Biotechnology is basically a wide area of science, involving the study of living organisms and their biological processes in order to create useful items. Depending on the applications and tools used, it can sometimes overlap with other scientific disciplines. Some examples include computer software, pharmaceutical research and agriculture.

Molecular Biology: This is the study of how living cells grow, reproduce and interact. It is based on an idea that everything that exists in nature is based on a chain of interacting cells. There are many fields of research in this area of biotechnology, including molecular genetics, molecular biology and cellular regulation.

Bio-engineering: This covers methods that involve the design of mechanical and chemical processes for creating living organisms. Examples of such procedures include genetic engineering, tissue engineering, drug manufacture, biofuels, food additive manufacturing and food preservation.

Chemical Biology: This is a field that is concerned with the study of the interaction of living matter with its environment. This includes the study of the structure and functions of living cells and the environment that they live in. The main focus of this area is to produce beneficial organisms or products that will be useful to the public. It also includes the study of the production of these useful organisms and products.

Biotechnology Industry: Bio-technology refers to the science of producing life-like organisms or products by exploiting the various biological processes that occur naturally. These processes can include genetic engineering, gene manipulation, gene therapy, antibiotic production and genetic manipulation. It involves the application of science in the production of these beneficial organisms or products, which are then sold commercially or used in research and medical practices.

Bio industry: Bio is the science of utilizing the various biological processes to make things and processes easier. The term “bio” is not only defined as “the science of living things”, but as a science that applies to all living things. Bio-medical field focuses on applying bio-medical science in all areas of medicine. These include pharmacology, virology, immunology, medical diagnostics and medical laboratory testing.

Bio-agriculture: Bio-agriculture is the field of using plant genetic resources in agricultural plants, animals and insects to create living organisms, feed, fertilizer and medicines. Bio agriculture is based on genetically modifying crops, animals and insects in order to improve productivity, yield and profitability. Some examples of bio-tech crops are genetically modified cotton, sugar cane and wheat.

Biomedical industry: Medical industry is a special branch of science that focuses on making living beings more efficient in curing and preventing diseases. Bio-medical science also deals with the medical practice of altering and repairing human beings for therapeutic purposes. Examples of biomedical procedures include organ transplantation, immunological engineering, tissue engineering, therapeutic cloning, and gene therapy. The medical field is often called as the medical field of medical technology.

Food industry: Food industry is a broad field which mainly deals with the production, distribution, marketing and consumption of edible foods. A wide variety of edible foods such as vegetables, fruits, grains, meat, dairy products, and milk are covered under this field. Food industry covers all food items that are consumed in large quantities by people. Examples of edible food are cereals, pasta, breads, and bakery products.

Chemical industry: This is an industry that involves the use of synthetic chemical substances that have biological activity as a component of their composition. A wide variety of synthetic chemicals are manufactured and used in this industry. Some of them are pesticides, herbicides, fertilizers, insecticides, lubricants, antibiotics, hormones and even prescription drugs.

Engineering: A scientific area that deals with the application of physics and chemistry in the design, construction and operation of mechanical systems for the purpose of use in the production of mechanical systems and machine-based systems. Some examples of Engineering are aerospace, civil, electrical, chemical, and biomedical engineering. It is also one of the most significant branches of technology in the world today.

Bio-engineering is becoming increasingly popular and is rapidly gaining popularity due to its various benefits. It has become one of the major fields of science due to the advancement of modern technology and its usefulness in daily lives. There are a lot of companies around the world that are in need of Bio engineers and Bioscientists.