Increased Life Expectancy
Anti-ageing and reversing it seems to be a science fiction. However, technological innovations are being developed to achieve this goal. Longevity is also sited in ancient hindu literature (click here). Attaining longer life has been a major quest for many eminent researchers and pharmaceutical companies (some of them are listed in table 1).Scientists | Primary Institution |
---|---|
Alex Zhavoronkov | Insilico Inc. |
David Sinclair | Harvard Medical School |
Aubrey de Grey | SENSE Research Foundation |
I have often seen following FAQs on ageing problem in variety of discussion forums:
a) Is it possible to slow down ageing?
b) Is it possible to live longer than 100 years?
c) Is reversing of ageing possible?
In light of the above mentioned questions it is certainly possible to slow, reverse and live longer. Evidences of long living naked mole rats, longest living lady Jeanne Louise Calmest and based on the life expectancy data of WHO (figure 1) and "Our World in Data" shows (figure 2) increase in average life expectancy in last 160 years.
![]() |
Figure 1: Top 10 countries with increased life expectancy |
![]() |
Figure 2: Increase In Life Expectancy over 160 Years |
These results indicates that there is a chance of increasing life expectancy.
Molecules For Anti-ageing
Ironically, drinking wine can help in anti-ageing. It doesn't mean that people should be drunk to achieve a long life (seems to be impractical). A Harvard Professor, Dr. David Sinclair discovered that the active ingredient of red wine (called as resveratrol) obtained from black grapes may be responsible for anti-ageing by activating SIRT1 de-actylase mediated mechanism at cellular level (Science Magazine). They found that natural (resveratrol) and synthetic sirtuin activating compounds (STACs) may help in anti-ageing by targeting SIRT1. Resveratrol supplements are available by pharmaceutical companies for consumption on amazon. Following TEDMED video of Prof. Sinclair explains the importance of anti-ageing research and how to achieve it at cellular level can be seen here.
![]() |
Figure 3: Resveratrol and Wine In Anti-aging |
Although, this discovery is an important scientific finding towards attaining longevity. However, it is difficult to say with certainty, if resveratrol will work effectively in human conditions because of its complexity.
Another commonly used molecule for anti-ageing application is Curcumin. Similar to resveratrol this molecule is also available from food material (figure 4) and it forms one the most common ingredient of Indian Spices. Curcumin is a phytochemical molecule and it may help slowing ageing process by inhibiting mTOR pathway.
![]() |
Figure 4: Curcumin |
Molecules like resveratrol and curcumin have shown to be the proof of principle that there is a possibility of attaining long life by slowing the ageing process. Eminent researchers are still struggling to find newer and better molecule which may help in anti-ageing by targeting telomeres, m-TOR or SIRT1. Further, following documented video by Dr. Alex Zhavoronkov showcase Insilco Inc. finding about healthy ageing in an international symposium as shown below:
Insilco Inc under leadership of Dr. Alex is not only trying to study ageing at molecular level but also trying to fight against age related disease by developing personalised medicine segment. In addition to the use of these molecular findings a new mobile app is developed by RYNLK to detect the effects of these anti-aging molecule by taking selfies. App can be downloaded from the following link. More technical details about the use of this app can also be available from here
It’s really such nice information to get advantage from.
ReplyDeletebranding services in SF
This is a nice graph that indicates that there is a chance of increasing a life expectancy. spray foam insulation near me
ReplyDeleteThis article highlights the fascinating advancements in longevity research, particularly how compounds like resveratrol and curcumin may help slow down aging. Interestingly, the concept of preserving youth at a cellular level is quite similar to how insulation works in a home—both aim to prevent deterioration over time. Just as high-quality insulation helps maintain energy efficiency by reducing heat loss, molecules targeting aging pathways like SIRT1 and mTOR help maintain cellular health by slowing biological wear and tear.
ReplyDeleteAdditionally, much like how the right insulation can prolong the lifespan of a building by preventing damage from temperature fluctuations, ongoing anti-aging research seeks to extend human life by protecting against cellular stress and degeneration. Both fields emphasize the importance of long-term protection—whether it’s for a home or the human body.
That said, while the research is promising, the article could benefit from discussing the practical limitations of these discoveries, much like how not all insulation materials are equally effective. The mention of technology, such as RYNLK’s mobile app, is intriguing, but real-world validation of its effectiveness would strengthen its credibility. Overall, this is a thought-provoking piece that invites us to consider the parallels between preserving energy in buildings and preserving vitality in humans! Click here to learn about my science of insulation installation!
This is a fascinating approach to combating aging! Just like these scientists are working to slow down the aging process at a molecular level, proper insulation helps slow down energy loss in buildings—keeping homes efficient, comfortable, and in top shape for years to come. Whether it’s preserving cellular integrity or maintaining indoor temperatures, longevity is all about using the right materials in the right places. Excited to see where these advancements lead! www.aurorainsulationcontractor.com
ReplyDelete