器官特异性衰老的老年病理学。

Journal of translational science Pub Date : 2021-02-01 Epub Date: 2021-06-16 DOI:10.15761/jts.1000458
Jenna Klug, Sara Christensen, Denise M Imai, Timothy A Snider, Warren Ladiges
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引用次数: 0

摘要

衰老是一个复杂的多维渐进衰退过程,会影响多个器官系统,其中有许多过程至今仍不甚明了。虽然许多研究都侧重于研究多个器官的衰老过程,但对单个器官对整体衰老过程的贡献的评估还未得到足够重视。最近,在实验室小鼠中使用老年病理学分级平台对器官衰老进行研究和比较的能力得到了证实。这一概念包括对器官内与年龄相关的组织学病变进行鉴定和分级,从而为每个器官生成一个量化病变评分,该评分可代表器官相关病变的存在和程度,并可与其他受检器官的评分进行比较。这种老年病理学方法为阐明多个器官衰老的基本机制以及器官对治疗干预的反应提供了强有力的工具。此外,正在进行的有关这一概念的工作已将老年病理学分级系统扩展和调整到其他临床前动物模型物种,这些动物模型通常用于了解衰老人类的疾病相关表型,最终增加了这一概念的实用性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。

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The geropathology of organ-specific aging.

Aging is a complex multidimensional process of progressive decline affecting multiple organ systems by a number of processes that are still not well understood. While many studies have focused on the approach of studying aging across multiple organs, assessment of the contribution of individual organs to overall aging processes is under appreciated. The ability to study and compare organs in the context of organismal aging has been documented recently using a geropathology grading platform in laboratory mice. This concept consists of identifying and grading age-related histologic lesions within organs to generate a quantitative lesion score for each organ, which is representative of the presence and degree of organ-related pathology, and can be compared to scores from other organs examined. This geropathology approach provides a powerful tool to elucidate the basic mechanisms of aging in multiple organs, as well as the response of organs to therapeutic interventions. Furthermore, ongoing work with the concept has expanded and adapted the geropathology grading system to other preclinical animal model species that are commonly used to understand disease associated phenotypes in aging humans, ultimately adding to the utility of the concept.

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