Enzymes denature at high temperatures and extreme pH. Denaturation occurs due to disruption of the secondary, tertiary and quaternary structure... View Article
Yes, denaturation can be reversed when the denaturing agent is removed since the primary structure is intact. But in extreme conditions... View Article
An enzyme can be denatured by high temperature, change in pH, chemical solutions, etc. Also Check: How Do We Test for Lipids? Are Lipids... View Article
Denaturation causes loss of biological activity of proteins, e.g. enzymes lose their catalytic ability after denaturation. Also Check: How Do... View Article
Denaturation of enzymes refers to the conformational changes in the protein structure and active site of the enzyme and results in the inactivity... View Article
Denaturation is the unfolding of the protein causing the change in the shape and three-dimensional structure of a protein. It can be caused by... View Article
Normal PCR uses DNA as a template, whereas in RT-PCR (reverse transcription PCR), RNA is used as a template. Further reading: DNA Polymerase... View Article
A specific part of the viral genome is amplified using a primer and can be detected even at a low concentration if present in the sample.... View Article
Primers are the short stretch of nucleotides, i.e. oligonucleotides, which are complementary to the DNA strand to be replicated. DNA polymerase... View Article
PCR can be used in the early detection of a disease when the concentration of pathogen is less in the body, e.g. HIV, malaria, anthrax,... View Article
We need primers in PCR because DNA polymerase can only add nucleotides to the growing strand. Further reading: DNA Polymerase RNA Splicing... View Article
In the real-time PCR, the accumulation of the amplified product is quantified after each cycle as the reaction progresses. Further reading:... View Article
The main function of polymerase chain reaction is to amplify and make multiple copies of a piece of DNA of interest. Further reading: DNA... View Article
