R
@regenerativemedicine2020
4 posts

How Restriction Endonucleases Transforming Molecular Biology

Restriction Endonucleases is also known as Restriction Enzymes; which is isolated from a bacterial cell that recognizes a specific DNA sequence, called a restriction site, and cleaves the DNA. Thus, Restriction Endonucleases are used in the laboratory to manipulate DNA fragments, and hence they are indispensable tools of recombinant DNA technology. There are four types of restriction enzymes, which are designated as type I, II, III, and IV, and differ from each other in structure, specificity, cleavage site, and cofactors.

Benefits And Future Scope Of 3D Bio Printing

Bioprinting is a rising field in regenerative medication. Bioprinting can give diverse cell type conditions to creation of patient-explicit spatial geometries, controlled microstructures, and tissue designing platforms. Bioprinting is a subcategory of added substance producing. A noteworthy bit of leeway of Bioprinting is that it forestalls uniform issues with post-creation cell beading, as it includes cell position during manufacture.

Latest Trends in Compound Management

Compound Management Introduction:

Live Cell Encapsulation: Current Trends and Future Directions

Live Cell Encapsulation technology is enclosing of live cells in protective "capsules" sized of the head of a pin, designed to allow blood to enter and nourish the living cells inside them. Capsules are designed to allow blood to enter and nourish inside living cells. While the capsule is in the body, living cells thrive. However, capsules are also designed to protect living cells from attacks by the body's immune system. Living cells are too large to escape from the capsule, and the body's immune system cells are too large to enter and destroy the capsule.