UDP-glucose
Reactions involving UDP-glucose
Every recorded step where this molecule takes part
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Galactose-1-phosphate + UDP-glucose → glucose-1-phosphate + UDP-galactose
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UDP-glucose + glycogenin–Tyr-OH → glycogenin–Tyr-O-glucose + UDP; repeated additions form a short alpha(1→4)-glucosyl primer
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UDP-glucose + glycogen(n) → glycogen(n+1) + UDP
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UDP-glucose + 2 NAD+ + H2O -> UDP-glucuronate + 2 NADH + 2 H+
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Ceramide + UDP-glucose -> glucosylceramide + UDP
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UDP-galactose ↔ UDP-glucose
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Glucose-1-phosphate + UTP → UDP-glucose + PPi
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Glucose-1-phosphate + UTP -> UDP-glucose + PPi
Showing all 8 reactions.
Pathway junctions through this molecule
Produced in one pathway, consumed in another
| Produced in | Consumed in | Link | |
|---|---|---|---|
| Galactose Metabolism | → | Glycogenesis (Glycogen Synthesis) | within category |
| Galactose Metabolism | → | Sphingolipid Synthesis | cross-category |
| Galactose Metabolism | → | Uronic Acid Pathway | within category |
| Glycogenesis (Glycogen Synthesis) | → | Galactose Metabolism | within category |
| Glycogenesis (Glycogen Synthesis) | → | Sphingolipid Synthesis | cross-category |
| Glycogenesis (Glycogen Synthesis) | → | Uronic Acid Pathway | within category |
| Uronic Acid Pathway | → | Galactose Metabolism | within category |
| Uronic Acid Pathway | → | Glycogenesis (Glycogen Synthesis) | within category |
| Uronic Acid Pathway | → | Sphingolipid Synthesis | cross-category |
Recent literature
Europe PMC · fetched just now · sorted by publication date
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1
CodY constrains β-cypermethrin degradation by regulating physiological adaptation and soil ecological performance in <i>Bacillus cereus</i> GW-01.
Lei Y, Tang Y, Wei E, He M, Xu B, Liao Y, Li W, Wang Y, Wang Y, Wang S, Zhao J. · 2026-07-23
open access unreviewed -
2
Low-dose l-carnitine supplementation attenuates hepatic lipid accumulation in chow-fed mice: Insights from integrated multi-omics analysis.
Zhang Z, Ding B, Zhang L, Zhang L, Huang Y. · 2026-09-10
open access unreviewed -
3
Identification of genetic determinants that promote biofilm growth under heterotrophic conditions in <i>Cupriavidus necator</i> using transposon enrichment.
Weiler JR, Lapp CJ, Gescher J, Edel M. · 2026-09-01
open access unreviewed -
4
Metabolic engineering of <i>Saccharomyces cerevisiae</i> for <i>de novo</i> biosynthesis of isoorientin.
Song Z, Zhang F, Qi X. · 2026-08-06
open access unreviewed -
5
MdWRKY125 bridges cold condition and fruit flavor by activating the sucrose synthase gene <i>MdSUS3</i> in apple.
Zhuang YY, Du LD, Wei MM, Zhang WJ, Wang HC, Zhao TT, Hu DG. · 2026-08-06
open access unreviewed -
6
When phage restriction is not immunity: Immune gates, replication-niche barriers, and assay-limited phenotypes.
Zhang YE. · 2026-07-30
open access unreviewed -
7
A genome-wide CRISPR knockout screen identified host genes essential for Brucella invasion and intracellular survival.
Wang X, Wu S, Ding Y, Ding J, Li P, Lian Z. · 2026-08-19
open access unreviewed -
8
Bacterial neurotoxins: The snake venoms of the microbial world-a clinical and bioengineering approach.
Banaeyoun H, Solhi Digehsara Y, Golichenari B. · 2026-07-24
open access unreviewed -
9
Multifaceted effects of <i>galU</i> deletion on phenotype and virulence of <i>Pseudomonas aeruginosa in vitro</i> and <i>in vivo</i>.
Yu J, Wang J, Yang Y, Sun L, Hu X, Nie T, Yang X, Wang X, Li C, You X. · 2026-07-30
cited 1× open access unreviewed -
10
A novel Acinetobacter phage reveals altered virulence traits in phage-resistant strains.
Hao J, Xie J, Ma K, Li X, Chen X, Bao G, Hu J, Li G. · 2026-07-28
open access unreviewed
External claims. These come from an index outside this database and are not checked against it. Treat them as leads.