Listado de la etiqueta: longevity

Longevity: Why do we age?

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Longevity: Why do we age?

Longevity: Why do we age? This is a key question in the field of anti-ageing medicine. Longevity is the term that describes the process of extending life and improving the quality of years lived. Understanding why we age is essential for those who seek not only to live longer, but also to enjoy a fuller life at every stage.

Main theories of ageing

Throughout history, various theories have emerged to explain why we age. From free radical damage to telomere shortening, each theory shows us one aspect of ageing. However, we now know that ageing is the result of factors that affect longevity. David Sinclair, one of the world’s leading researchers in longevity, argues that, beyond the inevitable, ageing can be slowed by intervening in these factors.

The 12 key factors of ageing: Why do we age?

Today, scientists recognise 12 factors that explain why we age and affect longevity. These factors, known as hallmarks, are grouped into three categories: Primary, Antagonistic and Integrative. Understanding them is essential to any strategy to extend longevity.

The 12 Hallmarks of Ageing

Categories of ageing: Primary, Antagonists and Integrators

Each category groups together factors that contribute to ageing and ultimately provide an answer to why we age:

  • Primary: Primary causes of ageing, such as genetic damage and telomere instability, are the starting points.
  • Antagonists: Body responses that attempt to compensate for damage, such as chronic inflammation, but which, over time, end up accelerating ageing.
  • Integrators: These represent cumulative changes in the body, such as stem cell depletion, that consolidate loss of function and affect longevity.

Factors of ageing that affect longevity

  1. Genomic instability: DNA damage is one of the main reasons why we age. Factors such as radiation and chemicals increase mutations in DNA, which accelerates ageing.
  2. Telomeric attrition: Telomeres protect chromosomes, but shorten with each cell division, limiting regenerative capacity and affecting longevity.
  3. Epigenetic alterations: Diet, stress and environmental factors alter gene expression. These factors can be modified to improve longevity.
  4. Loss of Proteostasis: With age, protein regulation deteriorates, allowing the accumulation of damaged proteins and accelerating ageing.

Factors antagonistic to ageing

  1. Dysregulation of the Nutrient Sensing System: Over time, the body down-regulates nutrients, affecting energy and promoting insulin resistance.
  2. Mitochondrial dysfunction: Mitochondria produce cellular energy, but their function declines with age. Maintaining their function is key to longevity.
  3. Cellular senescence: Damaged cells should be eliminated, but when this fails, senescent cells accumulate and release inflammatory molecules.
  4. Chronic Inflammation: Chronic inflammation damages tissues and increases the risk of age-related diseases, thus impacting longevity.

Mainstreaming factors in ageing

  1. Gut microbiota imbalance: The gut microbiota is essential for health. A balanced microbiome protects against premature ageing and promotes longevity.
  2. Impaired Intercellular Communication: Communication between cells deteriorates, impacting health and accelerating ageing.
  3. Stem cell depletion: Stem cells regenerate tissues, but their capacity diminishes, affecting vital organs and systems.
  4. Reduction of Macroautophagy: Autophagy eliminates damaged cellular components, but its efficiency decreases with age, favouring cellular deterioration.

David Sinclair

Longevity strategies according to David Sinclair

David Sinclair, Professor of Genetics at Harvard, proposes strategies to intervene in the factors of ageing. Key strategies to promote longevity include:

  • Increasing NAD+: Supplements such as NMN increase NAD+, which is essential for cell repair.
  • Calorie restriction and intermittent fasting: Both practices activate longevity genes and improve insulin sensitivity.
  • Exercise and exposure to controlled physical stress: Exercise, cold therapy and heat therapy strengthen cells and improve resilience.
  • Optimise gut microbiota: A diet rich in fibre, prebiotics and probiotics improves the microbiome and reduces inflammation.

Lifestyle and longevity

In addition, healthy habits are essential to improve longevity. A balanced diet, regular exercise, stress management and rest are pillars that protect the body and prolong a healthy life.

Mental and emotional well-being

Mental health is also key to longevity. Practising mindfulness, maintaining positive relationships and finding purpose contribute to healthy ageing.

