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MNDL Bio
MNDL Bio Overview
MNDL Bio's solution focuses on optimizing gene expression in cells to significantly increase protein production yield. Leveraging cutting-edge technology, including advanced algorithms and patented methods developed by Professor Tamir Tuller, an esteemed expert in computational and synthetic biology, the core technology utilizes Artificial Intelligence (AI) and Machine Learning (ML) based on genomic Big Data.
MNDL enhances the efficiency of biological systems, making them more productive and cost-effective. This has far-reaching applications across various sectors:
1. Food & Agriculture: We assist companies in the development of plant-based or lab-grown meat alternatives by improving production efficiency, making these sustainable options more commercially viable.
2. Energy: Our solution boosts the yield of microbes involved in converting biomass or waste materials into renewable fuels, contributing to a more sustainable energy sector focused on biofuels.
3. Biomaterials: We increase production efficiency in microbes that generate bio-based materials like bioplastics or bio-textiles, promoting sustainable alternatives to petroleum-based materials.
4. Pharma: Our technology enhances the efficiency of biologic drug production, reducing costs and improving accessibility to life-saving medicines.
MNDL Bio won the "Coller Startup Competition" for Edition 2023.
MNDL Bio Climate Tech relevance
MNDL Bio's solution is highly relevant in the field of climate tech and holds immense potential for reducing greenhouse gas emissions and promoting environmental sustainability: 1.Promoting Alternative Protein Sources: MNDL Bio facilitates cost-effective and scalable production of alternative proteins. This includes lab-grown meat and plant-based or microbial protein sources, which have significantly lower carbon footprints compared to traditional animal agriculture; 2.Precision Fermentation: Precision fermentation utilizes microbes to produce valuable compounds such as animal-free dairy proteins and sustainable biofuels. By enhancing process efficiency and yield, MNDL Bio contributes to the development of more sustainable production methods; 3.Bio-Based Materials: Synthetic biology offers opportunities for producing bio-based materials like bioplastics, which serve as sustainable alternatives to petroleum-based materials.