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A Non-invasive Method for Biological Age Estimation Using Frailty Phenotype Assessment

机译:使用脆弱表型评估的生物阶段估计的非侵入方法

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The human body has two different ages: a Chronological Age (CA), the actual time a person has been alive, and a Biological Age (BA), the real age that indicate the decline in health and in function ability during aging. Among previous studies, some authors proposed methodologies to estimate the Biological Age starting from non-invasive frailty measurements to evaluate the Frailty Index, others proposed invasive and expensive methods to measure the biological aging. Conversely, in this paper we propose a method to estimate the BA of a subject based on the assessment of the Frailty Phenotype. This type of evolution allows an efficient estimation of the frailty in contrast with the Frailty Index which is composed by a long checklist of clinical conditions and diseases to be evaluated from medical staff. We developed a cloud application, able to store and elaborate the data acquired during the evaluation protocol of the Frailty Phenotype, and also able to automatically provide the state of phenotypic fragility, and finally the Biological Age of a subject.
机译:人体有两年不同的年龄:年龄(CA),一个人活着的实际时间,以及一个生物学年龄(BA),即在老龄化期间表明健康和功能能力下降的真实年龄。在以前的研究中,一些作者提出了从非侵入性脆弱测量开始估计生物学年龄的方法,以评估脆弱指数,其他提出的侵入性和昂贵的方法来测量生物老化。相反,在本文中,我们提出了一种基于对脆弱表型的评估来估计对象的BA的方法。这种类型的进化允许与由临床病症和疾病的长核查表组成的脆弱指数,有效地估计脆弱的折射率和要从医务人员评估的疾病组成。我们开发了一种云应用程序,能够存储和详细阐述在脆弱表型的评估协议期间获得的数据,并且还能够自动提供表型脆性的状态,最后是受试者的生物学时代。

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