Bioremediation uses specific bacteria to clean up oil spills and toxic waste. Additionally, industrial microbiology drives biofuel production, turning agricultural waste into ethanol and biodiesel. Inside Casida’s Industrial Microbiology
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A modern alternative with excellent coverage of fermentation and downstream processing. Check your library or Google Books.
This 422-page volume is structured into four clear parts, guiding the reader from foundational knowledge to future trends: Bioremediation uses specific bacteria to clean up oil
Ensuring adequate oxygen supply to aerobic cultures.
| | Title | Key Topics Covered | | :--------- | :------------------------------------------------- | :-------------------------------------------------------------------------------------------------------------------------------------------------- | | Part I | Introduction | Scope, historical concepts, and the design & use of fermentation equipment. | | Part II | Basis and Development of Fermentation | Strain screening, media & inoculum prep, scaling up, yield improvement, continuous fermentation, waste treatment, patents & economics. | | Part III | Typical Fermentation Processes | Production of antibiotics, organic acids, enzymes, vitamins; anaerobic fermentations; hydrocarbon & microbial cell production. | | Part IV | The Future | The outlook and future directions for industrial microbiology. |
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Commercial synthesis of citric acid, gluconic acid, ethanol, and acetone using fungal and bacterial systems.
Casida's Industrial Microbiology is an introductory text specifically designed to provide a "working knowledge of the theory and practice of various aspects of industrial microbiology". It is written for college juniors, seniors, or industrial technicians needing to gain insight into this complex area. | | Title | Key Topics Covered |
Utilizing cheap, raw agricultural carbon and nitrogen sources (like molasses or corn steep liquor) to minimize production costs.
The field of industrial microbiology has witnessed significant advances in recent years, driven by advances in biotechnology, genomics, and synthetic biology. Microorganisms are being engineered to produce biofuels, biochemicals, and pharmaceuticals, offering sustainable alternatives to traditional petrochemical-based products.
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Since the book has been in print for decades, thousands of affordable physical copies circulate in the used book market. Platforms like AbeBooks, Alibris, ThriftBooks, and eBay frequently list older editions of Casida's work for a fraction of the price of a modern textbook. Having a physical copy on your desk is often much easier on the eyes during long study sessions. Digital Lending Libraries