Personalised medicine and longevity: the future of healthcare

Personalised medicine allows longevity strategies to be tailored to the individual. Thus, with advances in genetics and personalised health programmes, it is increasingly possible to slow down ageing.

The future of longevity

Ultimately, as science advances, from gene therapies to artificial intelligence, more and more people will be able to live longer and better lives. Why do we age? This is a question that continues to guide science in the quest for a full and healthy life.

Want to find out more about how to prolong your life and improve your long-term health? Visit our website for detailed guides, expert advice and personalised longevity strategies. Take the first step towards a fuller, healthier life.

Schedule your consultation today or send a WhatsApp message to 669 979 939 to receive personalised attention. Your path to a better quality of life starts here!

Keys to get your energy back

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Introduction

Keys to regaining your energy. Maintaining high energy levels and general well-being is essential for a long and healthy life. However, chronic fatigue and low energy levels are common problems that affect many people, especially with the pace of modern life. In his book Eat for Energy: How to Beat Fatigue, Supercharge Your Mitochondria, and Unlock All-Day Energy, Ari Whitten explores how nutrition, lifestyle habits, and mitochondrial care can help combat fatigue and improve cellular health.

Keys to get your energy back

A new understanding of mitochondria

Traditionally, mitochondria have been understood primarily as the powerhouses of the cell, responsible for converting food into energy in the form of ATP. However, recent research led by Dr Robert Naviaux, a mitochondria expert at the University of California, San Diego, has revealed that mitochondria play much more complex and crucial roles. According to Naviaux, mitochondria not only produce energy, but also act as environmental sensors and cellular guardians.

Mitochondria: much more than energy producers

Mitochondria function as ‘sentinels’ within cells, constantly monitoring the environment for threats such as infection, toxins, oxidative stress, inflammation and metabolic imbalances. This surveillance role means that mitochondria can adjust cell function in response to danger signals, prioritising defence and repair over energy production when they detect threats. This defence response is known as the cell danger response (CDR).

CDR is an evolutionarily conserved mechanism that protects the integrity of the cell and the organism. When mitochondria detect a threat, they activate metabolic and biochemical responses designed to protect the cell. During this process, mitochondria may decrease energy production to redirect resources towards cellular defence and repair. Although vital for short-term survival, chronic activation of the CDR can lead to mitochondrial dysfunction and be linked to chronic diseases such as chronic fatigue syndrome, autoimmune diseases, and neurodegenerative disorders.

Mitochondria, our cellular powerhouses

 

How much stress can your body handle?

The human body is exposed to a variety of stressors, both physical and emotional, that directly impact our mitochondria. These small cellular structures respond to stress by reducing energy production to focus on defence and repair. However, the capacity for stress tolerance varies from person to person. Factors such as genetics, health status and lifestyle habits play a crucial role in this capacity.

Oxidative stress, inflammation and poor diet are common triggers that mitochondria interpret as threats. When mitochondria are in a constant state of alert due to these factors, they can remain in a prolonged state of defence, which compromises energy production and leads to fatigue. Managing these stressors through a balanced diet, good quality sleep and stress reduction techniques is key to keeping the mitochondria in energy-producing mode.

The role of mitochondria in apoptosis and programmed cell death

Mitochondria also play a crucial role in regulating apoptosis, or programmed cell death, a process necessary to eliminate damaged, infected or dysfunctional immune cells. By releasing pro-apoptotic factors such as cytochrome c, mitochondria can initiate signalling cascades that lead to apoptosis, helping to maintain immune system homeostasis and prevent the proliferation of abnormal cells.

