the telomeres shorten with age, impacting cell division.
端粒會隨著年齡增長而縮短，影響細胞分裂。
telomere length is often associated with longevity.
端粒長度通常與長壽有關。
researchers are studying telomere biology for potential therapies.
研究人員正在研究端粒生物學以開發潛在的治療方法。
telomerase is an enzyme that lengthens telomeres.
端粒酶是一種能延長端粒的酶。
shortened telomeres can trigger cellular senescence.
縮短的端粒可能觸發細胞衰老。
telomere dysfunction is linked to various age-related diseases.
端粒功能障礙與各種與年齡相關的疾病有關。
maintaining healthy telomeres is crucial for cellular health.
維持健康的端粒對細胞健康至關重要。
telomere attrition contributes to the aging process.
端粒磨損會促進衰老過程。
telomere capping protects chromosomes from damage.
端粒帽可保護染色體免受損傷。
telomere biology is a complex and fascinating field.
端粒生物學是一個複雜而迷人的領域。
telomere length varies between different cell types.
端粒長度在不同細胞類型之間有所不同。
telomere dysfunction can lead to genomic instability.
端粒功能障礙可能導致基因組不穩定。
the telomeres shorten with age, impacting cell division.
端粒會隨著年齡增長而縮短，影響細胞分裂。
telomere length is often associated with longevity.
端粒長度通常與長壽有關。
researchers are studying telomere biology for potential therapies.
研究人員正在研究端粒生物學以開發潛在的治療方法。
telomerase is an enzyme that lengthens telomeres.
端粒酶是一種能延長端粒的酶。
shortened telomeres can trigger cellular senescence.
縮短的端粒可能觸發細胞衰老。
telomere dysfunction is linked to various age-related diseases.
端粒功能障礙與各種與年齡相關的疾病有關。
maintaining healthy telomeres is crucial for cellular health.
維持健康的端粒對細胞健康至關重要。
telomere attrition contributes to the aging process.
端粒磨損會促進衰老過程。
telomere capping protects chromosomes from damage.
端粒帽可保護染色體免受損傷。
telomere biology is a complex and fascinating field.
端粒生物學是一個複雜而迷人的領域。
telomere length varies between different cell types.
端粒長度在不同細胞類型之間有所不同。
telomere dysfunction can lead to genomic instability.
端粒功能障礙可能導致基因組不穩定。
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