Principles of biotechnology: Genetic engineering

Introduction It was made possible by the Agricultural Biotechnology Support Project II at Cornell University, which was funded by the United States Agency for International Development, to transfer the Bt brinjal event (“EE-1”) to the Bangladesh Agricultural Research Institute (BARI), where it was introduced into several locally and commercially popular open-pollinated brinjal varieties (Shelton et […]

Protein engineering is the process of creating proteins that are useful or valuable in some way. It is a relatively new field, with much research being conducted into the understanding of protein folding and the recognition of protein design principles as well as other areas.  Rational protein design and directed evolution are two general strategies

Molecular biology is the study of molecules within the cell, and biotechnology is the application of information about how biological systems function to make useful goods such as pharmaceuticals. Molecular biology and biotechnology are two distinct fields of study. Students who complete this programme will get an understanding of the cutting-edge of modern scientific research,

Biotechnology is the application of biology to the solution of problems and the production of useful products. The production of therapeutic proteins and other drugs through genetic engineering is the most well-known application of biotechnological techniques. It is the direct manipulation of an organism’s genes using biotechnology that is referred to as genetic engineering. Genetic

Biochemistry and biotechnology are two fields of life science that are closely related. The former is concerned with studying chemistry in the biological system, whereas biotechnology is concerned with applying technology to research the biological system. Biochemistry is the study of metabolic processes inside the living system and the illnesses that occur as a result

Biotechnology Biotechnology means using biology to solve our day-to-day problems and make some valuable products for them. The main area where we use biotechnology is genetic engineering. It is mainly used to produce proteins and other drugs, which are important for this genetic engineering. These products are employed to help us improve our lives and

Biotechnology, as the term suggests, combines biology and technology. It has proven to be very useful in agriculture and pharmaceuticals. Biotechnology applications in the field of agriculture implement modern techniques like genetic engineering, molecular markers, tissue culture, and recombinant DNA technology to improve the yield or quality of plant products. Also, its application makes plants

Introduction Biotechnology and its applications is a vast field of study. Biotechnology’s uses are so diverse, and the benefits are so compelling that practically every business employs it. Pharmaceuticals, diagnostics, fabrics, fisheries, forestry, chemicals, household items, environmental cleaning, food processing, and forensics, to name a few, are all still working. Biotechnology is allowing these businesses

Introduction Any scientific application that uses biological systems, living creatures, or derivatives thereof to manufacture or alter products or processes for a specific use is referred to as biotechnology. It can also be defined as technology that deals with the industrial-scale production of biopharmaceuticals and biologicals using genetically modified microbes, fungi, plants and animals. Medicine,

Introduction In the process of biotechnology, enzymes or live organisms are used from the organisms themselves to result in products that are useful to humans and used to improve our lives on the planet. A few techniques like test-tube babies from in vitro fertilisation, gene synthesising, DNA vaccine development and defective gene correction are parts