KEGG T01450: Sph21

Sphingobacterium sp. 21: Sph21_2181

Entry

Sph21_2181 CDS T01450

Definition

trehalose synthase

Orthology

K05343

maltose alpha-D-glucosyltransferase/ alpha-amylase [EC:5.4.99.16 3.2.1.1]

Organism

shg Sphingobacterium sp. 21

Pathway

shg00500	Starch and sucrose metabolism
shg01100	Metabolic pathways

Class

Metabolism; Carbohydrate metabolism; Starch and sucrose metabolism [PATH:shg00500]

SSDB

Motif

Pfam:

Alpha-amylase APH EcKinase

Other DBs

NCBI-GI:

326799587

NCBI-GeneID:

10347930

UniProt:

F4CCE3

Position

complement(2668185..2671502)

AA seq 1105 aa
MKNGQLDNQLHWYKDAIIYELHIKAFRDGNGDGVGDFEGLLQKLDYLQDLGITAIWLLPF
YPSPLRDDGYDIADYYNINPAYGNIKKFKRFLREAHKRGLKVITELVINHTSDQHPWFQR
ARRAPKGSGLRNYYVWTDDPNQYAEARIIFQDFESSNWSWDPIAQQYYWHRFFHHQPDLN
YDNPLVQKEVFDILNYWCAMGVDGFRLDAVPYLFERDGTNCENLPETHAFLKKLREHIDL
HYPGTLLLAEANMWPEDSAAYFGAGDECHMNYHFPIMPRMFMALQMEDRYPLTDIFEQTP
SIPPTCQWAIFLRNHDELTLEMVTDEERDYMYKVYVKDPVARINLGIRHRLAPLLENNRK
KIELLNALLFSLPGTPVIYYGDEIGMGDNYYLGDRDGVRTPMQWHPDRNAGFSEANPQRL
YLPLILDPEYHYESVNVELQSRNTSSLLWWMKRMISTRKKYKAFGRGDIQFVYTENAKIL
AFTRTYDNEIMLVVANLSRFSQAAELFLETYKGFAPIEILSRNRFPVIKEDLPYFFTLGP
YASQVFLLEKAHPELADEARLHLIEIDEWKELLDEPVIEQLENRILPDYIMKLRWFGGKG
KGPENFRIIDHATIGLEEGTAFLLLIEVSYHDGLPETYQLPVAFGKGQFSYRLQDNCPQS
VIAHLKVGHTEGVLYDAIYGIELQHAIIANMVGNRQIGQKNGQISFLGNKKVKKHIKENP
RPRPRVLSAEQSNTSIIYDNTFYLKIYRKVDAIINPDVEMIAYLSGTARFKHVPAYLGRI
QWEFKSGHTMVLATMQEMAVSNSDGWTYMLDRLNDFNERVLSHADPNSLLEEVKGKLLLP
LNFDEIPNNMKLLLEGNLAELVKLLGIRTAEMHLALAKPTELPEFKPEPFSLHYQRSLYS
SLQSLVRASFQSLQKNMENLSAEVQEEAKEVLLLRERVLSTMKRIYQHRIDAVKTRIHGD
YHLGQVLFTGKDFLILDFEGEPARSYSERRLKFSPLRDVAGMLRSLHYAAFGSLLLDNQI
REDDIKTLTPFIEQWYHYMSGFFMRAYLDKVNEAAFIPTRLEDLQIMMDVYLLQKAVYEL
NYEINNRPNWVLVPLRGIKSILKEV

