Biotechnology and bioengineering problems are interdisciplinary in food production, tackling disease, pollution, and harnessing scarce natural resources. IBB’s research combines different approaches to develop products, tools, models and methods that biological challenges.
Our research in Bioprocess and Biorefinery focuses to the development and application of biomass-based processing technologies. We research on synthesizing high-value chemical compounds from lignocellulosic materials and microorganisms, optimizing production systems, and enhancing product accumulation for sustainable bioproducts.
Our research in Food Biotechnology focuses for innovate and improve food products by leveraging living organism. Our research encompasses genetic modifications to enhance their productivity to development of functional foods with ensuring food safety and quality.
Our research in Biomedical Engineering research advances healthcare through the development of new medical technologies, diagnostic and therapeutic methods, and the integration of engineering solutions into public health and patient care. This interdisciplinary field bridges other research areas with practical integration applications.
Our research in Biocatalysis and Protein Engineering aims to develop advanced techniques for protein production, high performance catalyst, and quality protein derived product. We focus on enhancing biocatalytic product and processes parallel with protein engineering.
Our research in Biomaterial research focuses on creating advanced materials for many research areas. We research and develop high quality biomaterials that interact with biological systems to direct therapeutic and diagnostic procedures, aiming to improve patient outcomes and medical treatments.
Our research in Lab-on-a-chip Devices involves the miniaturization of laboratory functions onto single chips. These devices perform high-throughput analyses such as DNA sequencing and biochemical detection, enabling efficient and compact solutions for various scientific and medical applications.
Our research in Environmental Biotechnology utilizes microbial processes to treat and manage waste. We focuses on research and developing sustainable solutions for waste treatment, small-scale energy production, and the creation of product and chemical alternative from derivatives waste.
Our research in Cell and Tissue Engineering aims to create or regenerate damaged tissues through innovative engineering methods. We focus on developing advanced tissue engineering techniques to improve treatments for various medical conditions, hence enhancing the quality of life for patients.
Our research in Bioseparation Engineering focuses on the design and operation of systems for the separation and purification of biological products. Our research is encompasses highly effective separation process for the pharmaceutical, food, and chemical industries, hence ensuring the efficient and large-scale production of high-quality bioproducts.
Focused to the design and operation of small and large-scale biological product separation and purification systems. The target products obtained through separation and purification are used in pharmaceutical, food, chemical, and other sectors.
Our research in Marine Biotechnology leverages biotechnological techniques to explore the potential of marine organisms. We focus on molecular biology, genomics, proteomics, and biochemistry to develop innovative marine-based technologies and products, contributing to advancements in various scientific areas.