Significance of Cell proliferation inhibition
Cell proliferation inhibition is defined as the reduction of cell growth and replication. Research indicates that this inhibition is about 40% for MDA-MB-231 cell lines and around 30% for HT-29 cell lines when treated with oxaliplatin. This significant decrease in cell proliferation highlights the potential effectiveness of oxaliplatin in targeting specific cancer cell lines.
Synonyms: Growth arrest, Anti-proliferative activity, Mitosis inhibition, Growth inhibitory effect
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The concept of Cell proliferation inhibition in scientific sources
Cell proliferation inhibition denotes a significant decrease in cell growth and replication, evidenced by approximately 40% reduction in MDA-MB-231 and 30% in HT-29 cell lines upon treatment with oxaliplatin.
From: The Malaysian Journal of Medical Sciences
(1) Cell proliferation inhibition is the reduction in the rate of cell growth, a key outcome observed in the study where MTJ treatment leads to a decrease in the multiplication of cancer cells.[1]