Why NAD+ Matters

NAD+ is essential for over 500 cellular processes, from powering mitochondria to activating sirtuins, proteins that regulate aging and health. As we age, NAD+ declines due to increased consumption (e.g., DNA repair) and reduced synthesis, contributing to fatigue, metabolic issues, and disease vulnerability. Boosting NAD+ through precursors—molecules the body converts into NAD+—is a hot topic in longevity circles, promising to restore cellular resilience.

Harvard longevity expert David Sinclair is a vocal proponent of NAD+ boosting. He argues that NAD+ decline accelerates aging by impairing sirtuins, which maintain cellular health. His groundbreaking mouse studies show that nicotinamide mononucleotide (NMN) restores NAD+ levels, reversing mitochondrial aging and boosting vascular health and lifespan. Sinclair himself takes 1g of NMN daily, paired with resveratrol to enhance sirtuin activity. However, he acknowledges human evidence is still emerging, and his commercial ties to NAD+-related ventures have sparked debate. More human trials are needed to confirm his findings.

How NAD+ Precursors Work

NAD+ precursors feed into the body’s salvage pathway, efficiently replenishing NAD+. Here’s a quick look at the key players:

• Nicotinamide Riboside (NR): Converts to NMN via NRK enzymes, then to NAD+. It boosts muscle NAD+ by ~60%, enhancing energy and reducing inflammation.
• Nicotinamide Mononucleotide (NMN): One step from NAD+, NMN rapidly raises levels in the liver and brain, improving insulin sensitivity. It may convert to NR for cell entry.
• Nicotinamide (NAM) & Nicotinic Acid (NA): NAM recycles to NMN, but high doses may inhibit sirtuins. NA forms NaMN but causes flushing.
• Reduced Precursors (NRH/NMNH): These bypass rate-limiting enzymes for faster NAD+ production but may increase inflammation in some cells.

Precursors restore NAD+ to support metabolism and repair, though excessive doses risk methylation strain or other side effects.

The Science So Far

Mouse studies, including Sinclair’s, show NMN and NR extend lifespan and improve health metrics like endurance and vascular function. Human trials, however, are smaller and less conclusive. NMN (250–500 mg/day) has improved sleep in older adults and insulin sensitivity in prediabetic women, while NR reduces inflammation. Experts like Daniel Craighead and Jonas Thue Treebak caution that evidence for human lifespan extension is thin, with stronger benefits seen in conditions like prediabetes or age-related diseases.

Longevity Supplementation Trends

• Popular Choices: NMN (250–1,000 mg/day) or NR (e.g., Tru Niagen, 250–500 mg/day), often paired with resveratrol, metformin, or senolytics like fisetin.
• Methods: Oral capsules are most common, with sublingual forms for faster absorption. IV infusions ($200–$500/session) are pricier and less studied.
• Lifestyle Boosts: Fasting, exercise, and low-carb diets enhance NAD+ via NAMPT enzyme activity. X users (e.g., @BiohackerX, July 2025) report mixed results, with some feeling energized and others noticing little change.

Risks and Considerations

NAD+ precursors are sold as supplements, often unregulated by the FDA, leading to inconsistent dosages and unverified claims. NMN’s supplement status was questioned in 2022, reclassified as a drug. While short-term use is safe, long-term risks like liver strain or potential cancer promotion (in mice) remain unclear. Side effects include headaches or nausea. Researchers like Eduardo Chini and Joseph Baur suggest NAD+ therapies may better target diseases (e.g., Parkinson’s, heart disease) than general aging, urging caution against overhyped commercial products.

The NOMIX Take

At NOMIX, we’re excited about NAD+’s potential but grounded in science. Precursors like NMN and NR show promise, especially for metabolic and cognitive health, but they’re not a magic bullet. Pairing supplementation with healthy habits—exercise, fasting, and a balanced diet—maximizes benefits. Stay curious and cautious: consult your biocoach or doctor, choose reputable brands, and start with low doses.

