Biotechnology, artificial intelligence (AI), and information technologies (IT) are becoming a key tools, enabling faster and more precise analysis of the ever-growing amount of complex biological data generated by the rapid advancement of different technologies. In biomedicine, AI is used for the discovery of new drugs and personalized therapy, thereby completely transforming the approach to patients and diseases. In the field of agriculture, AI helps optimize the cultivation of plants and animals, increasing productivity and reducing the use of chemicals, making agriculture greener and more sustainable. AI and IT also play a significant role in genetic analysis and modification, enabling more precise gene manipulations and accelerating research in this area. In industrial biotechnology, AI is used to design microorganisms that efficiently produce biofuels and other chemicals. The synergy between biotechnology, AI and IT and allows for a better understanding of complex biological systems, paving the way for new discoveries and innovations. The combination of these powerful technologies is rapidly transforming our world, bringing advanced solutions that redefine the way we live today and open up new, currently unimaginable possibilities for the future. BIO4 Campus in Serbia is envisioned as a new infrastructure that supports science and innovation in fields that will emerge from intersection between biotechnology, information technologies, and AI.

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Bridging Biosciences, AI, and IT for Next-Generation Technological Advances in BIO4 Campus

  • Jelena Begović

摘要

Biotechnology, artificial intelligence (AI), and information technologies (IT) are becoming a key tools, enabling faster and more precise analysis of the ever-growing amount of complex biological data generated by the rapid advancement of different technologies. In biomedicine, AI is used for the discovery of new drugs and personalized therapy, thereby completely transforming the approach to patients and diseases. In the field of agriculture, AI helps optimize the cultivation of plants and animals, increasing productivity and reducing the use of chemicals, making agriculture greener and more sustainable. AI and IT also play a significant role in genetic analysis and modification, enabling more precise gene manipulations and accelerating research in this area. In industrial biotechnology, AI is used to design microorganisms that efficiently produce biofuels and other chemicals. The synergy between biotechnology, AI and IT and allows for a better understanding of complex biological systems, paving the way for new discoveries and innovations. The combination of these powerful technologies is rapidly transforming our world, bringing advanced solutions that redefine the way we live today and open up new, currently unimaginable possibilities for the future. BIO4 Campus in Serbia is envisioned as a new infrastructure that supports science and innovation in fields that will emerge from intersection between biotechnology, information technologies, and AI.