Plasma is the liquid part of the blood. It constitutes about 50% of the volume of human blood and is devoid of cells and does not coagulate. It is prepared from whole blood from a single donor or multiple donors. Human bone marrow plasma and human cord blood-derived #Plasma are loaded with various growth factors, transferrin, lipoproteins, and a variety of proteins.

These proteins play a crucial role in maintaining the osmotic pressure, pH, and electrolyte balance. In addition to being such high-value material for #research, plasma also contains several hormones, amino acids, and antibodies that can be used to test their interaction with the drug of choice. They serve as crucial research resources to further our understanding of human biology.

If you wish to learn more about how Human cord blood-derived Plasma is used, click on the link below: https://shorturl.at/VwoHF


#Kosheeka #PrimaryCells #HumanCordBloodDerived #CellCulcure
Plasma is the liquid part of the blood. It constitutes about 50% of the volume of human blood and is devoid of cells and does not coagulate. It is prepared from whole blood from a single donor or multiple donors. Human bone marrow plasma and human cord blood-derived #Plasma are loaded with various growth factors, transferrin, lipoproteins, and a variety of proteins. These proteins play a crucial role in maintaining the osmotic pressure, pH, and electrolyte balance. In addition to being such high-value material for #research, plasma also contains several hormones, amino acids, and antibodies that can be used to test their interaction with the drug of choice. They serve as crucial research resources to further our understanding of human biology. If you wish to learn more about how Human cord blood-derived Plasma is used, click on the link below: https://shorturl.at/VwoHF #Kosheeka #PrimaryCells #HumanCordBloodDerived #CellCulcure
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Human bone marrow blood derived Plasma - Kosheeka
Primary Stem Cells for Industrial and Academic Research
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