Figure 4.
Figure 4. Model of DC pathophysiology. Mutations in telomerase and shelterin components (primary defects) cause excessive telomere attrition; this, together with environmental factors (eg, smoking), in the context of the overall genetic constitution of the individual, leads to premature cell death and chromosome instability. With increasing age, this eventually either reduces/exhausts the stem cell reserve (thereby leading to clinical features such as BM failure) or results in cancer.

Model of DC pathophysiology. Mutations in telomerase and shelterin components (primary defects) cause excessive telomere attrition; this, together with environmental factors (eg, smoking), in the context of the overall genetic constitution of the individual, leads to premature cell death and chromosome instability. With increasing age, this eventually either reduces/exhausts the stem cell reserve (thereby leading to clinical features such as BM failure) or results in cancer.

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