So, the question is, why does America allow dysfunctional politics to result in horrible, even suicidal policies?
In the telomerase mutant mouse model, lack of p53 allows dysfunctional cells to avoid fates associated with checkpoint activation, including growth arrest and apoptosis [24], [25].
Therefore a fuller understanding of the pathways allowing eukaryotic cells to tolerate dysfunctional telomeres or to maintain functional telomeres, either in the presence or absence of telomerase, is critical for understanding processes underlying carcinogenesis and aging.
Telomerase-deficient yeast cells are therefore an excellent model system to study the pathways that allow eukaryotic cells to tolerate dysfunctional telomeres or to maintain telomeres in the absence of telomerase, and are thus useful for studying pathways relevant to human carcinogenesis.
For example, too much apoptosis can yield tissue degeneration [ 3- 6], while too little apoptosis allows either dysfunctional cells to accumulate or differentiated immune cells to persist [ 7- 9].
Third, incorporation of routine measurement of HDL-C as denominator does not allow distinguishing dysfunctional, less atheroprotective or even atherogenic HDL subclasses which may be more prevalent in patients with T2DM.
Samples containing mutated APC genes produced dysfunctional proteins, allowing them to be easily identified.
However, under conditions of chronic inflammation, the factors that control the inflammatory response are dysfunctional, thereby allowing inflammation to continue [ 41].
When developing the sod1 transgenic zebrafish, we hypothesized that misfolding of the Sod1 protein in vulnerable cell populations would cause cellular stress and activate the HSR, allowing identification of potentially dysfunctional neurons.
