Stephan Cuine
Overview
Explore the profile of Stephan Cuine including associated specialties, affiliations and a list of published articles.
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Articles
37
Citations
1370
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Recent Articles
1.
Suzuki H, Cuine S, Legeret B, Wijffels R, Hulatt C, Li-Beisson Y, et al.
Plant J
. 2025 Jan;
121(2):e17227.
PMID: 39868466
Microalgae possess diverse lipid classes as components of structural membranes and have adopted various lipid remodeling strategies involving phospholipids to cope with a phosphorus (P)-limited environment. Here, we report a...
2.
Torres-Romero I, Legeret B, Bertrand M, Sorigue D, Damm A, Cuine S, et al.
Natl Sci Rev
. 2025 Jan;
11(12):nwae398.
PMID: 39791125
Lipid droplets (LDs) are the major sites of lipid and energy homeostasis. However, few LD biogenesis proteins have been identified. Using model microalga , we show that ABHD1, an α/β-hydrolase...
3.
Zuliani L, Cecchin M, Miotti T, Paloschi M, Cuine S, Cazzaniga S, et al.
Physiol Plant
. 2024 Nov;
176(6):e14630.
PMID: 39563411
Increasing CO availability is a common practice at the industrial level to trigger biomass productivity in microalgae cultures. Still, the consequences of high CO availability in microalgal cells exposed to...
4.
Kim M, Jorge G, Aschern M, Cuine S, Bertrand M, Mekhalfi M, et al.
Plant Cell
. 2024 Oct;
PMID: 39401319
The cell wall of plants and algae is an important cell structure that protects cells from changes in the external physical and chemical environment. This extracellular matrix, composed of polysaccharides...
5.
Miao R, Legeret B, Cuine S, Burlacot A, Lindblad P, Li-Beisson Y, et al.
Plant Physiol
. 2024 Jun;
196(1):397-408.
PMID: 38850059
Alka(e)nes are produced by many living organisms and exhibit diverse physiological roles, reflecting a high functional versatility. Alka(e)nes serve as waterproof wax in plants, communicating pheromones for insects, and microbial...
6.
Burlacot A, Dao O, Auroy P, Cuine S, Li-Beisson Y, Peltier G
Nature
. 2022 Apr;
605(7909):366-371.
PMID: 35477755
Global photosynthesis consumes ten times more CO than net anthropogenic emissions, and microalgae account for nearly half of this consumption. The high efficiency of algal photosynthesis relies on a mechanism...
7.
Dufourcq-Sekatcheff E, Cuine S, Li-Beisson Y, Quevarec L, Richaud M, Galas S, et al.
Int J Mol Sci
. 2021 Oct;
22(19).
PMID: 34638618
Wildlife is chronically exposed to various sources of ionizing radiations, both environmental or anthropic, due to nuclear energy use, which can induce several defects in organisms. In invertebrates, reproduction, which...
8.
Cecchin M, Paloschi M, Busnardo G, Cazzaniga S, Cuine S, Li-Beisson Y, et al.
Plant Cell Environ
. 2021 May;
44(9):2987-3001.
PMID: 33931891
Microalgae represent a potential solution to reduce CO emission exploiting their photosynthetic activity. Here, the physiologic and metabolic responses at the base of CO assimilation were investigated in conditions of...
9.
Moulin S, Beyly-Adriano A, Cuine S, Blangy S, Legeret B, Floriani M, et al.
Plant Physiol
. 2021 Apr;
186(3):1455-1472.
PMID: 33856460
Fatty acid photodecarboxylase (FAP) is one of the few enzymes that require light for their catalytic cycle (photoenzymes). FAP was first identified in the microalga Chlorella variabilis NC64A, and belongs...
10.
Cecchin M, Marcolungo L, Rossato M, Girolomoni L, Cosentino E, Cuine S, et al.
Plant J
. 2019 Aug;
100(6):1289-1305.
PMID: 31437318
Chlorella vulgaris is a fast-growing fresh-water microalga cultivated on the industrial scale for applications ranging from food to biofuel production. To advance our understanding of its biology and to establish...