NT seq 3318 nt +upstreamnt +downstreamnt
atgaaaaacggccaattagacaaccaacttcactggtacaaagatgccatcatatatgag
ttgcacatcaaagcgtttcgcgatggaaatggcgatggggtgggcgactttgaagggttg
cttcaaaaacttgattatttacaggacttaggtattaccgccatttggttactcccattc
tatccttcgccccttcgagatgatggatacgacatagccgactattataacatcaatccg
gcatacggtaacatcaaaaaatttaaacgctttcttagagaggcacataaacgcggccta
aaggtaataactgagctcgttatcaaccatacctcggatcagcatccgtggtttcaacga
gcgcgaagagctcctaaaggctccggacttcgaaattattatgtgtggaccgatgatccc
aatcagtacgccgaggcacggattatttttcaagacttcgaaagttccaattggtcgtgg
gacccaattgctcagcaatactattggcatcgattctttcatcatcaacctgatcttaat
tacgacaaccccttggtgcaaaaggaagtgttcgatattctaaattattggtgcgccatg
ggggtagatggctttcgattggacgctgtcccttacctttttgagcgagacggcactaat
tgcgaaaacttacccgaaacccatgcctttttaaagaaactacgggagcacatagaccta
cattacccaggcacccttcttttagcggaagccaatatgtggccggaggattctgccgct
tattttggagccggagacgaatgccacatgaattaccatttccccattatgccgcggatg
tttatggcattacagatggaagaccgatatcccctgaccgatatttttgaacagacgcct
tccatccctcctacctgccagtgggcaatttttctgcggaaccacgatgaacttacattg
gaaatggtaaccgacgaagagcgtgactatatgtacaaggtttatgtcaaggatcctgta
gccagaattaatttagggatcaggcaccgattagcccctttattagagaacaatcgaaag
aaaattgagttgcttaatgccttattgttttcattaccgggtactcccgtaatctattac
ggagacgaaataggcatgggcgacaattactatttgggcgaccgagacggtgttcgtacc
cctatgcaatggcatcccgatcgtaacgcaggcttttctgaagctaatccgcaacgattg
tacctcccgctcattctagaccctgaatatcactatgaatcagtcaatgttgaattacaa
tcgcgcaacacctcttccctactttggtggatgaaacgaatgatcagcactcgtaaaaag
tataaggcttttggtcgtggcgacattcaattcgtgtacacggaaaacgctaaaatttta
gcctttacaagaacatatgacaatgaaattatgctcgtagtggccaatttgtcccgcttc
tcgcaggctgcggagctatttctagagacttacaaagggtttgccccgatcgaaattcta
agtcgcaaccgcttccctgtcataaaggaagatctaccctatttcttcacattaggccct
tatgcaagtcaagtgttcttactcgaaaaagcacatccggagctggcggatgaagcaaga
ttacatttaatcgagatagacgagtggaaagagctgttagacgagcctgttatcgaacaa
ctggaaaaccgtattctaccggattacatcatgaaattacgttggtttggaggaaaaggc
aagggacctgaaaacttccgaatcattgatcacgctactattggcttggaagaaggaacc
gcctttttattgcttatcgaggtatcctatcatgatggcttaccggaaacctatcaattg
cctgtagctttcggcaaggggcaattttcctatcgtttacaagacaattgcccgcaatca
gtaatcgcccatttgaaagtaggccacacggaaggcgttctttatgatgccatttatgga
attgagttgcagcatgccatcatcgccaatatggttggtaaccgacagataggtcaaaaa
aacggacaaataagctttttgggaaacaaaaaagtaaaaaaacatatcaaggaaaatcca
aggcccaggcctcgtgtattgagtgcagagcagagcaatacttctattatttacgataat
acgttttatcttaaaatctatcgaaaggtcgacgcgatcattaatcccgacgtggaaatg
atcgcctatctttcgggaacggctcggttcaagcacgtcccggcttatttaggtagaata
caatgggaatttaaatcaggccacacgatggttttagccacgatgcaggaaatggccgta
agcaacagcgatggatggacttatatgctcgatcgcttaaacgatttcaatgaaagggta
ttgtctcacgctgaccccaattcactgctggaagaagtaaagggaaagctattacttccc
ttaaattttgatgagatacccaacaacatgaaactgctgctggaaggcaatcttgcagaa
ttggtaaagctgttaggtataagaactgccgaaatgcatctcgctttagcaaaaccaacg
gaactacccgaatttaaacctgagcccttttcgctccattaccagcgctccctatattcc
tcactccaatcactggtacgcgcaagctttcagagtcttcaaaaaaatatggaaaaccta
agtgcagaagttcaggaagaagcaaaagaagtgctgttactccgcgagagagtcctcagt
acgatgaaacgtatctatcagcatcgaatagatgctgtcaaaacccgaattcacggcgac
taccatttaggtcaggtactttttacgggcaaagattttttaatactcgactttgaaggc
gagccggctcgaagttatagtgaacggcgcttgaagttttcgcccttacgtgacgtagcc
ggtatgttgcgctccttacattatgctgccttcggcagcctgcttcttgataaccagatc
cgagaggacgacatcaaaacgctaactccatttatcgagcaatggtaccactatatgagc
ggctttttcatgcgtgcctaccttgacaaggttaatgaagcagcatttataccaacccgg
ttggaggatctacaaatcatgatggacgtatatttgctacaaaaggccgtatatgaactg
aattatgagattaacaatcgtcccaactgggtactcgttccgctccgaggcattaaatcc
attttaaaagaagtttaa

All links

Pathway (2)   
   KEGG PATHWAY (2)   
Chemical substance (5)   
   KEGG COMPOUND (5)   
Chemical reaction (4)   
   KEGG ENZYME (2)   
   KEGG REACTION (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
Protein domain (3)   
   Pfam (3)   
All databases (21)   

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