cells contain the genatic substances or better known as the chromosomes which gives a person his character, shape size and everything.
it probably could yes everyone would from farmers to dog breeders would do this kind of thing to get the best type of animal from that particular species
it can reads the code and make new proteins
Add bacteia genes to crop plants can improve plant species :)
genetics plays a very important role in medicine. particularly in the discovery of certain rare diseases. as you may have observed, most of the rare and complicated diseases are genetic in origin. in line with this, genetics is also being used to diagnose certain diseases even before they manifest their signs and symptoms. a good example of this is newborn screening.
The role of mechanical engineers in the national development.
its bdt here . gene marketers have a feel for what people want so they tell the genetic engineers
i dont really know
Genetics are said to play a role in the development of the disease.
Genetics are said to play a role in the development of the disease.
it probably could yes everyone would from farmers to dog breeders would do this kind of thing to get the best type of animal from that particular species
Kornberg and Ochoa's research centered around discovering new enzymes, particularly those that play a role in assembling DNA and RNA. Their work laid the foundation for recombinant DNA and genetic engineering.
e.coli is a bacterium found in the gut of animals which aids digestion, however it is commonly used for genetic engineering
it can reads the code and make new proteins
People play every role in Japanese government. Without people, there would be no government.
Sex chromosomes play a crucial role in meiosis by determining the genetic sex of an individual. During meiosis, sex chromosomes pair up and exchange genetic material, leading to the creation of gametes with a unique combination of genetic information. This process ensures genetic diversity and the transmission of sex-linked traits from one generation to the next.
Society's increasing acceptance of biotechnology, advancements in technology, and ethical discussions have all influenced the development of genetic engineering over the last 20 years. Public demand for improved agriculture, personalized medicine, and sustainable practices has driven research and investment in this field. Regulatory frameworks and public opinion have also played a role in shaping the direction of genetic engineering research and its applications.
The backbone plasmid serves as a vehicle for carrying and replicating foreign DNA in genetic engineering processes. It provides the necessary elements for DNA replication, such as an origin of replication and antibiotic resistance genes, allowing the foreign DNA to be maintained and expressed in the host organism.