Recombinant DNA Technology (noun)
Recombinant DNA technology is a scientific method used to create new DNA by combining pieces from different organisms. This is done by cutting the DNA from one organism and joining it with DNA from another. The result is a new DNA molecule that can have traits from both original sources. This technology is commonly used in genetic engineering, medicine, and agriculture.
You can use the term "recombinant DNA technology" when discussing scientific advancements, particularly in genetics or biotechnology.
In more advanced discussions, you might encounter the term in contexts like pharmaceutical development, gene therapy, or biotechnology research. For instance: - The development of insulin using recombinant DNA technology has revolutionized diabetes treatment.
In general terms, "recombinant" refers to something that has been formed by combining different elements. While "DNA" refers specifically to the genetic material in living organisms.
There are no specific idioms or phrasal verbs directly associated with "recombinant DNA technology," but you might hear phrases like: - "Cutting-edge science" (referring to the latest advancements in technology). - "Join forces" (which can metaphorically relate to combining different DNA strands).
Recombinant DNA technology is an important scientific tool that allows for the mixing of genetic material from different organisms to create new traits or products.