Optimising circadian rhythms to enhance energy

Maintaining a well-synchronised circadian rhythm is essential for high energy levels. This internal biological clock regulates sleep-wake cycles and is influenced by factors such as exposure to light and eating habits. To optimise your circadian rhythm:

  1. Establish regular sleep schedules: go to bed and wake up at the same time every day to regulate your internal clock.
  2. Expose yourself to sunlight in the morning: natural light helps synchronise your biological clock and increases melatonin production in the mitochondria, protecting them from oxidative stress.
  3. Reduce exposure to artificial light at night: limit the use of screens and bright lights before bedtime to improve sleep quality. Wearing glasses with blue light filters helps when using these devices.
  4. Implement time-restricted eating (TRE): Limit your meals to a six- to ten-hour window during the day to synchronise the body’s peripheral clocks with the brain’s central clock, thus optimising energy metabolism.

Sunlight

The importance of exposure to sunlight and infrared light

Exposure to sunlight is essential not only for vitamin D production, but also for many other energy and health-related functions. Approximately 95% of the body’s melatonin is produced in the mitochondria in response to sunlight, particularly near-infrared light, which acts as a potent antioxidant protecting the mitochondria from damage.

In addition, red and infrared light stimulate ATP production in mitochondria and promote their growth and strengthening. These wavelengths also trigger the production of reactive oxygen species at controlled levels, which act as signals to strengthen mitochondria and improve their efficiency. Infrared light can also activate growth factors in tissues, aiding in muscle regeneration, thyroid health and collagen production in the skin.

Exercise and mitochondrial health

Physical exercise is a powerful tool for optimising mitochondrial function and thereby increasing your energy levels. Mitochondria respond particularly well to certain types of exercise, especially high-intensity training and endurance training:

  • High-intensity interval training (HIIT): This type of exercise involves short periods of intense activity alternating with periods of rest or light activity. HIIT has been shown to be effective in increasing mitochondrial biogenesis, i.e. the production of new mitochondria, which improves the cells’ ability to produce energy. In addition, this type of training improves mitochondrial efficiency and helps reduce oxidative stress.
  • Resistance training: Exercises such as lifting weights or using resistance bands not only increase muscle strength, but also improve mitochondrial function by stimulating the production of more mitochondria and promoting cell repair. These exercises help mitochondria become more efficient at producing energy, which translates into greater endurance and less fatigue.
  • Moderate aerobic exercise: Activities such as walking, running, swimming or cycling are also beneficial for mitochondria. Aerobic exercise improves the body’s ability to use oxygen, which is crucial for mitochondrial energy production. It also promotes mitochondrial adaptation, making these ‘power plants’ more resilient and efficient.

Incorporating a combination of these types of exercise into your weekly routine can provide a significant boost to mitochondrial health, helping to combat fatigue and improve your cells’ energy capacity. Remember to start gradually and adjust the intensity according to your fitness level to avoid overtraining, which can have the opposite of the desired effect.  

Mitochondria, our cellular power stations

Benefits of methylene blue on mitochondrial health

Methylene blue is another interesting tool for mitochondrial health. Known primarily as a component of drugs such as hydroxychloroquine, it also has anti-ageing and neuroprotective effects when applied topically. Methylene blue protects mitochondria and can improve brain function and energy levels.

In addition, it contains important copper enzymes, such as ceruloplasmin, which act as copper stores in the body. Copper is essential for energy production in the mitochondria, and methylene blue can enhance copper function and reduce oxidation, thus optimising cellular energy efficiency.

Nutritional strategies to increase energy

To maintain high and constant energy levels, it is essential:

  1. Reduce your intake of Linoleic Acid (LA): This omega-6 fatty acid, common in processed foods, contributes to inflammation and insulin resistance. Opt for healthy fats such as olive oil, avocado and nuts.
  2. Opt for whole foods: minimise processed foods and choose a diet rich in fruits, vegetables, lean proteins and whole grains. This not only improves energy levels, but also supports gut and metabolic health.
  3. Synchronise eating with the circadian rhythm: Consuming most calories early in the day can improve energy levels by stimulating neurotransmitters and hormones that are in sync with the circadian rhythm.
  4. Consider superfoods and supplements: Including superfoods such as berries, turmeric, ginger, and specific supplements (such as magnesium and vitamin D) can optimise mitochondrial function and combat fatigue.

