HOW DO STEM CELLS WORK IN REGENERATION?

 

Stem cells are the body's raw material cells from which all other cells with particular purposes are made. Under the accurate circumstances in the body or a research laboratory, stem cells split to form more cells called daughter cells. Stem cell therapy, also identified as regenerative medicine, helps the repair response of unhealthy, dysfunctional or wounded tissue by stem cells or their derivatives.

Researchers develop stem cells in a laboratory. These stem cells are operated to specialize into precise types of cells, such as heart muscle cells, blood cells or nerve cells.

The specific cells can then be inserted into an individual. For example, if the individual has heart disease, the cells can be inserted into the heart muscle. The healthy transplanted heart muscle cells could then add to repairing defective heart muscle.

Comments

Post a Comment

Popular posts from this blog

WHAT IS THE IMPORTANCE OF MOLECULAR DIAGNOSTICS?

Image
  Molecular diagnostics  is a group of methods used to analyze biological markers in the genome and proteome, and how their cells express their genes as proteins, applying molecular biology to medical testing. In medicine the method that is used to identify and monitor disease, identify risk, and select which therapies will work best for individual patients. Molecular diagnostics uses  in vitro  biological assays like PCR-ELISA or Fluorescence in situ hybridization. The assay identifies a molecule, frequently in low concentrations, that is a marker of virus or risk in a sample taken from a patient. Safeguarding of the sample before analysis is critical. Manual handling must be decreased. The delicate RNA molecule poses certain tests. As part of the cellular process of expressing genes as proteins, it deals an amount of gene expression but it is in danger to hydrolysis and breakdown by ever-present RNAse enzymes. Samples can be snap-frozen in liquid nitrogen or protected in preservat
Read more

WHY IS MOLECULAR BIOLOGY IMPORTANT?

Image
  The area of molecular biology has a deep impact in life science research. Major developments in molecular biology over the past four decades have inspired research and progress in almost all the disciplines of life science.  This heavy force includes the development of more and more refined experimental techniques in molecular biology with a broad, interdisciplinary applicability; the ever-expanding movement of info of technical novelties and scientific findings across the scientific community; and the improvement of specific software and continuously updated databases for, respectively, analyzing and storing data on genotypes,   gene expression levels, cytogenetic profiles and other molecular features.  One main example is the innovation in  high-throughput biology, next generation sequencing and recombinant DNA technology, which made the potential to unveil the extraordinary complexity of the genome and elucidate the precise mechanisms for the communication of the genetic infor
Read more