Frozen tissue samples are often hard to store, transport, and maintain. In this article, we discuss the use of frozen tissue samples in research. These samples can be helpful for furthering our understanding of the function of human biological systems and help identify potential new drugs or treatments that could change how we manage certain conditions.
Frozen tissue samples can provide better insights as to what a certain organ is doing, and how that organ is working. Frozen tissue samples are helpful in medical research from https://www.geneticistinc.com/blog/the-pros-and-cons-of-ffpe-vs-frozen-tissue-samples because they allow scientists to study specific cells at different stages of life. With frozen tissue, scientists can study the same cells over an extended period of time, which allows them to have a better understanding of what’s happening in a particular part of the body, or the way that particular part works.
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Frozen tissue samples have the potential to help medical research by providing insight into certain diseases and conditions. Frozen tissue samples are collected in a lab. They are placed into plastic bags and frozen in liquid nitrogen. The sample is then removed from the bag and mounted to a slide before being examined by a pathologist or other specialist. The process of taking a tissue sample is now known as a biopsy.
Tissue samples from people who have died are often frozen shortly after death. They are then divided into separate portions and stored at different temperatures. One part of the sample is kept frozen at a temperature below 0 degrees Fahrenheit, or below minus 90 degrees Celsius. This type of tissue is called cryopreserved tissue samples. Another part of the sample is kept frozen at a temperature above -40 degrees F, or below minus 40 degrees C.