Bioenergetic balanced diet

Conclusion

In a longevity and anti-ageing plan, it is essential to consider your mitochondrial health to optimise your energy levels. Mitochondrial care is not only about fighting fatigue, but also about improving quality of life and longevity. Adopting a holistic approach that combines exposure to sunlight, regular exercise, a bioenergetically balanced diet, and synchronisation with your circadian rhythm can help you stay energised and healthy throughout your years. By focusing on mitochondrial health, you will not only increase your daily energy, but you will also be promoting a more active and healthy life.

If you have been feeling tired and lacking energy for some time, do not hesitate to ask for a free orientation appointment on Whastapp 669 979 939, your health and quality of life will thank you for it.  

More willpower, more longevity.

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More willpower, more longevity.

The neuroscience of self-control

More willpower, more longevity. Longevity and long-term health depend on several factors, including self-control and resilience. Recent studies in neuroscience have identified the Anterior Cingulate Medial Area (ACAm) as a key region in the regulation of willpower. This area has significant implications for longevity and healthy living.

ACAm and willpower

The ACAm is essential for self-control, decision making and internal conflict resolution. Its activity is related to the ability to resist temptations and persevere in difficult tasks. This area is developed and strengthened through exposure to challenges and overcoming unpleasant activities, such as following a strict diet or intense exercise.. (Frontiers) (Neuroscience for Coaches).

Photo: Bhital by IA

Relationship between ACAm and longevity

Resilience and challenges: resilience, or the ability to cope with and overcome adversity, is closely related to long-term health. A well-developed ACAm enables one to manage stress more effectively, contributing to a longer and healthier life (Oxford Academic) (SpringerLink). Espesor del ACAm en «super agers»: a study by the Mesulam Center for Cognitive Neurology and Alzheimer’s Disease found that in “super agers” (people over 80 years old with cognitive ability similar to people decades younger), the mCTA is significantly thicker compared to their peers of the same age. This suggests that a more developed ACAm may be a marker of longevity and cognitive resilience (National Institute on Aging). Less brain atrophy: super agers also show less brain atrophy compared to cognitively normal adults. This indicates that maintaining the size of the ACAm may protect against age-related cognitive decline (National Institute on Aging).

Strategies to stimulate ACAm

Deliberate exposure to discomfort: facing uncomfortable situations, such as intense exercise or exposure to cold temperatures, can strengthen the ACAm. Challenging tasks: establishing and maintaining routines that include tasks that require mental and physical exertion.

Mindfulness and meditatión: these practices improve concentration and reduce emotional reactivity, facilitating impulse control and healthy decision making (Neuroscience for Coaches). Foto: Bhital by IA

Examples of challenging tasks to stimulate medial anterior cingulate area

1. Intense physical exercise
  • Running or jogging: participating in long-distance races, such as marathons, or simply jogging regularly can be a significant physical and mental challenge.
  • Resistance training: weight lifting, circuit training or any activity involving sustained and increasing physical exertion.
2. Activities of high mental effort
  • Solving puzzles and strategy games: games such as chess, Sudoku, or complex puzzles that require concentration and strategic planning.
  • Learning new skills: learning a new language, a musical instrument, or any skill that requires constant practice and dedication.
3. Exposure to uncomfortable situations
  • Cold exposure therapy: include cold showers in the daily routine or practice swimming in cold water.
  • Mindfulness practices in challenging environments: meditating or practicing yoga in less comfortable or usual conditions, such as outdoors in cold weather or in noisy environments.

Photo: Bhital by IA

4. Self-control and discipline tasks
  • Intermittent fasting or diet control: implementing and maintaining an intermittent fasting regimen or a specific diet that requires avoidance of certain foods.
  • Challenges of abandoning negative habits: stop smoking, reduce alcohol consumption or any habit you wish to eliminate.
5. Long-term projects and goals
  • Completing an extensive project
    undertake projects that require planning and continuous work over time, such as writing a book or completing an extensive training course.
  • Set personal and professional goals: define and work towards goals that involve personal or professional growth, such as obtaining a new certification or improving in a specific skill.
6. Participation in challenging social activities
  • Public speaking: practice and improve public speaking skills by participating in events where public speaking is required.
  • Volunteering in challenging situations: volunteering in environments that require significant emotional or physical exertion, such as hospitals, homeless shelters, or areas affected by natural disasters.

