What Is a Biotechnology Scientist?

Also called biological engineering. The practical technology established on the basis of molecular biology to create new biological types or new biological functions is a combination of modern biological science and engineering technology. With the success of the Genome Project, synthetic biology and systems bioengineering have been developed on the basis of systems biology, and biological resources have been developed, involving agricultural biotechnology, environmental biotechnology, industrial biotechnology, medical biotechnology and marine biotechnology In the field of space biotechnology, it will play a key role in the development of cell pharmaceutical plants, cell computers, and bio-solar technologies in the 21st century.

Modern biotechnology

Modern biotechnology and ancient brewing technology using microorganisms are related to modern fermentation technology, but there are qualitative differences. Ancient brewing technology and modern fermentation technology only use existing biology or biological functions to serve human beings, while modern biotechnology is to create brand new biological types and biological functions according to people's wishes and needs, or to transform existing biological Types and biological functions, including the transformation of human beings for their benefit. Modern biotechnology bioengineering is the way for humans to move from the inevitable kingdom in establishing practical biotechnology

Modern biotechnology has grown up based on the development of molecular biology. In 1953, American scientist Watson and British scientist

Scientists from

Modern biotechnology is a complex group of technologies. Genetic engineering is only a representative one of modern biotechnology. It is characterized by the creation or modification of biological types and biological functions at the molecular level. In addition, in

Modern biotechnology is supported by the disciplines of molecular biology, cell biology, microbiology, immunology, genetics, physiology, systems biology, etc., and combines disciplines such as chemistry, chemical engineering, computer, and microelectronics to form a multi-discipline. Interdisciplinary comprehensive disciplines. In terms of its application fields, it can be divided into agricultural biotechnology, medical biotechnology, plant biotechnology, animal biotechnology, food biotechnology, and environmental biotechnology.