Biotechnology in Plants: Experimental Approaches and Methods

About The Book

In order to create useful goods for human use, biotechnologists manipulate living creatures. Production of food, management of trash, mining, and medicine are just a few of the many fields that benefit from biotechnology. Plant biotechnology is the practise of applying the knowledge gained from the study of life sciences to the development of new technologies and the modification of plant species’ genetic make-up to achieve specific goals. This can be done in a variety of ways, from simple methods like selecting plants with specific qualities for propagation to more involved molecular methods. Synthesizing new genes, fixing damaged ones, splicing together DNA from different organisms, and then manipulating the resulting recombinant DNA to create better bacteria, plants, and other organisms is the focus of genetic engineering. The field of bioprospecting is expanded dramatically through genetic engineering. The fundamental focus of the biotech sector is the discovery of novel genes and the development of methods for using them. Through inter-specific or inter-generic gene transfer, gene technology has allowed humans to introduce revolutionary new qualities into farmed plants, something that was impossible with the traditional method to crop development. This book is a comprehensive guide to the various Plant Biotechnology Techniques that have been shown to be of practical use in the field of genetic manipulation.

ISBN 9781778807561
Author Harold Sartorious
Publisher OXMAN PRESS
Publication Year 2023
Category Agriculture & Life Science
Price $191.00

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Harold Sartorious is a Professor specialises in Botany. In his career, he has worked at several agricultural facilities in a variety of scientific capacities. He is responsible for several new kinds of wheat, rice, and barley. Harold Sartorious has done incredible work for the country in the realm of plant breeding. Harold Sartorious has written extensively for prestigious national and international journals. He has written a number of works on cytogenetics and plant breeding. Research in the fields of genetics, cytogenetics, and plant breeding are among his primary areas of interest. He is a co-founder of the Section on Botany Engineering Science and the interim chair of the Federation of Botany.