Photo: Bhital by IA

Implementing these challenging tasks into the daily routine can help strengthen the Anterior Medial Cingulate Area, thereby improving willpower, resilience, and ultimately longevity.

Conclusion

Stimulating the ACAm is crucial to improve willpower, resilience and self-control. These factors contribute to a healthier and longer life. Implementing strategies that challenge this area of the brain can improve mental and physical health, increasing longevity.

Dr Carmen Romero

References

  1. Frontiers in Neuroscience: The anterior cingulate cortex: an integrative hub for human socially-driven interactions
  2. Brain Structure and Function: Aging, cingulate cortex, and cognition: insights from structural MRI
  3. National Institute on Aging: Cognitive Super Agers Defy Decline in Brainpower
  4. Neuroscience for Coaches: The Neuroscience Behind Willpower

 

Sauna and longevity

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Sauna and longevity

How to maximise the health benefits of sauna use

Key points of the article

  1. Benefits comparable to exercise: the use of infrared saunas offers health benefits similar to exercise, including improvements in cardiovascular health, endurance and athletic performance by increasing body and muscle temperature.
  2. Heat shock proteins (HSPs): HSPs are activated during sauna use, helping to maintain the correct conformation and function of proteins, crucial for cellular health and disease prevention.
  3. Far infrared saunas: far infrared saunas are recommended for their therapeutic benefits, with ideal temperatures between 120-140°F, gradually increasing as the user becomes accustomed.
  4. Detoxification through sweat: regular use of the sauna helps detoxify the body through sweat, eliminating toxins such as microplastics and xenoestrogens.
  5. Complementing a healthy lifestyle: sauna use should complement a healthy lifestyle. Start with 20-minute sessions at 120°F, using it every 3-4 days once accustomed, avoiding excessive frequency.
  6. Photobiomodulation (PBM): photobiomodulation is a therapeutic process where infrared light penetrates tissues, improving cell function and tissue repair.

F. Vatansever and M.R. Hamblin: FIR: Its biological effects and medical applications

Longevity benefits of sauna use

The use of saunas, especially infrared saunas, has been shown to offer numerous health benefits that can contribute to a longer and healthier life. Here are some of the most salient benefits:

  1. Improved cardiovascular health: the sauna increases body and muscle temperature, improving blood circulation. This improvement in cardiovascular health can reduce the risk of heart disease, a key factor for a long life.
  2. Increased endurance and sports performance: heat acclimatisation improves endurance and physical performance, which contributes to maintaining a healthy level of physical activity throughout life.
  3. Activation of HSPs: heat shock proteins (HSPs) help protect cells from damage by ensuring that proteins fold and function properly. This is crucial for cellular health and the prevention of chronic diseases related to ageing.

The importance of heat shock proteins (HSPs) in longevity

HSPs are essential for maintaining cellular health, especially as we age. These proteins are produced in response to thermal stress, such as that experienced in a sauna, and play a vital role in:

  • Maintain protein conformation: they ensure that proteins fold correctly, which is vital for their biological function.
  • Cell protection: they repair or remove damaged proteins, protecting cells from damage, an important factor for a long and healthy life.

 

Photobiomodulation and longevity

Photobiomodulation (PBM) is a process by which light of certain spectrums, especially near infrared (near IR), penetrates tissues and exerts therapeutic effects. This therapy can offer numerous benefits that support longevity:

  1. Improved mitochondrial function: PBM optimises mitochondrial function, enhancing cellular energy production, crucial for maintaining vitality over the years.
  2. Reducing inflammation: Infrared light helps reduce inflammation, benefiting a wide range of inflammatory conditions and contributing to the prevention of chronic diseases.
  3. Stimulation of tissue repair: by penetrating deep into tissues, PBM promotes cell repair and regeneration, accelerating recovery from injury and maintaining tissue integrity over time.

