News

Period
article

04 June 2025

By: LB

A Metabolomic Study Highlights Fungal Adaptation and (R)-Mellein Production

Neofusicoccum parvum Produces Specific Metabolites in Response to Grapevine Wood, Revealing Key Pathogenicity Mechanisms
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article

26 May 2025

By: G. Paës

FARE in a France-NZ cooperation report

2025 marks the 20th anniversary of the Partenariat Hubert Curien - Catalyst seeding “Dumont d’Urville”. The partnership was set up under a bilateral agreement for an initial period of five years, extended in 2010 for an unlimited period.
article

19 May 2025

By: G. Lashermes

A new dataset is available on soil decomposition of more than 700 organic residual products

As part of an inter-lab project coordinated by the FARE lab, incubation data of more than 700 organic residual products under controlled conditions have been collected, organized and shared on the French multidisciplinary repository Recherche Data Gouv
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article

29 April 2025

By: N. Remy / G. Paës

A distinct autofluorescence distribution pattern marks enzymatic deconstruction of plant cell wall

Achieving an economically viable transformation of plant cell walls into bioproducts requires a comprehensive understanding of enzymatic deconstruction. Microscale quantitative analysis offers a relevant approach to enhance our understanding of cell wall hydrolysis, but becomes challenging under high deconstruction conditions.
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article

15 April 2025

By: G. Paës

Binderless particleboards from steam exploded woody biomass

Wood particleboards are commonly used in the furniture and building sectors and usually contain binders with formaldehyde-based synthetic resins, which raises health and environmental concerns. Pretreatment of wood such as steam explosion allows to modify its chemical and physical structure in order to produce more environmentally friendly binderless particleboards with good bonding-strength and dimensional stability, with an easy processing.
Début des prélèvements sur site Bordelais du projet CANETE
article

16 May 2025

By: G. Lashermes / P. Thiébeau

The CANETE project : start of the first field campaign at the Xylosylve forestry site in France

Launched in February 2024, the CANETE project successfully kicked off field sampling in the first week of April 2025. The sampling team of the FARE lab, Pascal Thiébeau and Pierre Verjans, sampled soil and forest litters on the Pierroton forestry platform in the Nouvelle-Aquitaine area in france, with the help of a team of 5 on-site colleagues.
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article

01 April 2025

By: G. Paës

Lignin key role in increased saccharification of CAD-downregulated poplar wood

To reduce the economic and ecological costs of paper manufacturing, research has focused on genetic engineering to help separate lignin from cellulose. One way to improve wood delignification is to genetically modify lignin to change the subunit composition and the type of bonds involved in the polymer. Among these modifications, downregulation of the cinnamyl alcohol dehydrogenase (CAD1) gene has shown interesting results, with easier delignification.
article

13 March 2025

By: S. Abdellaoui

Design of a Peroxidase-Based Gas Diffusion Electrode

Design of a Peroxidase-Based Gas Diffusion Electrode for Bioelectroenzymatic Applications
article

20 January 2025

By: SA

FARE was present at the winter school and the 18th meeting of the GFB

FARE was present at both, the winter school on analytical electrochemistry applied to life sciences and the 18th meeting of the Groupe Français de Bioélectrochimie in Austran from January 13 to 17, 2025.
article

13 December 2024

By: E.Fuzellier

We're recruiting - Design engineer

We're recruiting - Design engineer
2024-12-05 Article PT bioéthanol.jpg
article

05 December 2024

By: G. Paës

Bioethanol: optimising wood pre-treatment for profitable production

Various complex processes can be used to release the sugars contained in the wood, which are used in particular to produce second-generation bioethanol. Our study has identified technological trade-off zones (temperature and duration of pre-treatment) that enable oak and poplar residues to be recovered while minimising the economic investment.
article

03 December 2024

By: C. Stutzmann, G. Lashermes

A FARE & SilvaTech research engineer visited a lab in Austria to develop a method for analyzing soil amino acids.

This international mobility project, carried out in collaboration with Prof. Dr. Andreas Richter, head of the TER (Terrestrial Ecosystem Research) division at the University of Vienna in Austria
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article

02 December 2024

By: Y. Refahi / G. Paës

Enzymatic hydrolysis: bridging the gap between micro and nano scales

In the current climate of climate change and depletion of fossil fuels, the search for sustainable energy solutions is imperative. Lignocellulosic biomass, made up of the non-food parts of plants and residues from the wood industry, is diverse in its origins and above all renewable: it appears to be a relevant alternative to fossil carbon. However, its chemical and structural complexity makes it costly to transform by biotechnological means into products of interest, which is why it has been described as a recalcitrant raw material. It is therefore vital to develop innovative strategies to deconstruct it efficiently. Although a great deal of research has identified recalcitrance factors at the nanometric scale, such as lignin content and cellulose crystallinity, the study of recalcitrance at the scale of plant cells and tissues remains little explored.
article

06 November 2024

By: S. Abdellaoui

Development of a ligninolytic biocathode

A ligninolytic air-breathing biocathode was designed with a single hybrid catalytic interface built on the surface of a gas diffusion electrode
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article

18 October 2024

By: G. Paës

FARE scientists out in force at the Lignobiotech conference in Toulouse!

The 7th edition of the Lignobiotech conference, first held in Reims in 2010, took place in Toulouse from 14 to 17 October 2024.
Effets des espèces de vers de terre sur les transformations de la matière organique du sol
article

16 October 2024

By: G. Lashermes / P. Thiébeau

Effects of earthworm species on organic matter transformations

To better characterize the role of earthworms in the biodegradation of plant litter in soil, we studied the effect of six species on the soil structure and transformation of soil organic matters.
article

08 October 2024

By: A. Mollah

Bioelectro-lignocellulolytic potential of bacterial strains

Study unveils lignocellulosic biomass degradation and electrogenic potential of bacterial strains
article

09 September 2024

By: L. Besaury

Interdomain Co-Cultures setup enhancing Lignocellulose Degradation

Co-cultures involving fungi and bacteria significantly engance lignocellulose degradation, especially hemicellulose. Synergistic enzyme activities and specific gene overexpression demonstrate the potential for efficient bioproduct production.
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article

17 July 2024

By: G. Paës

A novel imaging approach to monitor the action of oxidative enzymes at the cellular scale

Oxidative enzymes play an important role in degrading lignocellulosic biomass, but the modifications they carry out are often difficult to localize and quantify in situ on a cellular scale.
article

11 July 2024

By: S. Abdellaoui

FARE at the "Journées de l''électrochimie" in Saint-Malo (France)

"Les journées de l'électrochimie" is a biannual French conference organized by a subdivision of the French society of chemistry making the focus on electrochemistry
article

02 July 2024

By: H.Clivot / E.Fuzellier

FARE takes part in the ISADAE conference organizing committee

FARE takes part in the organizing committee of ISADAE conference: International Conference on the Impacts of Soil Amendments on Dryland Agro-Ecosystems, to be held in Reims from October 28 to 30, 2024
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