Cutting-edge Science and Social Implementation of Extremophilic Microorganisms
ISBN978-4-86043-848-7
Introducing the ecology and evolution of microorganisms living in extreme environments, as well as the latest developments in biotechnology utilizing them!
A detailed explanation of the appearance and roles of microorganisms living in the harshest places on Earth, as well as innovative technologies and social contributions utilizing them! A systematic explanation of the latest findings on extremophilic microorganisms, which hold the potential to pave the way for humanity's future in various fields!
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basic information
"Cutting-edge Science and Social Implementation of Extremophilic Microorganisms" ■Format: Booklet: B5 size, 504 pages / PDF version (CD or download) ■Price: 50,000 yen + tax ■Supervisors: Masahiro Ito, Kazunari Narumi, Noriyuki Michihisa ■Published by: NTS Introduction: Cutting-edge Science of Extremophilic Microorganisms and Potential for Industrial Use Part 1: Fundamental Research on Extremophilic Microorganisms Chapter 1: The Role of Culture Collections of Extremophilic Microorganisms Chapter 2: Energy Conversion Mechanisms of Extremophilic Microorganisms Chapter 3: Adaptation to High/Low Temperature Environments Chapter 4: Adaptation to Acidic/Alkaline/Saline Environments Chapter 5: Other Adaptations to Extreme Environments Part 2: Exploration and Analysis of Extremophilic Microorganisms Chapter 1: Exploration of Novel Extremophilic Microorganisms Chapter 2: Analysis of Extremophilic Microorganisms Part 3: Research on Social Implementation Chapter 1: Discovery of Novel Natural Compounds Using Genome Mining Techniques Chapter 2: Functional Analysis of Extremophilic Enzymes/Proteins Chapter 3: Mechanisms of Action of Extremophilic Enzymes Chapter 4: Material Development and Social Implementation
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List price: 50,000 yen + tax
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P2
Delivery Time
P2
Applications/Examples of results
Functional analysis of proteins Development of nanoparticle materials Practical application of proteins derived from hyperthermophiles Lignin-related molecular degradation enzymes Decomposition and reutilization of soy sauce lees Construction of high-efficiency hydrogen production systems
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