KEGG   Tetrahymena thermophila: TTHERM_00077390
Entry
TTHERM_00077390   CDS       T01020                                 
Name
(RefSeq) trehalose-6-phosphate synthase, putative
  KO
K16055  trehalose 6-phosphate synthase/phosphatase [EC:2.4.1.15 3.1.3.12]
Organism
tet  Tetrahymena thermophila
Pathway
tet00500  Starch and sucrose metabolism
tet01100  Metabolic pathways
tet01110  Biosynthesis of secondary metabolites
Brite
KEGG Orthology (KO) [BR:tet00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00500 Starch and sucrose metabolism
    TTHERM_00077390
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01003 Glycosyltransferases [BR:tet01003]
    TTHERM_00077390
Enzymes [BR:tet01000]
 2. Transferases
  2.4  Glycosyltransferases
   2.4.1  Hexosyltransferases
    2.4.1.15  alpha,alpha-trehalose-phosphate synthase (UDP-forming)
     TTHERM_00077390
 3. Hydrolases
  3.1  Acting on ester bonds
   3.1.3  Phosphoric-monoester hydrolases
    3.1.3.12  trehalose-phosphatase
     TTHERM_00077390
Glycosyltransferases [BR:tet01003]
 Others
  Trehalose
   TTHERM_00077390
SSDB
Motif
Pfam: Trehalose_PPase Glyco_transf_20 CBM_20
Other DBs
NCBI-GeneID: 7834727
NCBI-ProteinID: XP_001015680
TGD: TTHERM_00077390
UniProt: Q23G25
AA seq 1484 aa
MIIADCEVKFEIICKTAFGEQLIIVGNTPQLGNWNPYKGIVMKTDDDNYPNWYTENPLML
QKGSKFQFKFVKLRQGNQEWEVFPNNLNRKYRTRYQSVTLKAVWNDFSGREIPNKKYASS
NVFSNNEIKVHKFKISGVFVPYEQAGTDSSNDSDFGAAKKIEEHDENIDFNKQNNFKENN
NNNNPATNNDSDNSTQIVKKKLQRLPQPPLPLMQQNNNFEQEQVQVLNLKDDKSANQNKE
QASPVSQVPSHNHQKQPSSQQNNYHISYNNQQHLLNCQQFLYNANHQKQFGTDEQIKTNA
LLLKSHQINHIQDNEDIKKVSKGEQQQVQSQGVNLSHDQSLPKLLQKNIKNPIFNTQFKE
YEIFGKQQIKPSSKPASEFDENASIQNEFDEMNVTINSAASSNTTKALQRGNQINNSSLL
NPSNFKNTDSMQTVQVMGTQDHSLIEASGAQKKQLFGKKVNIQKIGENGDILNVDSLSDQ
ERSESNLDRMSDLNSNMRKNKLLPRKNLQFTGLTSEIKDTDQETDNQSLGDPELHKKLIR
KQKMIDQDSPGVEEEDDFEENNLRNNKDQESDQSGLSSQKSQKKLASLNKVSGTLSNKSD
ECGLIQSEQSLKSKIRKGRRQPTQQESIFAEKLFQSSGHTLQTLFQEKMKKIHEKSIINQ
KYSFITSENDIVFEASEEFLVNMSEKDELCLATFFLPIIVTYDQATDTFKEEIQESSLYF
HFYNSYTSLRWVGVLPNYYQIPSNLHEKLANYLMYKYRFYPVFMENEMIDSFLNNFCFNM
YDNIMTNQFDLQHFRFIEYNSKIFEEVKKISFIFAQQISKIIDVDTNIMIADYRIIFSII
YISQCRANKLSIAYFHDSQFPDIDKLMILPFGEKLINAILCSNMVSFMNFEAAQNFLKFI
RVKLKLPYESIRGNLRLIYMGNQIIIHIRNPGVNIKAINYIKHQQYYEEYVTKIRVNQLN
QDNQLLMLSVDTLHENNKIELKFKLYERFLCNHPDLKVQLIQIILPEQKNYSTQGNYSNK
ELMKSINRIANEIQKNFRSRNPLLVIYQNMTLKERLAYMKLADIFLKTSVFQENEIYPLE
YVLANQQSGFILINKFGSYNYKQIRSCIAFNPNSYYEFEKNILDIQSLSLSLKEKVLSKD
VEILQQFNTNTWIEKHIGELKKNAKFMSQANMTGSNKGINFKKVAHSAYFKQLNIKEATE
FYRKSVRRLIIFGYVGTLVPLDKYMYIQAEEYQLRRHHQKPSEKMIENLKKLCADKRNMV
YIVTELSIDFMDEWFSDVKGLGLICENGYFHKVIQEGGKPNTEWVRLIDLDMSWKEPVYR
IMESYAIRTQGSSVEVKESSVIWKYNKVNIDFGAKQAEQLFLQLESNISQLKYLEISHHN
