctgatagaatgacc
tatgaagcagaggaagcttcattatggggaaagacggttgcaaccaaagccggttacaac
actaatcacaccgggtataccggattgggcttcgccgacagatttgaaaacgacggagca
gctgtcactttcgacgccaaagtgaaagtgggaggagagttcccggttgatatccgctac
gctaacggaagctcggagaacaggaccatgagtgtttatgtgaatggaacgttcatacgt
caggtttcctttgcacctactggcaattgggatacttggggtacttctacccagatgctg
ccgttagttgcgggacgcaacagcatcacgatcaagtatgaagcaagtatgggtgatacc
ggatttttgaatattgacaacataagcgttcctttctatcctgaaactgctgtatttgaa
gccgagtctgcggccttatacggtacggcagccaggaaaacagatcactggttttacagt
ggttccggttttgtggccggtatggaaagcgttggagctgaagttgcattcaaggttgat
gtgccccagtccggaagctatgataccatgcttagatattgcaatgcaaatggtgttgca
aaaacgcttaacgtttatgtaaatggtgtctatcagaccactgccaacttagccagcagc
ggatatgactggaatgtatggtccgactgggcaaacaccttcaatcttcagaaaggccag
aataccatttctttccgtttcgatagcggaaacagcggctatgtcaatctggacagctta
caggtaaatttggctgcacccaccgcacatgtagaaagaaacatccttgataatggtgga
tttgaaagacctacctgggatagctccaaatggactgagtggcatcctgcaggccaggct
ctggcttatggtgttgacagcggcatcggtacgaacccgcccgaagctgcccgggaaggg
gaacagcgggcttacttctatcacggttctgcctatagtcagagtattcaccaaactgcc
aatattgaaaacggagtgtacaaactggagttttgggcaagacagttcaacacagcacca
tatacagcacgggccgaagtcatggaatatggaggaaacaccatatactttgatataccc
cagtcgacagaatggagacactatgtgattgacaacatttctgttacaacgggatatatt
gatattggtttttatgtgaattcgccgggagggactactttgcaccttgatggcgtgaga
ttgattaagaaatag

  All links  
Gene (35)   
   RefGene (33)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (12)   
   Pfam (12)   
All databases (48)   

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