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Updated in [September 27th, 2023]
What does this course tell?
(Please note that the following overview content is from the original platform)This free online course in Understanding Plant Metabolism begins by explaining the significance of the stages of Embryogenesis. You will then learn about the factors affecting protoplast cultures, the methods of protoplast isolation and the applications of protoplast cultures. You will study the concepts of germplasm preservation and cryopreservation, understanding their consequences in synthetic seed technology.
Next, the different functions of secondary metabolism will be examined. You will be able to distinguish the roles of primary and secondary metabolites, identifying their roles, classification and ecological functions in plants. The defensive strategies of plants against insect herbivores will also be highlighted and thereafter, the strategies pathogens adapt to invade plants and the mechanism that can be used to counter them, will be considered.
Finally, you will study the advantages of producing compounds from plant cell technology. You will learn how light, pH, aeration and mixing affect culture conditions. You will also see the relevance of precursors, cell permeability enhancers and elicitors in plant cell technology. This course will be of interest to anyone in the field of biology, biotechnology, and any other related discipline. Why wait, start this course today!
We considered the value of this course from many aspects, and finally summarized it for you from two aspects: skills and knowledge, and the people who benefit from it:
(Please note that our content is optimized through artificial intelligence tools and carefully reviewed by our editorial staff.)
What skills and knowledge will you acquire during this course?
During this course, learners will acquire the following skills and knowledge:
1. Understanding the stages of Embryogenesis and their significance in plant metabolism.
2. Knowledge of factors affecting protoplast cultures and the methods of protoplast isolation.
3. Understanding the applications of protoplast cultures in plant research and biotechnology.
4. Knowledge of germplasm preservation and cryopreservation techniques and their implications in synthetic seed technology.
5. Differentiating between primary and secondary metabolites and understanding their roles, classification, and ecological functions in plants.
6. Understanding the defensive strategies of plants against insect herbivores and the strategies pathogens use to invade plants.
7. Knowledge of mechanisms to counter plant pathogens and protect plants from invasion.
8. Understanding the advantages of producing compounds from plant cell technology.
9. Knowledge of how culture conditions, such as light, pH, aeration, and mixing, affect plant cell technology.
10. Understanding the relevance of precursors, cell permeability enhancers, and elicitors in plant cell technology.
This course is suitable for individuals in the field of biology, biotechnology, and related disciplines.
Who will benefit from this course?
This course on Understanding Plant Metabolism will benefit individuals in the field of biology, biotechnology, and related disciplines. Specifically, it will be useful for:
1. Biologists: Biologists studying plant physiology, metabolism, and genetics will gain a deeper understanding of the stages of Embryogenesis and the factors affecting protoplast cultures. They will also learn about the functions of secondary metabolism and the defensive strategies of plants against herbivores and pathogens.
2. Biotechnologists: Professionals working in the field of biotechnology will benefit from learning about germplasm preservation, cryopreservation, and synthetic seed technology. They will also gain insights into producing compounds from plant cell technology and understanding the factors that affect culture conditions.
3. Researchers: Researchers interested in plant metabolism, secondary metabolites, and plant defense mechanisms will find this course valuable. It provides detailed information on the roles, classification, and ecological functions of primary and secondary metabolites in plants. It also explores the strategies used by pathogens to invade plants and the mechanisms to counter them.
4. Students: Students pursuing degrees in biology, biotechnology, or related disciplines can use this course to supplement their studies. It provides a comprehensive overview of plant metabolism and its applications, offering a solid foundation for further research or career development.
Course Syllabus
Plant Metabolism
In this module, the stages of Embryogenesis and the applications of Protoplast Culture are explained. You will also study the significance of Plant Metabolism and the commercial applications of Plant Cell Technology.Biotransformation and Genetic Transformation
This module outlines the processes involved in Biotransformation and the applications of Plant Cell Immobilization. You will also understand the relevance of genetic variations in the cultivation of plant cells and the processes involved in Genetic Transformations.Course assessment
