Summary of Understanding the In Vitro Culture System and Factors That Affect It
In vitro cell culture involves growing cells outside of the body, primarily in two dimensions, which differs from the natural heterogeneous cell populations found in vivo.
Differences between in vitro and in vivo cell culture include the lack of histological hormonal regulation, missing nutritional components, and altered energy metabolism.
Cells in culture favor those with growth advantages such as flattening, spreading, and migration, usually unspecialized progenitor cells.
Despite differences, cells in culture can retain specialized functions and are used as model systems for studying diseases and research.
Factors affecting cell culture environment include growth temperature, growth substrate, confluency, and gas phase concentration.
Cell attachment is a crucial signal that modulates various cell functions such as cell division, differentiation, and apoptosis protection.
Cell attachment involves proteins like integrin, cadherin, selectin, and IG-like cam molecules that play a role in signal transduction and cell survival.
Calcium plays a critical role in cell adhesion, growth, and attachment, highlighting the importance of maintaining calcium presence for cell attachment to plastic.
Apoptosis, programmed cell death, can occur in response to loss of attachment or inappropriate attachment sites, leading to a decrease in cell productivity.
The balance of cell death versus proliferation affects cell population, with factors like positive growth signals enhancing proliferation and factors like serum withdrawal leading to apoptosis.
Proper nutrient and environmental conditions are essential for cell growth and productivity in culture.
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