Marine biotechnology applies biotechnological methods to create products and processes from marine organisms. Due to the presence of a wide range of varying environmental conditions such as temperature, pressure, salinity, chemicals, etc., in the oceans, they host a vast diversity of marine organisms. These marine organisms are capable of producing unique biological compounds. We use the compounds obtained from marine organisms in various products, such as the development of new drugs, enzymes, chemicals, etc. We also use marine biotechnology to develop improved aquaculture methods, food safety, and produce biofuels. Learn all about Biotechnology Advanced in this free course and how it can impact your business and life.
- 5 Sections
- 5 Lessons
- Lifetime
- Module 1: Marine BiotechnologyMarine biotechnology applies biotechnological methods to create products and processes from marine organisms. Due to the presence of a wide range of varying environmental conditions such as temperature, pressure, salinity, chemicals.1
- Module 2: NanobiotechnologyNanobiotechnology combines the fields of nanotechnology and biology. Nanobiotechnology is the application of technology to study, alter, modify, or create processes and products on an atomic or molecular level.1
- Module 3: Plant BiotechnologyPlant biotechnology is a technique used to adapt plants for precise needs or possibilities. Conditions that combine multiple needs and opportunities are conveyed. Discovering or devising suitable plants is generally a highly complicated challenge.1
- Module 4: Animal BiotechnologyAnimal biotechnology is a study of biotechnology in which molecular biology methods are used to genetically engineer and modify the genome of animals to improve their expediency for agriculture, industrial, or medicinal uses.1
- Module 5: Biosafety And BioethicsBiosafety is a discipline that deals with the safe containment of infectious microorganisms (also called biohazards). It is a framework based on safety equipment, safe practices, and structures designed to protect workers, communities, and the environment from an unintentional release or accidental exposure to toxins and infectious agents.1
Dr. Jennifer Anderson is a highly esteemed professor in the field of environmental education with over 30 years of experience. Her passion for the environment and dedication to educating the next generation have made her a respected authority in the field. Dr. Anderson’s extensive knowledge, combined with her commitment to fostering a love for nature and sustainability, has influenced countless students to become environmentally conscious citizens.
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