Benefits of Far Infrared Radiation (FIR)

Studies on far infrared radiation (FIR) have demonstrated multiple health benefits, including improved cardiac and vascular function, reduced oxidative stress and improved quality of life in patients with various health conditions, such as type II diabetes and rheumatoid arthritis.

IRF therapy has also been used to treat conditions such as primary dysmenorrhoea, proving effective in increasing local body temperature, improving abdominal blood flow and reducing pain and discomfort.

To take advantage of these benefits, it is essential to use high quality FIR emitting devices, such as far infrared saunas and FIR emitting ceramic materials, which can be integrated into garments to provide continuous therapy.

Incorporating FIR therapy into your routine can be an excellent addition to a holistic approach to health, promoting longevity and overall well-being.

Kinds of saunas

  1. Far infrared saunas: These saunas are highly recommended for their therapeutic benefits and their detoxifying capacity. Ideal temperatures range from 120-140°F, gradually increasing as the user becomes accustomed.
  2. Near infrared (near IR) saunas: although they can penetrate deeper into the tissues, it is almost impossible to be close enough to the light source in a sauna environment to get a therapeutic dose without risk of burns. Although effective for detoxification, they do not offer the photobiomodulation benefits attributed to them.
  3. Traditional steam saunas: use a steam generator to heat the air to high temperatures, which induces sweating and improves circulation. These saunas can provide a relaxing experience, but do not have the same specific benefits as far infrared.
  4. Dry saunas: use dry heat, usually from a wood or electric cooker, to heat the air. These saunas can aid in relaxation and improve circulation, but do not offer the additional benefits of infrared saunas.

Recommendations for sauna use

Ideal temperatures

  • Initial: start with 120°F and 20-minute sessions.
  • Progression: gradually increase temperature by 2°F each week, eventually reaching 130-140°F.
  • Experienced users: can use temperatures between 160-170°F, but it is not necessary to start at such high temperatures.

Detoxification and elimination of toxins

Regular sauna use promotes detoxification through sweating, removing environmental toxins such as microplastics and xenoestrogens. It is advisable to use a low EMF personal sauna to optimise results and avoid exposure to toxins from other users.

Frequency of use

To maximise benefits without going overboard:

  • Beginners: daily use for 10-11 days to acclimatise.
  • Regular users: every 3 days for maintenance, or every other day.

Final considerations

Sauna use is an advanced health technique that can complement a healthy lifestyle, which should include proper nutrition, daily exercise and optimising vitamin D levels. Incorporating sauna use can offer significant benefits, but should always be part of a holistic approach to health and longevity.

For those seeking a long and healthy life, sauna longevity is an effective strategy. Far infrared saunas, in particular, are noted for their therapeutic and detoxifying benefits. Remember that, along with a healthy lifestyle, sauna longevity can make a big difference to your overall wellbeing.

Dr. Carmen Romero

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This article is for informational purposes only and is not a substitute for professional medical advice. Consult with a health professional to discuss the use of sauna and photobiomodulation in your wellness routine.

Sexuality and longevity

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Sexuality and longevity: the role of sex in health and vigour as we age

Introduction

Ageing is an inevitable process that we all face, but the way we experience it can vary significantly depending on a number of factors, including our sex life. Numerous studies have shown that sex can have a positive impact on health and longevity, acting as a powerful ally in the quest for a long and healthy life.

Sex and physical health

Sex is a physical activity that involves multiple body systems During sex, the heart and lungs work harder, which can improve cardiovascular health. In addition, sex improves the immune system, making us less prone to common illnesses such as flu and colds. Regular sexual activity can also improve overall fitness and muscle strength. This regular exercise reduces pain, relieves tension and can be an effective tool to prevent cardiovascular disease. It also improves the skin, thanks to increased blood flow and the release of toxins through sweat.

Psychological benefits of sex

Sex not only benefits the body, but also the mind. The release of endorphins during sex helps reduce stress and improve mood. These feel-good hormones act as natural painkillers and can improve the quality of sleep, thus promoting optimal physical and mental recovery. Sex may also play a crucial role in the prevention of neurodegenerative diseases, such as Alzheimer’s and other forms of dementi Maintaining an active sex life can help keep the brain active and healthy.

