What do B cells differentiate into? Why are turgid cells useful to plants? Why is glucose important to a plant cell? Why does a cell undergo mitosis? Where are B cells located? Why are enzymes important? Why do complex organisms need specialized cells?
Related to this Question Why do cells have different signaling pathways? How do cells respond to signals? How are cells able to respond to signal molecules? How do cells receive signals? How do cells create electrical signals? Why do cells need autocrine signaling?
On the other hand, there is a further type of stem cells present in the adult body, with the potential to develop (differentiate) into cells of all three embryonic germ lay- ers (ectoderm, mesoderm, endoderm) [1, 2, 6]. These cells, which are termed vascular associated pluripotent stem...
How do you get that kind of information? You just ask them, or you look on the site? What are some ways to find out their past clients? Brig: In all honesty, the only way that I've found useful, is when the person I'm talking to State side, who isn't associated with the ...
Biological relevance, a feature mostly lacking in 2D adherent cell cultures, is the first benefit. We know that when compared with in vivo systems, cells cultured in three dimensions differentiate and produce metabolites at levels and in ways similar to their tis...
It is important to differentiate if a customer review is real or fake. It may be easy to aggregate reviews and ratings, but you need to look into at least a few of the reviews to understand whether they are reliable or not.1. Look out for overly positive reviews and overly negative ...
MSC-based strategies are attractive because compared to chondrocytes, bone marrow MSCs have the advantage of ease of access, thereby eliminating the need for a first operation, and the greater number of cells obtained during the isolation and following expansion without the risk of de-differentiation...
Thereafter, they are sustained by a combination of local division, differentiation from locally deposited precursors, and varying amounts of repopulation from bone marrow cells (or potentially other tissues) that differentiate in adult life. The contributions of these various pathways to ILC populations...
The transmission of epigenetic variants through sexual generations poses theoretical difficulties. The main problem is that the fertilized egg has to be in a state that allows descendant cells to differentiate into all the various cell types. For years, scientists thought that all memories of the “...
Why do cells need exposure to T_3 for their normal rate of metabolism? What characteristics does the cell have for it to become the basic unit of life? How have model organisms advanced our knowledge of genes that control human diseases? Why a neuron normally does not transform into a tumo...