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Revolutionizing Multi-Agent Interaction

ASI ONE excels at facilitating simultaneous communication with diverse agents. Users can engage with one agent while others operate in the background, ensuring efficiency and flexibility. During the demo, Fetch.ai showcased a scenario where a user interacted with a Brain MRI Segmentation Agent and a Weather Agent concurrently, demonstrating ASI ONE’s robust multitasking capabilities.

The process starts with selecting an agent. In the demonstration, the user searched for a Brain MRI Segmentation Agent and identified a suitable one from QBio.ai. ASI ONE’s intuitive interface simplifies the discovery and deployment of specialized agents, making it easy to align tools with specific research needs.

Seamless Agent Communication

Once selected, the user interacts with the Brain MRI Segmentation Agent by uploading data and submitting queries. The communication flows through a user-friendly interface, enabling smooth data exchange and result delivery. Powered by a machine-learning model trained on Brain MRI images, the agent automates complex segmentation tasks with high accuracy.

ASI ONE’s ability to manage multiple tasks simultaneously sets it apart. While the Brain MRI segmentation runs in the background, users can initiate additional queries with other agents. This feature is particularly valuable for NOMIX, as it supports their longevity research by allowing continuous progress across multiple workflows.

The integration of machine-learning models into ASI ONE’s agents drives automation and precision. These models handle intricate processes like Brain MRI segmentation, freeing researchers to focus on analysis and innovation. For NOMIX, this capability enhances the efficiency of our longevity-focused studies.

Advancing Longevity Research with ASI ONE

ASI ONE’s multi-agent communication empowers NOMIX to tackle complex research challenges. By enabling seamless interaction with specialized agents, ASI ONE ensures that tasks like medical imaging analysis are processed efficiently while researchers pursue additional objectives. This synergy aligns perfectly with NOMIX’s mission to advance longevity science.

Conclusion

The demonstration of ASI ONE highlights its transformative potential for longevity research-driven organizations like NOMIX. As a Fetch.ai service, ASI ONE combines cutting-edge multi-agent communication with machine-learning prowess, offering a powerful platform for longevity research and beyond. With partnerships like the one between Fetch.ai and NOMIX, ASI ONE is poised to accelerate innovation and unlock new frontiers in science.

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However, there are common mistakes that people make when implementing this method that hinder their progress. Below we look at these mistakes and show how to avoid them.

Mistake #1: Combining unrelated small steps
One of the most common mistakes is combining completely unrelated actions. We misunderstand the idea of combining (any) small habits and hope for positive results. For example, we might decide to do a push-up every day after brushing our teeth. The problem with this lies in the stark contrast between these two actions: our brain is confused and it becomes difficult to establish the desired habit. To ensure successful habit formation, it is important to choose actions that are related to each other and allow for smooth transitions.

Mistake #2: Overemphasizing the effortless and easy
Another common misconception is that small habits should be effortless and trivial. While the idea is to make habits so easy that it becomes impossible not to be able to do them, this overlooks the importance of aligning habits with personal values and a sense of fulfillment. Studies show that we are more likely to stick to habits that align with our values and contribute to our fulfillment. Meaningless habits that have no personal meaning, on the other hand, are not retained. Developing habits that are slightly more challenging and require mental negotiation can help build skills and resilience. Without a gradual increase in difficulty, learning progress is therefore limited.

Mistake #3: Tiny habits reinforce rigid thinking
Many people tend to have an all-or-nothing mindset and try to become more flexible in their thinking. Unfortunately, small habits often reinforce rigid habits. For example, someone who resolves to tidy their bedroom every day may start with the tiny habit of fluffing a single pillow. However, the binary nature of this habit – either you make it or you fail – can be detrimental to people who already struggle with all-or-nothing thinking. These people tend to use the binary against themselves, leading to feelings of failure and self-criticism. To avoid this, it is important to approach habits with a more flexible perspective, acknowledging progress and engaging in the learning journey rather than fixating on absolute success or failure.

