1.
Concept introduction:
In the modern age of science, microbes are being used on a large scale. Microbes are used in the food industry, water treatment, and many other areas. Microbes serve environment by indicating contaminations and pollutions. Secondary metabolites such as antibiotics, toxins, produced by microbes are being used in medical science to prevent and cure many diseases. Microbes are being used as biofuels, as they are capable of converting CO2 into the products that can be used as fuel such as ethanol.
2.
Concept introduction:
In the modern age of science, microbes are being used on a large scale. Microbes are used in the food industry, water treatment, and many other areas. Microbes serve environment by indicating contaminations and pollutions. Secondary metabolites such as antibiotics, toxins, produced by microbes are being used in medical science to prevent and cure many diseases. Microbes are being used as biofuels, as they are capable of converting CO2 into the products that can be used as fuel such as ethanol.
3.
Concept introduction:
In the modern age of science, microbes are being used on a large scale. Microbes are used in the food industry, water treatment, and many other areas. Microbes serve environment by indicating contaminations and pollutions. Secondary metabolites such as antibiotics, toxins, produced by microbes are being used in medical science to prevent and cure many diseases. Microbes are being used as biofuels, as they are capable of converting CO2 into the products that can be used as fuel such as ethanol.
4.
Concept introduction:
In the modern age of science, microbes are being used on a large scale. Microbes are used in the food industry, water treatment, and many other areas. Microbes serve environment by indicating contaminations and pollutions. Secondary metabolites such as antibiotics, toxins, produced by microbes are being used in medical science to prevent and cure many diseases. Microbes are being used as biofuels, as they are capable of converting CO2 into the products that can be used as fuel such as ethanol.
5.
Concept introduction:
In the modern age of science, microbes are being used on a large scale. Microbes are used in the food industry, water treatment, and many other areas. Microbes serve environment by indicating contaminations and pollutions. Secondary metabolites such as antibiotics, toxins, produced by microbes are being used in medical science to prevent and cure many diseases. Microbes are being used as biofuels, as they are capable of converting CO2 into the products that can be used as fuel such as ethanol.
6.
Concept introduction:
In the modern age of science, microbes are being used on a large scale. Microbes are used in the food industry, water treatment, and many other areas. Microbes serve environment by indicating contaminations and pollutions. Secondary metabolites such as antibiotics, toxins, produced by microbes are being used in medical science to prevent and cure many diseases. Microbes are being used as biofuels, as they are capable of converting CO2 into the products that can be used as fuel such as ethanol.
7.
Concept introduction:
In the modern age of science, microbes are being used on a large scale. Microbes are used in the food industry, water treatment, and many other areas. Microbes serve environment by indicating contaminations and pollutions. Secondary metabolites such as antibiotics, toxins, produced by microbes are being used in medical science to prevent and cure many diseases. Microbes are being used as biofuels, as they are capable of converting CO2 into the products that can be used as fuel such as ethanol.
8.
Concept introduction:
In the modern age of science, microbes are being used on a large scale. Microbes are used in the food industry, water treatment, and many other areas. Microbes serve environment by indicating contaminations and pollutions. Secondary metabolites such as antibiotics, toxins, produced by microbes are being used in medical science to prevent and cure many diseases. Microbes are being used as biofuels, as they are capable of converting CO2 into the products that can be used as fuel such as ethanol.
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Pearson eText Bauman Microbiology with Diseases by Body Systems -- Instant Access (Pearson+)
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- Match the microorganisms in column A with their corresponding product in column B, then match your answer in column B to column C. A B C 1. B. subtilis A. Lactic acid I. Primary metabolite 2. Xanthomonas B. Erythromycin II. Secondary metabolite 3. C. glutamicon C. Rifamycin III. Tertiary metabolite 4. Bifidobacteria D. Glutamic acid IV. Quaternary metabolite 5. A. oryzae E. Acetic acid 6. E. coli F. Gentamicin 7. Ascomycetes G. Citrate 8. Brewer’s yeast H. Amylase 9. S. orientalis I. Polymysin 10. P. furiosus J. Vitamin C 11. S. erythraea K. Taq polymerase 12. Aspergillus L. Penicilin 13. M. purpurea M. Cellulase 14. S. mediterranei N. Vancomycin 15. Acetobacter O. Vitamin B P.…arrow_forwardabout microorganims a. How are microorganisms beneficial in the food industry? b. Use of Microbes for Improving Food Safety and Quality c. How do you ensure the microbial safety of the food industry?arrow_forward8. A retort pouch is: a) Filled first with food product and then retorted (heat-sterilization) to extend product shelf life. b) Food is heat-sterilized first, and then added to a pouch under nitrogen c) Retort pouches requires thermally stable seals d) Both a and carrow_forward
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