Free shipping with all taxes and duties included worldwide

Our Holistic Complex has a proven protective role on telomere shortening and healthy aging

“Holistic Health products are about thoroughly science-backed solutions. A lifescience study about the CLP Holistic Complex (that is at the core of each Holistic Health supplement) shows that it has beneficial effects by decreasing the rate of telomere shortening and preserving telomere length under normal conditions, thus contributing to longevity.”

What is a telomere?

Our genes are organized inside the cell nucleus as DNA molecules called chromosomes. Telomeres are short repetitive sequences of DNA at the end of each human chromosome, forming a protective cap. Telomeres play vital roles in multiple cellular processes because they protect chromosomes from end-to-end fusions and chromosomal instability.

What happens as we age?

As cell division occurs, telomeres become successively shorter until chromosomes reach a critical length and can no longer replicate, which means that cells can no longer divide and they become senescent or die. Lack of cell repair and accumulation of senescent cells can deteriorate an organ or tissue.

SINCE SHORTER TELOMERES HAVE BEEN IMPLICATED IN DNA INSTABILITY, CHRONIC DISEASES, AND ONCOGENESIS, THE RATE OF TELOMERE SHORTENING IS CRITICAL TO IMPROVING HEALTH AND SLOWING AGING.

Telomere length has been recognized as one of the best biomarkers of aging

Considerable efforts have been made over the past few decades to develop measures of aging impact which are reliable, precise, and robust. An accelerated telomere attrition rate is also a common feature of age-related diseases.

Evidence shows that reduction in telomere length is associated with failure of cell division and senescence of normal cells and that oxidative stress and inflammation can contribute to a greater shortening of telomeres.

Oxidative stress is a condition that occurs when there is an excess of free radicals produced during metabolic processes in the body’s cells. The imbalance between free radicals and antioxidants plays a significant role in aging, causing changes in proteins, lipids, and DNA.

One major consequence of oxidative stress is DNA damage, which includes telomere shortening and modification of the structure of DNA, altering its coding properties, and interfering with cell processes.

Oxidative stress can be triggered by factors such as diet, lifestyle, pollution, and radiation, as well as by the body’s natural immune response, causing inflammation that disappears after the immune system repairs an injury or fights off infection. Chronic inflammation associated with aging and conditions like autoimmune diseases, cancer, diabetes, hepatitis, inflammatory bowel disease, and others, or long-term exposure to irritants such as industrial chemicals or polluted air, can accelerate telomere loss and cause cellular senescence. Over time, chronic inflammation can trigger the immune system to attack healthy tissue and organs and increase your risk of age-related conditions.

About the in-vitro expansion study conducted by Life Length Laboratories to investigate the protective effect of the CLP Holistic complex on telomeres.

Study design: Telomere-length measurement using telomere analysis technology

The CLP Holistic Complex was tested on human cells (primary fibroblasts) to investigate its effect on telomere length. In this eight-week-long expansion study, the laboratory analyzed how different doses of the complex simulate the aging process that cells undergo for more extended periods. Telomere length was measured using Life Length’s proprietary CLIA (#99D2112462), and ISO 15189 accredited Telomere Analysis Technology (TAT®).

Study Results:

THE TELOMERE STUDY SHOWED THAT THE TELOMERE SHORTENING ASSOCIATED WITH CELL AGING WAS MUCH SLOWER WITH THE CLP HOLISTIC COMPLEX SUPPLEMENTATION WHEN COMPARED TO THE UNTREATED (CONTROL) GROUP.

 

EXPLORE AND SHOP AGE-DEFY

After eight weeks of expansion, the intake of Holistic Health supplements resulted in fewer cells with short telomeres and more cells with long telomeres.

Conclusion

The study demonstrated that the CLP Holistic Complex featured in all Holistic Health supplements has a protective effect on telomeres, decreasing telomere-shortening rate, which results in cells reaching senescence later and thus delaying the aging process.

THE DATA SUPPORT A POTENTIAL ROLE FOR THE HOLISTIC HEALTH SUPPLEMENTS AS PART OF A HEALTHY DIET IN MITIGATING THE NEGATIVE EFFECTS OF AGING MECHANISMS, CONTRIBUTING TO LONGEVITY.

More about the CLP Holistic Complex

An unparalleled core complex that targets deeply at a cellular level is the breakthrough innovation at the heart of each CLP Holistic Health supplements.

Building on 90 years of research and clinical practice, Clinique La Prairie lifescience experts have identified 5 fundamental pillars of balanced health - immunity, neuromodulation (stress management), anti-inflammation, rejuvenation and cellular longevity – connecting the most powerful bioactive compounds to target them in a proprietary formula.

The result is a fusion of 5 potent ingredients balanced with targeted active naturals that connect together for your wellbeing and longevity.

To effectively combat aging, it is imperative to address holistic aspects such as nutrition, sleep, alcohol consumption, physical activity, or many others. Leading a healthy lifestyle slows down the onset of dysregulation and can be complemented using Holistic Health supplements to further support this endeavor.

Its about rebalancing the body system to reduce age-related chronic inflammation and promote cell regeneration. Longevity is inked with the 12 hallmarks of aging, which Holistic Health targets as a whole, thanks to its powerful and carefully-chosen ingredients.

You might think that longevity is a worry for way down the road, maybe when you hit your 50s or beyond. Well, not really, it begins much earlier than you might imagine — think as early as your 30s. Our body starts to undergo subtle changes. We feel that our metabolism slow down, our cells might not bounce back from stress as quickly. Scientific research has unveiled these hallmarks of aging, shedding light on the underlying biological processes that contribute to the aging phenomenon.

 

 

Read the full article

The aging process involves a series of biological changes that affect the integrity and function of our cells, beginning as early as your 30s and continuing throughout life.

These changes include genomic instability, where DNA accumulates damage over time, leading to mutations. Telomeres, protective caps at the ends of chromosomes, shorten with each cell division, contributing to cellular senescence. Epigenetic alterations, influenced by environmental factors and lifestyle choices, also play a crucial role in aging by affecting gene expression patterns. Another hallmark of aging is the loss of proteostasis, which refers to the decline in maintaining protein homeostasis within cells.

Genomic instability

Telomere attrition

Epigenetic alterations

Loss of proteostasis

Disabled neuronal autophagy

Aging cells also experience deregulated nutrient sensing, compromising metabolic pathways. Mitochondrial dysfunction, where the powerhouse of the cell experiences decline, leads to decreased energy production and oxidative stress.

Cellular senescence, characterized by cells reaching irreversible growth arrest, accumulates with age, contributing to chronic inflammation and tissue dysfunction.

Mytochondrial dysfunction

Cellular senescence

Deregulated nutrient-sensing

Stem cell exhaustion, another consequence of aging, impairs tissue repair and regeneration processes.

Aging also disrupts intercellular communication, which contributes to tissue dysfunction. This loss of communication can exacerbate the accumulation of damaged proteins, further impairing cellular function.

Dysbiosis

Chronic inflammation

Altered inter-cellular communication

Stem cell exhaustion

01 - Synerithin

02 - Fixentin

03 - Niehanyl

04 - Betavia

05 - Cavacurmin

06 - Coenzyme Q10

07 - Spermidine

08 - Astragalus

09 - Selenium

Please accept Experience cookies to watch the video
Edit preferencies