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Cell culture is one of the most used techniques in biotechnology. According to Douglas Rosenthal, one of the first techniques used by biotechnology is bioprocessing: using the cells or their components to obtain the desired products. Microbial fermentation is an ancestral example of bioprocessing.
Through fermentation, it is possible to obtain bread, cheeses, wines, beers and many other products. Recently, cell culture is used in the laboratory or industry to obtain medications, vitamins, proteins and antibodies. Cell culture is based on growing cells outside its original organism.
Recombination DNA The term "recombination DNA" refers to "joining" two pieces of DNA from different organisms. With recombination DNA techniques you can choose the gene of an organism that interests us, and introduce it into another living being. Monoclonal antibodies As Rosenthal reports on <a href="https://case.academia.edu/DouglasRosenthal" target="_blank">his Academia profile</a>, the monoclonal antibody technique uses cells of the immune system to produce proteins called antibodies

Douglas Rosenthal: Biotechnology techniques

Research Scientist @ Cleveland Center for Membrane and Structural Biology (CCMSB)

Douglas Rosenthal

Biology is divided into different fields and into many industries.
 
In the last century, biology was divided into botany and zoology. Late EJE are the two joined yet anthropology and microbiology.


FIELDS AND INDUSTRIES OF BIOLOGY by Douglas Rosent

The previous section of this book emphasized that experimental methodology is the most important basic methodology of the natural sciences, and therefore of medicine. Understood as a research process, this methodology contains two parts: research and presentation of the research results.


INTRODUCTION TO EXPERIMENTAL METHODOLOGY by Dougla

​Douglas Rosenthal is an independent researcher in the field of molecular biology. Since 2015, is a member of the Cleveland Center for Membrane and Structural Biology (CCMSB). 

Previously, Rosenthal has served as a professor of biology and at the Cleveland Institute for Computational Biology. He held this position from 2005 to 2015. Moreover, he has done a number of researches, affiliated with this university.

In the period from 1995 to 2005, Doug Rosenthal worked as a research scientist at the Cleveland Clinic - Lerner Research Institute.

For his research studies, Rosenthal relies on molecular structures from electron microscopy (EM), x-ray crystallography, and nuclear magnetic resonance spectroscopy.
In addition, Douglas Rosenthal has authored two books: Atomic Evidence and The Body’s Motors.


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