ESVEVRPCNLNKGIVAELLIERKIIECGKIDYILILGSSMTDEDMFCACQMFYRNHNKEF
QEKMKPLYVTIGIKPSNAYYYIAFEEVEKVIELLVLSESFASFF
NT seq 4455 nt   +upstreamnt  +downstreamnt
atgatcatagcagattgcgaagttaagttcgaaattatatgcaaaacagcgtttggggaa
tagcttattatcgtaggcaatactccccagttaggtaattggaatccatacaaaggaata
gtaatgaaaacagatgatgataattacccaaattggtacactgaaaatcctttgatgttg
caaaaaggatccaaatttcaatttaaatttgtaaagctaagacaaggcaactaagaatgg
gaggtttttcccaataatttgaatagaaaatacagaaccaggtatcaatcagtaacgctg
aaagcagtgtggaatgacttttcaggaagagaaattccaaataaaaaatatgccagctct
aatgtcttttcaaacaatgaaataaaggtgcataaatttaaaatatcgggagtattcgtt
ccttatgagcaagcaggaacagattcctcgaacgattctgatttcggagcagcaaagaaa
atagaagagcatgatgaaaatatagactttaacaaataaaataattttaaagaaaataat
aataacaataatcctgctacaaataatgatagtgataattcaacttaaatagtaaagaaa
aaattacaaagacttccttaacctccactacccttgatgcaataaaataacaattttgag
taggaataggtttaagtactcaacttgaaagatgataaaagcgcaaactaaaataaagaa
caagctagtcctgtttcttaggttccatcccacaaccattagaaataacccagtagtcaa
taaaataattatcacatcagctataataattagcagcacttgctcaattgttaataattt
ttatataatgcaaaccactaaaagtaatttggtacagacgaataaatcaaaacaaatgct
ttgcttctaaaaagccactaaattaatcatatttaagataatgaagatatcaaaaaggta
tcaaaaggtgagcaacaataagtttaaagttaaggcgttaatctgagtcatgattagtca
cttccaaaattattataaaagaacattaaaaatccaatattcaatacttaatttaaagaa
tatgaaatatttggcaagtaataaataaaaccaagtagcaaacctgcatctgaatttgat
gaaaatgcgagtatttagaatgaatttgatgaaatgaatgtcactattaatagcgctgct
agcagcaacactacaaaagctctctaaagaggcaatcagattaataattcttctctttta
aatccatctaatttcaaaaatactgattctatgcaaacagtataggttatgggcacacaa
gatcattccctgattgaagcctctggagcgtaaaagaaacaactgtttggcaagaaagta
aatatctaaaaaattggagaaaatggagacatattaaatgttgacagcttgagtgattaa
gaaagatcggagagcaatttagatagaatgagcgatctcaattctaatatgaggaaaaac
aagcttttacctcgcaaaaacttacaatttacaggattaacttcggaaattaaagacact
gatcaagaaacagataattaaagcttaggagatcctgagctgcataaaaaattaattcga
aaataaaaaatgatagatcaagactctcctggagtggaagaggaggatgattttgaagaa
aataatttaagaaataataaagattaagaaagcgattaatcaggtttatcatcataaaaa
agccaaaaaaaattggcaagcctgaataaagttagcggaacactttcaaacaagtctgat
gaatgtggtcttatataaagtgaataaagcctaaaaagtaaaattagaaaaggaagaaga
caacctacttaataagaatccatttttgcagaaaaactattctagtcttccggtcatacc
ttgcaaaccctcttctaagaaaaaatgaaaaaaattcatgaaaaaagcattataaattaa
aaatactcatttataacttcagaaaatgatattgtttttgaagcaagtgaagaatttctt
gttaacatgtctgaaaaagatgagctttgtcttgctacatttttcctgcctattatagtt
acatatgaccaagctaccgataccttcaaagaagaaatctaagagtcttcactttatttt
cacttttacaactcatatacaagcctgagatgggtaggtgttttgccaaattactattaa
attccatctaatttgcatgaaaaattagctaactatcttatgtacaaatacagattttat
cctgtttttatggagaatgaaatgattgattcttttctaaacaacttttgtttcaacatg
tatgataacattatgacaaatcaatttgatctctaacatttcagatttatagagtataat
