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Role of immune cells in reversal of aging process- A study in mice models

Manipulation of Eosinophils in belly fat to promote healthy aging

06-Jul-2020

Key points from article :

- Immune system continuously declines with the progression of age which results in frailty

-Frailty negatively impacts the quality of life.

- This has led researchers to identify new approaches to improve health-span in the aging population.

-Chronic low-grade inflammation is known to accelerate the aging processes

-Visceral adipose tissue, known as belly fat, crucially contributes to the development of chronic low-grade inflammation

-Immune cells such as Eosinophils in the belly fat help regulate chronic low-grade inflammation and reverse aging processes.

-With increasing age, the frequency of eosinophils in belly fat declines, and belly fat turns into a source of pro-inflammatory mediators.

-Studies showed that the transfer of eosinophils reduced inflammation and improved vaccination responses, not only in mice but also in humans.

-The future direction for research involves using the gained knowledge for the establishment of therapeutic approaches to promote healthy aging in humans.

Mentioned in this article:

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Alexander Eggel

Investigator at the Department of Rheumatology, Immunology and Allergology at the University Hospital Bern

FONDATION ACTERIA

Independent, noncommercial organization promoting research in Immunology and allergology in Zurich, Switzerland

Mario Noti

Researcher at Nestle's Department of Gastrointestinal Health

Nature Metabolism

Online journal Nature Metabolism is an online journal of Nature Research

Novartis

Global medicines company for developing and producing drugs.

University Hospital Bern (Inselspital)

One of the five university hospitals in Switzerland

University of Bern

Public research university.

Velux Stifung

Science funding foundation supporting researchers in the areas of day light research, ophthalmology and healthy aging

Topics mentioned on this page:
Ageing Research