Cătălin Voiniciuc University of Florida

Cătălin Voiniciuc

Associate Professor

cvoiniciuc@ufl.edu (352) 273-4782
  • Gainesville FL UNITED STATES
  • Institute of Food and Agricultural Sciences

Cătălin Voiniciuc is an expert on cell walls, complex carbohydrates and synthetic biology.

Contact More Open options

Biography

Cătălin Voiniciuc's research covers synthetic biology, plant cell walls and polysaccharides. He currently leads the Designer Glycans research group, which aims to design new paths to control the function, synthesis and modification of plant cell wall polysaccharides. Since founding the group, Cătălin has been developing novel synthetic biology approaches that leverage liquid handling robots, artificial intelligence and directed evolution to discover and improve enzymes.

Areas of Expertise

dietary fibers
Biomaterials
plant bioengineering
Synthetic Biology
carbohydrates
cell walls

Media Appearances

From Romania to Canada and Germany, New University of Florida Scientist Will Use AI to Help Plant Breeding, Other Farm Applications

Seed Today  online

2022-07-27

After several years as a post-doctoral researcher and then later as a research group leader – all in Germany — Voiniciuc has joined UF/IFAS as an associate professor of horticultural sciences. His primary goal at UF/IFAS is to learn how plants make and remodel their cell walls.

View More

Social

Articles

Illuminating Glucomannan Synthases to Explore Cell Wall Synthesis Bottlenecks

bioRxiv

Grieß-Osowski, et al.

2025-05-20

This study identifies C-terminal fluorescent protein tags that maintain ManS activity in the yeast to accelerate the Design, Build, Test, Learn cycles for polysaccharide biosynthesis.

view more

Postharvest hypoxia and anoxia stresses delay anthocyanin accumulation in cold-stored blood orange fruit

ScienceDirect

Habibi, et al.

2025-03-13

The effect of different gas compositions on bioactive compounds, antioxidant activity, and quality of ‘Moro’ blood orange fruit during cold storage was investigated.

view more

Intracellular Mannanases Sustain Matrix Polysaccharide Biosynthesis

bioRxiv

Jacobson, et al.

2025-02-28

We report that Arabidopsis man2 man5 double mutants produce less β-mannan in the seed coat epidermis, rejecting the current dogma that man mutants should maintain or over accumulate Man-rich polymers.

view more

Media

Links

Powered By