In summary, while the concept of small habits offers valuable insights, it is crucial to properly understand the underlying concepts. By choosing related actions, making sense of our small habits and encouraging flexible thinking, we can develop a more effective behavior change strategy. Change is not always easy, but through persistence, accepting challenges and small rewards for progress, we can truly grow and evolve. It’s not always easy, this is where feedback sessions with our BIOCOACHES are helpful.

The post Tiny Habits – Do small steps lead to behavioral change? appeared first on NOMIX.

Why Simplicity Matters

The BIOCOACH app (available for BC1 pilot phase participants) focuses on simplicity. We’ve learned that limiting the number of incentivized activities can amplify the effectiveness of our program. Concentrating our incentives on key health behaviors ensures users aren’t overwhelmed and that their efforts are directed towards actions that truly matter for their health.

Salient Incentives

Inspired by science, our OM reward points are structured to be visibly rewarding. Whether it’s points for logging meals, achieving step goals, or participating in community challenges, these incentives are designed to resonate with users’ psychological perception of value, making them more impactful.

Instant Gratification

Behavioral economics tells us that immediate feedback can significantly influence behavior change. That’s why, with BIOCOACH, you earn OM points right away. This immediacy feels rewarding and reinforces the behavior, encouraging continued participation.

Targeting the Right Audience

Our system is tailored to motivate individuals who engage in healthy behaviors. Rather than rewarding those who would not otherwise engage in healthy activities, we aim to inspire change by fostering new health habits among those who understand the virtues of a good, long life.

Evidence-Based Incentives

Every point earned in BIOCOACH is linked to health data sharing and real health outcomes. Whether through process metrics like daily activity levels or direct health improvements, our rewards system is grounded in evidence, ensuring that every OM point contributes to a healthier you.

Reward Size Matters

We’ve calibrated our incentives to reflect the difficulty and value of the health behaviors we encourage. A step goal might earn you a modest amount, but achieving a significant health milestone or participating in a long-term study could yield substantial OM points, reflecting the effort and impact of your actions.

Setting Achievable Goals

BIOCOACH employs a goal gradient strategy. We set progressive, achievable goals that guide users toward success, one small victory at a time. This approach keeps motivation high and discouragement at bay, ensuring continuous engagement.

The Power of Regret

Finally, we leverage the concept of anticipated regret. Users are informed of their achievements and potential rewards they missed out on due to non-participation. This feedback loop lets users visualize the benefits of sticking with the program.

Join the BIOCOACH Revolution!

With the BIOCOACH app, your health journey is rewarded at every step. By participating in the BC1 pilot phase, you’re not just investing in your health; you’re earning valuable OM points that can be redeemed for various benefits, from health gadgets to wellness services.  Join us, take control of your health, and let BIOCOACH show you how rewarding a healthier lifestyle can be. Remember, in BIOCOACH, every step counts, every goal matters, and every reward is a step toward a better you. 

Start your journey with BIOCOACH today!

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These misunderstandings not only hinder a deeper understanding of the concept of longevity but also perpetuate misconceptions that can lead to an inaccurate perception of what it truly entails. In this blog post, we will delve into these misconceptions and provide clarity on the true nature of the longevity lifestyle.

Misconception #1: Longevity means living as long as possible, but not necessarily in good health.

This misconception stems from the assumption that the goal of longevity is to simply live longer, regardless of one’s health status. However, the true objective of longevity is to achieve not only a longer lifespan but also a healthier and more vibrant one. – in other words: longevity aims to match lifespan with healthspan. The idea that longevity is solely about living longer, without considering the quality of life during those additional years, is a common misperception that needs to be addressed.

In reality, longevity is about optimizing both the quantity and quality of life. It’s about enjoying a longer and healthier existence, free from chronic diseases, and maintaining a high level of physical and mental well-being. This is why proponents of longevity advocate for a holistic approach that encompasses a healthy diet, regular exercise, stress management, and a strong social support network.

