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AI Innovations in Protein Design Win Chemistry Nobel Prize
2024-10-10 09:00:09
Artificial Intelligence
Science
Technology

AI Innovations in Protein Design Win Chemistry Nobel Prize

The 2024 Nobel Prize in Chemistry was awarded to three pioneers for their groundbreaking work in AI-assisted protein design. David Baker, an American scientist, developed the Rosetta software, instrumental in constructing innovative proteins for various applications including medicine and sustainability. Meanwhile, Demis Hassabis and John Jumper from the UK created AlphaFold2, an AI model that predicts protein structures. Their work has revolutionized the field by enabling rapid advancements in drug development, vaccine formulation, and environmental solutions.

AlphaFold2 has become a catalyst for scientific research worldwide, offering insights into antibiotic resistance and enabling the creation of enzymes capable of breaking down plastics. This technological leap, realized after decades of anticipation, underscores the potential of AI in revolutionizing life sciences and chemistry. The laureates' contributions highlight the transformative power of AI in addressing complex global challenges.

Related news on that topic:

AI Revolutionizes Protein Design in Nobel-Winning Breakthrough

The Nobel Prize in Chemistry was awarded to three scientists for their pioneering work in AI-assisted protein design. David Baker from the USA developed 'Rosetta', enabling the construction of novel proteins for use in bacteria. Meanwhile, Demis Hassabis and John Jumper from the UK created 'AlphaFold2', a groundbreaking AI model for predicting protein structures. These advancements have vast implications, potentially leading to innovations in drug development, the creation of nanomaterials, and solutions for environmental challenges. The Nobel Committee highlighted the transformative potential of these technologies in fields such as pharmaceuticals and vaccine development. The work of the laureates provides tools to visualize the 3D structures of proteins, which are crucial for understanding their functions. This leap in protein engineering promises a future where proteins can be custom-built to address specific needs, from combating pandemics to detecting harmful substances. Hassabis, a former game developer, emphasized the profound impact AI can have in scientific exploration, marking AlphaFold as a significant milestone in understanding life's building blocks.

Chemistry Nobel Prize Honors Pioneers in Protein Research

The 2024 Nobel Prize in Chemistry has been awarded to three remarkable scientists: David Baker, Demis Hassabis, and John Jumper. These researchers have made groundbreaking contributions to the study of proteins, the essential building blocks of life. Baker, from the University of Washington, is recognized for his pioneering work in computational protein design. His innovative approach has led to the creation of entirely new proteins with potential applications in pharmaceuticals and nanotechnology. Hassabis and Jumper, both affiliated with Google DeepMind, have achieved a scientific milestone by developing an artificial intelligence model known as AlphaFold2. This model successfully predicts the complex structures of proteins, a task that has eluded scientists for over half a century. Their work has the potential to revolutionize fields ranging from medicine to environmental science, providing insights into antibiotic resistance and facilitating the creation of enzymes that can degrade plastics. This prestigious recognition underscores the vast potential of these discoveries. Proteins, composed of 20 different amino acids, are crucial for numerous biological functions. Understanding and manipulating their structures can lead to advancements in various domains, including drug development and sustainable technologies. The Nobel Committee's decision to honor these scientists highlights the profound impact of AI and computational methods in modern science, paving the way for future innovations in understanding life's chemical foundations.

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mdr
9. Oktober 2024 um 12:21

Chemistry Nobel Prize for AI-assisted Protein Design

Technology
Three scientists received the Nobel Prize in Chemistry for AI-assisted prediction and construction of proteins: David Baker (USA) developed the software "Rosetta" for the construction of new proteins that can be introduced into bacteria, Demis Hassabis and John Jumper (UK) the AI model "AlphaFold2" for structure prediction. According to the Nobel Prize Committee, new proteins can lead to nanomaterials, targeted pharmaceuticals, faster vaccine development, tiny sensors, and a more environmentally..
Khoa học - VnExpress
9. Oktober 2024 um 23:09

Chủ nhân giải Nobel: 'Cờ vua đưa tôi đến với AI'

Technology
Rất lâu trước khi Demis Hassabis trở thành nhà tiên phong trong những kỹ thuật trí tuệ nhân tạo (AI) dẫn tới giải Nobel Hóa học danh giá, ông là một kiện tướng cờ vua. Hassabis sinh tại London, là con trai trong gia đình có bố là người Hy Lạp - Cyprus và mẹ là người Singapore. Ông bắt đầu chơi cờ vua khi mới 4 tuổi và trở thành kiện tướng năm 13 tuổi. "Đó là thứ đưa tôi đến với AI lúc đầu, chơi cờ từ khi còn nhỏ, suy nghĩ và tìm cách cải thiện quá trình tư duy của chính mình", học giả 48 tuổi..
Khoa học - VnExpress
10. Oktober 2024 um 05:15

Hai chủ nhân giải thưởng VinFuture nhận Nobel Hóa học 2024

Technology
TS. Demis Hassabis (Anh) và TS. John Jumper (Mỹ) được trao giải thưởng Nobel Hóa học 2024 vì tạo nên mô hình AI dự đoán cấu trúc protein. Trước đó, TS. Hassabis và TS. Jumper nhận giải Đặc biệt VinFuture cho Nhà khoa học nghiên cứu các lĩnh vực mới 2022. Cùng chia sẻ giải Nobel Hóa học này với hai tiến sĩ là GS. David Baker (Mỹ) nhờ vào thuật toán thiết kế protein của ông. Theo thông cáo của Viện hàn lâm Khoa học Hoàng gia Thụy Điển, TS. Hassabis và TS. Jumper đã công bố mô hình AI mang tên Al..
Other Chemistry News - Chemistry News
10. Oktober 2024 um 08:32

Nobel chemistry winner sees engineered proteins solving tough problems

Technology
Environment
Nobel laureate David Baker engineers proteins with novel functions to solve problems in medicine, health, sustainability, energy, and technology, using his Rosetta software to identify amino acid sequences for desired shapes. His engineered proteins have applications ranging from targeted cancer therapies and plastic breakdown to new materials from protein-inorganic compound interactions. Baker created the first-ever protein not found in nature in 2003, though it lacked a defined function, and..
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