Maria Branyas: Secrets to a Long, Healthy Life (117 Years Old)
- A groundbreaking study reveals insights into the remarkable healthspan of the world's former oldest person, Maria Branyas Morera, who lived to 117, defying typical age-related diseases.
- Maria branyas Morera, a Catalan woman who passed away in August 2023 at the remarkable age of 117 years and 168 days, captivated the world not just wiht...
- Intrigued by her resistance to common age-related ailments, researchers at the Josep Carreras Institute in Spain embarked on a thorough study.
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Teh Remarkable Resilience of Maria Branyas Morera: Unlocking the Secrets to Extreme Longevity
Table of Contents
A groundbreaking study reveals insights into the remarkable healthspan of the world’s former oldest person, Maria Branyas Morera, who lived to 117, defying typical age-related diseases.
A Life Defying Expectations
Maria branyas Morera, a Catalan woman who passed away in August 2023 at the remarkable age of 117 years and 168 days, captivated the world not just wiht her longevity, but with her vibrant health. For a year and a half, she held the title of the world’s oldest living person, and remarkably, maintained good health well past the age of 110. She continued to play the piano until age 108 and even recovered from a COVID-19 infection at 116 – feats that prompted scientists to investigate the biological factors underpinning her exceptional resilience.
Intrigued by her resistance to common age-related ailments, researchers at the Josep Carreras Institute in Spain embarked on a thorough study. Their investigation, detailed in the peer-reviewed journal Cell Reports Medicine, examined Branyas’s entire biological profile, from her genetic makeup and gut microbiome composition to the intricacies of her metabolism.
The Paradox of Aging: Short Telomeres,Cancer Signals,But No Disease
The study revealed a interesting paradox. While Branyas exhibited several biological markers typically associated with aging and disease risk, she remained remarkably free from debilitating conditions. As a notable example, her telomeres – the protective caps on the ends of chromosomes that shorten with age – were exceptionally short. Moreover, she displayed changes in her blood indicative of an increased risk of cancer. Tho,these warning signs never manifested as actual diseases.
“These signals were present,but they didn’t translate into pathology,” explains Dr. Manel Esteller, lead author of the study and director of the Josep Carreras Institute. “It’s as if her body had a remarkable ability to neutralize these threats.” Branyas ultimately passed away peacefully in her sleep from natural causes, a testament to her overall health and resilience.
Unraveling the Epigenetic Code
A key finding of the research centers around Branyas’s epigenetic profile. Throughout life, our DNA accumulates chemical modifications, known as epigenetic markers, which influence gene expression without altering the underlying DNA sequence. These markers act as a sort of “biological clock,” frequently enough correlating with chronological age. Though, Branyas’s epigenetic age consistently lagged behind her actual age.
Researchers assessed her epigenetic age using six different methods, and in all cases, it was significantly lower than 117 years. This suggests that her cells maintained a more youthful profile, perhaps contributing to her resistance to age-related diseases. The study highlights the importance of epigenetic factors in determining healthspan and longevity.
“her epigenetic profile was remarkably youthful,” says Dr. Esteller. “It’s as if her cells were operating at a slower pace of aging.”
The Role of Genetics and the gut Microbiome
While epigenetics played a significant role, the study also investigated Branyas’s genetic background and gut microbiome. She carried genetic predispositions for