Impact on longevity

The impact of sex on longevity is remarkable. A study conducted by the BMJ as part of the Caerphilly Cohort Study found that men who had orgasms more frequently (twice a week or more) were 50% less likely to die than those who had orgasms less than once a month. ( Psychology Today )​.

The Longevity Project, a study over 20 years, found that women who had a higher frequency of orgasm tended to live longer than their less sexually satisfied peers. ( Psychology Today )​. In addition, the University of Chicago study showed that an active sex life in later life is associated with better health and longevity. ( University of Chicago News )​.

Immune system

Wilkes University found that people who had sex once or twice a week had significantly higher levels of immunoglobulin A (IgA), a crucial marker for immune system function, compared to those who had sex less frequently. ( Psychology Today )​.

 

Challenges to maintaining an active sex life

However, many women and men experience a significant decrease in libido due to various factors. From the age of 35 onwards, a decline in hormone production begins, which can affect sexual desire. This phenomenon, combined with overweight, stress and lack of self-esteem, causes a significant part of the population to accept a decrease in or avoid sexual relations. This situation not only affects our sex life, but also has a negative impact on our health, vigour, joy, energy and longevity. Maintaining an active sex life is crucial to preserving these vital aspects of our overall health and well-being.

Curious aspects of sex and longevity

Research has found interesting facts about sex and health. For example, one study showed that sex can be a natural painkiller, helping to relieve headaches. In addition, it has been observed that people who have more sex tend to have more radiant and youthful skin, probably due to increased blood circulation and the release of feel-good hormones. So as well as being pleasurable, sex can help you look and feel better!

Importance of hormone balance in a longevity plan

In a longevity and anti-ageing plan, hormone balancing must be included, as well as exercise and personalised nutrition, among other actions. Keeping these factors in balance can help improve libido and maintain an active and healthy sex life, thus contributing to better overall health and longevity.

Conclusion

Sex is not only an essential part of a healthy and fulfilling life, but can also be a powerful tool in the quest for longevity and vigour as we age. It improves our physical and mental health, strengthens the immune system, reduces stress and promotes sleep, as well as protecting against cardiovascular and neurodegenerative diseases. In short, having more sex can be one of the keys to a longer and healthier life.

If you want to improve your health and longevity, consider integrating an active and satisfying sex life into your routine. You will not only be enjoying the pleasures of the moment, but also investing in a healthier and happier future.

Do you want more information?

Request a free orientation appointment with me on WhatsApp 669 979 939.

Dr Carmen Romero

References:

Live better: reduce inflammation and oxidation.

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Live better: reduce inflammation and oxidation.

Introduction

What does it mean to live better: reduce inflammation and oxidation? In the quest for a long and healthy life, controlling inflammation and oxidative stress plays a crucial role. These two factors are fundamental to any anti-aging and longevity plan, as they have a significant impact on our long-term health.

Why is it important to reduce inflammation and oxidative stress?

As we age, our bodies become more susceptible to chronic inflammation and oxidative damage. This can accelerate the ageing process and increase the risk of age-related diseases. Moreover, chronic inflammation and oxidative stress not only contribute to premature ageing of the skin and organs, but can also negatively affect our overall well-being and our ability to enjoy a full and active life.

Strategies for better living: controlling inflammation and oxidative stress

1. Healthy lifestyle habits

To live better, inflammation and oxidative stress must be controlled, and to do so, it is essential to adopt healthy lifestyle habits. For example, a diet rich in antioxidants, such as fruits and vegetables, can help fight oxidative damage. In addition, regular moderate, not excessive, exercise not only improves cardiovascular health, but also reduces inflammation in the body.

2. Stress management

Stress management is crucial. Techniques such as meditation, painting, playing an instrument, yoga and deep breathing can be very effective. These practices not only help to calm the mind, but also have anti-inflammatory effects on the body.

