Unlock the potential of your biotech projects with bioinformatics.
Bioinformatics is the key to unlocking the secrets of the biological world.
At BGene, we harness the full power of this discipline to accelerate and optimize your biotech projects. With our cutting-edge tools and expertise, we transform raw data into actionable knowledge, paving the way for groundbreaking innovations.
What is bioinformatics?
Bioinformatics is the science that uses computational methods to analyze and interpret complex biological data. It allows us to decipher the genetic code, predict protein structure, model molecular interactions, and much more. This field is essential for understanding the fundamental mechanisms of life and developing innovative solutions across numerous domains—from healthcare and environmental science to agriculture and industry.
Our bioinformatics expertise at your service
At BGene, we have developed unique expertise in bioinformatics applied to biotechnology.
Our team of bioinformaticians works closely with our biotechnologists to design, develop, and optimize tailor-made solutions for your projects. We use a combination of advanced tools, proprietary algorithms, and comprehensive databases to explore new avenues, validate hypotheses, and accelerate discovery.
Our "Drylab" bioinformatics modules
Our "Drylab" modules are at the heart of our bioinformatics approach, offering you a complete suite of tools to optimize every stage of your project.
EnzymeFinder :
In silico exploration of biodiversity to identify more efficient, royalty-free enzymes that address a given challenge., afin d’identifier des enzymes plus efficaces et libres de droit, répondant à une problématique donnée
DEZYME :
Identification and optimization of key enzymes to catalyze the reactions of your metabolic pathway, using in silico simulations to predict the best performance.
PathwayFinder :
Identification of optimal metabolic pathways for the production of your molecule of interest, exploring global databases and anticipating new biochemical reactions
HostFinder :
Selection of the ideal host for your process, evaluating different candidates and predicting their compatibility with the identified metabolic reactions.
Fermad :
Design of Experiments (DoE) planning and multivariate analysis to refine fermentation process control, visualize data, and optimize scale-up..
MAD4Bio® :
Mapping and optimization of the metabolic pathways of the selected host,proposing genetic modifications to improve the production of your your target molecule.
Beyond these modules, we are progressively integrating artificial intelligence and digital twin technology into our Drylab platform. By building a virtual replica of your processes, we can test different scenarios, anticipate bottlenecks, and refine parameters even before the first laboratory experiment.
This approach strengthens our ability to turn data into fast, reliable decisions.
Bioinformatics at the heart of biotechnology
Bioinformatics and biotechnology are two intrinsically linked disciplines. Bioinformatics provides the tools and knowledge needed to understand and manipulate biological systems, while biotechnology applies this knowledge to develop innovative products and processes. At BGene, we master this synergy to offer you complete and efficient solutions.
Want to accelerate your biotechnology projects with the power of bioinformatics?
Contact us today to discover how we can help you achieving your goals.