Glucose-1-phosphate
Reactions involving Glucose-1-phosphate
Every recorded step where this molecule takes part
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Glucose-1-phosphate ↔ glucose-6-phosphate
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Glucose-1-phosphate + UTP → UDP-glucose + PPi
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Glucose-1-phosphate ↔ glucose-6-phosphate
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Glucose-1-phosphate + UTP -> UDP-glucose + PPi
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Galactose-1-phosphate + UDP-glucose → glucose-1-phosphate + UDP-galactose
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Glucose-6-phosphate ↔ glucose-1-phosphate
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Glycogen(n) + Pi → glycogen(n−1) + glucose-1-phosphate
Showing all 7 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 | → | Glycogenolysis (Glycogen Breakdown) | within category |
| Galactose Metabolism | → | Uronic Acid Pathway | within category |
| Glycogenesis (Glycogen Synthesis) | → | Galactose Metabolism | within category |
| Glycogenesis (Glycogen Synthesis) | → | Glycogenolysis (Glycogen Breakdown) | within category |
| Glycogenesis (Glycogen Synthesis) | → | Uronic Acid Pathway | within category |
| Glycogenolysis (Glycogen Breakdown) | → | Galactose Metabolism | within category |
| Glycogenolysis (Glycogen Breakdown) | → | Glycogenesis (Glycogen Synthesis) | within category |
| Glycogenolysis (Glycogen Breakdown) | → | Uronic Acid Pathway | within category |
Recent literature
Europe PMC · fetched just now · sorted by publication date
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1
Unlocking raw-corncob consolidated bioprocessing for malic acid production by DyP-enabled lignin deconstruction in <i>Myceliophthora thermophila</i>.
Zhang Y, Zhang Y, Han L, Liu J, Liu D, Sun T, Wang D, Li M, Li J, Tian C. · 2026-08-08
open access unreviewed -
2
Distinct metabolomic signatures of SGLT2 inhibitor vs. sulfonylurea in a paired human liver biopsy study.
Takeshita Y, Oo HK, Nakano Y, Ueno A, Oishi M, Tsujiguchi H, Soga T, Yamashita T, Honda M, Takamura T. · 2026-09-14
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
Phenotypic heterogeneity and genetic mechanisms of phage resistance in hypervirulent carbapenem-resistant <i>Klebsiella pneumoniae</i>.
Huang Y, Liu Y, Chen S, Fan Z, Yan L, Zheng F, Wei D, Liu Y, Xu X. · 2026-09-13
open access unreviewed -
6
L-fucose-dependent biofilm formation by <i>Escherichia coli</i> enhances polymicrobial interactions and antibiotic tolerance on urinary catheters.
Taddei SM, Deka N, Marin A, Hunt BC, Guterman LB, Ma M, Qu J, Armbruster CE. · 2026-06-26
open access unreviewed -
7
Contrasting dietary patterns remodel gut microbial function and generate multi-omic signatures associated with cardiometabolic markers.
Stanford J, Hoedt EC, Gómez-Martín M, Clarke ED, Duncanson K, Burrows T, Collins CE. · 2026-06-11
open access unreviewed -
8
Explainable machine learning integrating bioelectrical impedance for 6-month cardiovascular risk in peritoneal dialysis.
Tsai YL, Wu CL, Chiang JH. · 2026-04-22
open access unreviewed -
9
Efficient whole-cell biotransformation for gastrodin production via glycosyltransferase engineering and process optimization.
Wang X, Zhang J, Li T, Wang F, Wang Z, Li X. · 2026-04-06
open access unreviewed -
10
Stepwise phage resistance and collateral phage susceptibility in <i>Klebsiella pneumoniae</i>.
Yin X, Feng Y, Luo H, Fang Q, Yu J, McNally A, Zong Z. · 2026-05-29
cited 1× open access unreviewed
External claims. These come from an index outside this database and are not checked against it. Treat them as leads.