Misconception #2: The longevity lifestyle involves giving up everything nice in life, sacrificing pleasure for the sake of longevity.

This misconception is rooted in the belief that adopting a longevity lifestyle means abandoning all the pleasures and indulgences of life, such as fine dining, travel, and socializing. This could not be further from the truth. The longevity lifestyle is not about denying oneself the things that bring joy and fulfillment; rather, it’s about finding a healthy balance between pleasure and well-being.

A true longevity lifestyle involves making informed choices that support overall health and longevity, while still allowing for the occasional indulgence. This means savoring a delicious meal or a glass of wine in moderation, engaging in activities that bring happiness and contentment, and cultivating meaningful relationships. The key is to strike a balance between pleasure and well-being, recognizing that a fulfilling life includes both.

In conclusion, the misconceptions surrounding longevity are not simply different perspectives on the same topic; they represent misunderstandings that can hinder our understanding of what it truly means to live a long and healthy life. By debunking these myths, we can shed light on the true nature of the longevity lifestyle, which is about optimizing both the quantity and quality of life, and finding a balance between pleasure and well-being. By embracing this approach, we can take a significant step towards achieving our ultimate goal: a longer, healthier, and more fulfilling life.

The post The Elusive Quest for Longevity: Debunking Two Common Misconceptions appeared first on NOMIX.

Recently, a systematic review and meta-analysis examined the effects of Resveratrol on metabolic health and found no significant benefits compared to placebo. The proposed connection between resveratrol and metabolic health relies on three main concepts:

1) Resveratrol is bioavailable,

2) Resveratrol activates sirtuins, and

3) Sirtuin activation mediates the health and longevity benefits of calorie restriction.

However, these concepts are not supported by evidence. Resveratrol’s bioavailability is limited, its “sirtuin activating” effects are artificial, and lifespan extension with sirtuin activation in yeast is not reproducible in multicellular organisms.

In conclusion, the meta-analysis found no significant differences between resveratrol and placebo treatments in effects on triglycerides, total cholesterol, HbA1c, insulin, liver enzymes, or BMI. The results are consistent across the included studies, indicating that Resveratrol offers no evident benefits for metabolic health. Notably, the study’s findings exhibited high consistency across all included trials, reinforcing the validity of the results. The weight of evidence against Resveratrol as an effective treatment or prevention strategy for any indication continues to grow.

🎧 Listen to our AI-generated deep dive conversation about the Resveratrol meta-analysis!

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As a result, patients tend to plateau in weight loss before reaching their final goal, as diet and exercise programs that initially showed promise prove ineffective after this early phase. One possible strategy to avoid such a premature plateau is to adjust diet and activity plans based on changes in whole-body energy expenditure over time. A new study sought to investigate whether using energy expenditure biofeedback to inform and adjust weight loss strategies would improve loss of body weight and fat mass compared to standard diet and activity counseling alone.

In this randomized trial, 52 participants with obesity were counseled by dietitians and instructed to maintain a standard caloric restriction (30% or 500 kcal/day below daily energy requirements, whichever was greater) and at least 150 minutes of physical activity per week during the 24-week study. For half of these participants (INT group), dietitians modified recommendations throughout the study based on energy expenditure information derived from wearable indirect calorimetry devices, while dietitians did not modify recommendations for control participants. At the end of the study, participants in the INT group had lost more weight overall than the control group (-2.3 kg; 95% CI: -3.1 to -1.5; P<0.001) and had a greater reduction in body fat percentage (-1.5%; 95% CI: -2.31 to -0.72; P<0.001).

In addition, a significantly higher proportion of participants in the INT group achieved a weight loss of at least 5% from baseline than participants in the control group (42% of the INT group versus 8% of the control group; P=0.007). These results suggest that integrating continuous feedback on metabolic changes to personalize and adjust diet and exercise plans may improve the likelihood of avoiding weight plateaus before reaching weight loss goals.

