Next generation lignocellulosics biorefinery concepts and implementation (Next-BIOREF)

Lignin engineering to improve lignocellulosic biomass processing efficiency

Investigating O-methyltransferases potentially involved in lignin biosynthesis in maize

Unraveling the function of an O-methyltransferase potentially involved in lignin biosynthesis in maize

ADV_BIO: Technological innovation in the production of advanced biofuels applicable to the Belgian territory for road and air transport and techno-economic and environmental analyses

Advanced Liquid Biofuels for advaced engine concepts enabled by advanced wood breeding and catlysis

Developing transgene-free genome-engineered poplars to enabling field applications for the biobased economy.

Exploring and broadening the valorization potential of ugt72e-mediated growth restoration of low-lignin plants

Optimisation of poplar for a bio-based economy

Unraveling the function of new O-methyltransferases in phenylpropanoid metabolism

MSsmall: mass spectrometry for small organic molecules

Synthesis of benzodiocane ligin for applications in the biorefinery

Optimisation of the lignin composition of poplar to improve biomass processing in favor of a bio-based economy.

Systematic identification of aromatic metabolites and their biosynthetic pathways of poplar for the bio refinery.

From the lab to the field: the translation of fundamental bioenergy research from a model plant to the crops poplar and maize requires upscaling of the equipment necessary for analysis of biomass properties

Biorefinery of entire plant biomass to aromatics

Characterisation of genes involved in phenylpropanoid and lignin biosynthesis: improving cell wall composition for the biorefinery

Optimailsatie of ligninesamaenstelling -and amount poplar for biorefinery

Bio-energy crops are the cornerstone of the bio-based economy

OPTIMIZATION OF POPLAR FOR THE BIO-BASED ECONOMY THROUGH TISSUE–SPECIFIC LIGNIFICATION AND THE INCORPORATION OF ALTERNATIVE LIGNIN MONOMERS

Caffeoyl SHIKIMATE esterase: a new gene into the lignin biosynthesis

The bacterial populations associated with Populus tremula x alba wild type and 2 lines modified for lignin amount: genotypic and phenotypic characterisation and their potential to increase biomass.

Characterisation of genes potentially involved in phenylpropanoid and lignin biosynthesis: towards improving cell walls foor biofuels.

Pathway discovery in ferulic acid metabolism with relevance to lignin biosynthesis

Biotechnology for a sustainable economy (Bio-Economy)

UPLC-Q-TOF MS system

What is the role of PCBER and DIRIGENT in wood formation in poplar?

Functional characterization of NIC: a new player in the phenylpropanoid metabolic network

Exploring the physiological functions of the endogenous plant growth regulator cis-cinnamic acid

Unraveling the mode of action of the natural growth-promoting phenylpropanoid cis-cinnamic acid

BIOLEUM: Fuels and Chemicals by fast pyrolysis of biomass