What does PEMC mean in HUMAN GENOME
Porcine Embryonic Myogenic Cells (PEMC) are a type of stem cell that play an important role in the development of muscle tissue. They are derived from fetal pig embryos and have been studied extensively in research, particularly in the fields of regenerative medicine and immunology. This article takes a closer look at PEMC cells, their characteristics and potential applications.
PEMC meaning in Human Genome in Medical
PEMC mostly used in an acronym Human Genome in Category Medical that means Porcine Embryonic Myogenic Cell
Shorthand: PEMC,
Full Form: Porcine Embryonic Myogenic Cell
For more information of "Porcine Embryonic Myogenic Cell", see the section below.
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Characteristics
PEMCs have a high degree of plasticity, meaning they can differentiate into many different lineages, including those involving components of muscle tissue such as myoblasts, fibroblasts and vascular endothelial cells. These cells also possess immunomodulatory properties which help regulate inflammation and immune responses. Moreover, they can be easily isolated and cultured in vitro, making them suitable for research purposes.
Applications
The wide range of features displayed by PEMCs allows them to be used for various medical and scientific applications. For example, studies have demonstrated that these cells can induce regeneration of damaged heart tissue after a heart attack or other cardiac event. Additionally, animal studies suggest that transplantation of PEMC-derived myoblast sheets might be useful for improving muscular function in cases of severe muscular dystrophy or other conditions causing muscle wasting. Furthermore, due to their potency as both progenitors and regulators of the immune system, PEMCs are being investigated to determine whether they may provide therapeutic benefit in diseases with autoimmune components such as multiple sclerosis or rheumatoid arthritis.
Essential Questions and Answers on Porcine Embryonic Myogenic Cell in "MEDICAL»GENOME"
Overall, Porcine Embryonic Myogenic Cells (PEMCs) offer numerous potential uses across a variety of medical and scientific fields due to their unique complementary properties as progenitor cells capable of generating many different tissue types as well as regulators with immunomodulatory activity. This makes them attractive targets for research projects looking to develop novel treatments for conditions involving cardiac injury or dysfunction or autoimmune disorders.
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