Biofeedback is a relevant aspect of BIOCOACHING that provides accurate information about the status quo and the change in health status through interventions recommended by the BIOCOACH based on the relevant health and lifestyle data.

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In a groundbreaking study, a team of researchers used single-cell and single-nucleus RNA sequencing to analyze over 90,000 muscle cells and nuclei from 17 human donors. This innovative approach allowed the researchers to characterize muscle aging at the cellular and subcellular level, providing valuable insights into the processes that contribute to age-related decline in muscle function.

The study revealed several important insights into the mechanisms underlying muscle ageing. One important observation is the degeneration of neuromuscular junctions, which are crucial for proper muscle function. With increasing age, these connections deteriorate, resulting in reduced muscle activation and strength.

Another important finding is the reduced activation of muscle stem cells, which play a critical role in maintaining muscle health and regeneration. As we age, these stem cells become less active, contributing to loss of muscle mass and function.
The study also identified an increase in muscle inflammation as a relevant factor contributing to age-related muscle loss. Chronic inflammation is known to have detrimental effects on various tissues and organs, and it appears to play a similar role in aging muscle.

To facilitate further progress in this area, the researchers have developed an online atlas that makes the data obtained in their study publicly available. This valuable resource will allow researchers worldwide to access and analyze the data, which could lead to new discoveries and breakthroughs in our understanding of muscle aging.

The implications of this study are far-reaching and have the potential to significantly impact the lives of millions of people worldwide. By shedding light on the cellular and molecular mechanisms underlying muscle aging, this research opens new avenues for the development of interventions and therapies aimed at preserving muscle function and preventing age-related decline.
As we age, it is important to understand the complex processes that contribute to the degradation of our bodies. This study is an important step towards this goal, and its findings will undoubtedly stimulate further research and innovation in the field of muscle ageing. By working together and harnessing the power of cutting-edge technology, we can unlock the secrets of ageing and improve the quality of life of older people around the world.

In our BIOCOACH program, we analyze the muscle aging of our participants by measuring grip strength. This is done with the help of a hand dynamometer, a handy device that can be used very easily at home on a daily basis to measure muscle strength.

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Deep within our brain lies a small but mighty organ called the pineal gland. It plays a complex role in regulating biological functions, influencing our biorhythms and general well-being. In this blog post, we will explore the fascinating area of the pineal gland by exploring its biological functions and its profound impact on our lives.

Biological functions of the pineal gland
The pineal gland is a small, peanut-sized structure behind the pituitary gland at the base of the brain. It plays a vital role in regulating various physiological processes in the body, including sleep-wake cycles, hormone secretion, and circadian rhythms. The gland contains specialized cells called pinealocytes that produce melatonin, a hormone that causes sleepiness during the night and wakefulness during the day.

In addition, the pineal gland regulates other critical bodily functions such as mood, appetite, growth, and development. It interacts with the pituitary gland and other endocrine glands to maintain hormonal balance and ensure proper functioning of the endocrine system.

Influence on our biorhythm
The pineal gland’s primary function is to regulate our internal biological clock, the circadian rhythm. This rhythm determines physiological processes, including sleep-wake cycles, metabolism, and hormone secretion. By synchronizing these functions with the 24-hour day-night rhythm, the pineal gland helps to maintain our overall well-being and health. In addition, research has shown that a disruption in the pineal gland’s functioning can lead to circadian rhythm disorders such as jet lag, shift work syndrome, and delayed sleep phase syndrome. These conditions can affect our state of mind, cognitive performance, and general attitude.

Effects on our general well-being
The pineal gland is also known for its role in spiritual and mystical experiences. It is considered the seat of intuition, creativity, and expansion of consciousness. Many spiritual traditions associate this gland with the so-called “third eye,” a mythical organ that allows us to see beyond the physical realm.
Research has shown that stimulating the pineal gland positively affects our mental well-being, including improved mood, reduced stress, and higher cognitive performance. In addition, meditation, yoga, and prayer are associated with increased activity of this gland, leading to a greater sense of inner calm, clarity, and a better connection to the outside world.