tcaaagatatttgaagaagtcaaaaaaataagctttatatttgcttagtaaataagtaag
attatagatgttgatacaaacattatgattgctgattacaggataatcttttctatcatt
tatatttcatagtgtagagcaaataaactgagtatagcttattttcatgattcgtagttc
cctgatattgataagttaatgatacttccttttggagaaaagctcattaatgccattcta
tgctctaatatggtctcatttatgaattttgaagctgcataaaattttttgaagtttata
agagtgaagttgaaacttccttatgagtcaattcgtggtaatttaagactaatttatatg
ggaaaccaaataattatccacattagaaaccctggagtaaatataaaagcaattaattac
ataaagcattaacaatattatgaagaatatgtgacaaaaataagagtgaattaattaaac
caagataatcaattactgatgctctctgtggataccttgcacgaaaacaataaaattgaa
ttgaaatttaaactatatgagagatttttgtgtaatcatcctgatctcaaagtttaattg
atttaaatcatacttcctgaataaaagaattattctactcaaggaaattatagtaataaa
gaactcatgaaaagcattaacaggattgctaatgaaattcaaaaaaattttaggagcaga
aatccgcttctggttatttatcaaaacatgactctcaaagaaagactggcttatatgaaa
cttgctgatatatttttgaaaactagtgttttctaagaaaatgaaatatatcctttggag
tatgtgttagccaaccaataaagtggatttatattgattaataaatttggatcttacaat
tacaaataaatcagaagttgtatagctttcaatccaaacagttactatgaatttgagaaa
aatatactcgatatttaatctctttcgttgtccttaaaggaaaaagtactttccaaagat
gttgaaattttgtagcaattcaacactaacacatggattgaaaagcatattggagaacta
aaaaagaatgcaaagtttatgtctcaagccaacatgacagggtcaaacaaaggaattaac
tttaaaaaagttgctcattctgcatattttaaatagctaaacatcaaagaagcaacagag
ttttatagaaaaagtgtgagaagattaataatatttggatacgttggcactcttgttcca
ttagataaatacatgtatattcaagctgaagagtattaattaagaagacatcactaaaaa
ccttctgaaaagatgattgagaatttaaaaaagctatgtgctgataaaaggaatatggtt
tatatagtaacagaactatcaatagatttcatggatgaatggttttcagatgtaaaaggt
ttgggattaatatgtgaaaacggttacttccacaaagtgatctaagaaggaggaaaacca
aatacagagtgggttaggttaattgatttggatatgagctggaaagagccagtttataga
atcatggaaagctatgctattagaactcaaggttcttctgtagaagtaaaagaaagtagt
gtaatatggaaatataacaaagttaacatagattttggggccaagtaagcagaataacta
ttcctacaattagaatctaatatttcttagctaaaatacttagaaatatcacaccataac
gaaagtgtagaagttaggccttgcaatctaaataaaggaatagttgcagagctgctaata
gaaaggaaaatcatagagtgtggcaaaatagattacattttaatattgggaagcagcatg
actgacgaagatatgttctgtgcttgccaaatgttttacagaaatcataataaagaattt
taagaaaaaatgaaacctctttatgtgactattggaataaagccatcaaatgcttactat
tacatagcatttgaagaggtagaaaaagtgatagaattattagtattatcagagtctttt
gcatctttcttttga

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Ontology (3)   
   KEGG BRITE (3)   
Pathway (3)   
   KEGG PATHWAY (3)   
Chemical substance (7)   
   KEGG COMPOUND (7)   
Chemical reaction (4)   
   KEGG ENZYME (2)   
   KEGG REACTION (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (77)   
   KEGG ORTHOLOGY (1)   
   RefGene (72)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
   TGD (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (3)   
   Pfam (3)   
All databases (101)   

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