Influence on our longevity
The pineal gland’s role in regulating biological functions goes far beyond sleep-wake cycles and hormone secretion. It also plays a vital role in preventing cellular damage and oxidative stress, contributing to aging and age-related diseases.

There is evidence that melatonin modulates the immune system by influencing the production and activity of immune cells. Studies have shown that melatonin production decreases with age, posing an increased risk for chronic diseases such as cancer, cardiovascular disease, and neurodegenerative diseases. Maintaining a healthy pineal gland can reduce the risk of this negative process and promote a longer lifespan.

Summary
The pineal gland is a fascinating organ that regulates our biorhythm, hormone secretion, and overall well-being. Its influence on our sleep-wake cycle, mood, cognitive performance, and spiritual experiences makes it an essential part of our physiological functions.
By understanding the pineal gland’s importance and taking steps to support its health, we can promote optimal physical and mental well-being throughout life. Nurturing our pineal gland through diet, exercise, or spiritual practices is essential in unlocking our full potential and maximizing our longevity.

The post What is the pineal gland, and why is it important for longevity? appeared first on NOMIX.

One of the most important benefits of meditation is its ability to lower cortisol levels, which are associated with stress. Chronic stress can lead to inflammation, which is known to contribute to various health problems such as cardiovascular disease, cancer, and type 2 diabetes. Stress triggers inflammation through various mechanisms, including hormonal responses, activation of the sympathetic nervous system, immune system overreactions, oxidative stress, and changes in the gut microbiota.

Research has shown that intensive meditation practices such as the Isha Samyama practice can reduce chronic inflammation over time. Studies have shown that physical symptoms such as weight loss and lowering of C-reactive protein improved in participants who engaged in these practices. In addition, meditation has been linked to improved brain connectivity, which may help prevent the onset of mental illnesses such as dementia and Alzheimer’s disease.

Meditation offers numerous scientifically proven benefits overall, including increased self-awareness, relaxation, and calmness. Many research results indicate that, in addition to psychological effects, meditation also has direct positive effects on physical health, for example on cell aging. A recent study aimed to investigate the effects of long-term meditation practice on quality of life, state of mindfulness, and telomerase plasma levels in healthy adults.

A total of 30 experienced long-term meditators and 30 age- and gender-matched non-meditators were recruited for the study. The Five Facet Mindfulness Questionnaire (FFMQ) was used to measure the level of mindfulness, while the Quality of Life Questionnaire assessed quality of life. Plasma telomerase enzyme levels were measured using the Enzyme-Linked Immunosorbent Assay.
The results showed that practiced meditators had a significantly better level of mindfulness and quality of life than non-meditators (p < 0.001). In addition, practiced meditators were found to have higher plasma telomerase levels compared to non-meditators (p = 0.002). The duration of meditation practice was found to be significantly related to the mindfulness trait and plasma telomerase levels (p = 0.046 and p = 0.011, respectively). A regression analysis showed that the level of mindfulness significantly predicted plasma telomerase levels (p < 0.001).

This study adds to the growing body of evidence on the long-term benefits of meditation for well-being and healthy aging. The results suggest that incorporating meditation-based activities into lifestyle may help improve quality of life, mindfulness, and physical health. Further research is needed to explore the specific biological and psychological mechanisms underlying these effects.

Incorporating a regular meditation practice into one’s lifestyle can have numerous benefits for physical and mental longevity. In addition to a healthy diet, including supplements, and sufficient physical activity, research shows that meditation is a free and easily accessible method that has been shown to promote longevity. By reducing stress and inflammation, improving brain connectivity (neuroplasticity), and promoting overall well-being, meditation can be an effective tool for a longer, healthier, and more fulfilling life.

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