3. Importance of preventive testing

To begin to reduce inflammation and oxidative stress, preventive tests such as genetic and analytical tests are useful testing with specific biomarkers. Thus, with this valuable information about your current state and your predisposition to certain conditions, we can establish personalised strategies to slow down the ageing process.

 

4. Restorative sleep and chronobiology

Restful sleep is essential for cell regeneration and reduction of inflammation. Chronobiology, the study of biological rhythms, helps us understand how sleep-wake cycles affect our health and well-being. Adjusting our daily habits to align with our natural biological rhythms can significantly improve our quality of life.

5. Micronutrition and reduction of environmental toxics

Micronutrition, including adequate intake of vitamins and minerals, is crucial to maintain the antioxidant balance in our body. In addition, it is important to reduce exposure to environmental toxicants that can contribute to oxidative stress and inflammation. Adopting a lifestyle conscious of these factors is vital for healthy longevity.

 

A holistic approach to longevity and anti-ageing

Live better by reducing inflammation and oxidation, with an anti-ageing and longevity plan. In this one we take an in-depth look at the factors that can slow down your ageing process. We use advanced precision medicine techniques such as genetic testing, heavy metal exposure, specific biomarker studies and lifestyle analysis. This holistic approach allows us to design a personalised longevity plan to improve your health and quality of life. Each individual is unique, so our plans are specifically designed to address your personal needs and goals.

Benefits of a customised plan

When you have a personalised longevity and anti-ageing plan, you don’t just focus on the superficial symptoms of ageing. In addition, you work on the prevention and treatment of the underlying factors that accelerate the ageing process. With the help of specific genetic tests and biomarkers, we can identify your particular risks and take specific measures to mitigate them. This will not only help you to live longer, but also to live better, with more energy, vitality and enthusiasm.

Conclusion

To live better and reduce inflammation and oxidative stress, a comprehensive plan is essential. This should include, among others, healthy eating, regular exercise, stress management techniques, restful sleep, adequate micronutrition and reduction of environmental toxins. For these strategies to be truly effective, it is advisable to consult a longevity and anti-ageing specialist.

Request a free appointment

If you need more information or are interested, request a free orientation appointment on WhatsApp 669 979 939 to learn more about a personalised longevity and anti-ageing plan.

Dr. Carmen Romero

Optimize your circadian rhythms

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Optimize your circadian rhythms for healthy living

Discover how adjusting your biological clock can improve your quality of life, reduce oxidative and inflammatory stress, and strengthen your defenses for a healthier and longer life.

CIRCADIAN RHYTHMS AND LONGEVITY

CIRCADIAN RHYTHMS AND LONGEVITY

The importance of circadian rhythm in longevity and anti-aging

The human organism functions in cycles of approximately 24 hours known as circadian rhythms, which are synchronized with environmental changes in light and darkness. These rhythms regulate crucial activities such as sleep/wakefulness, activity/rest, hormonal and metabolic rhythms, among others. All these daily processes are coordinated by a main pacemaker called the central biological clock, located in the brain. This biological clock directly influences many daily physiological processes. To do this, optimize your circadian rhythms.

Factors influencing circadian rhythms

Although circadian rhythms tend to be synchronized with light and dark cycles, they can also be affected by other factors such as ambient temperature, meal times and exercise.. Maintaining a proper circadian rhythm is essential for the proper functioning of the body. Malfunctions in this system can lead to sleep disturbances, metabolic, endocrine and cognitive disorders.

Chronobiological evaluation

The chronobiological study is performed to evaluate whether the circadian system is functioning correctly and to diagnose possible states of internal desynchronization. One of the first signs of desynchronization is insomnia, but other disorders such as metabolic, endocrine and cognitive disorders may also occur..

Chronotype and sleep/wake rhythm

Genetic chronotype determines our ideal sleep cycle. For example, for people with an intermediate chronotype, the ideal is to go to bed between 22:00 and 00:00 hours and get up between 06:00 and 08:00 hours, thus getting between 7 and 9 hours of sleep. Maintaining a good sleep cycle is essential for overall health.

CIRCADIAN RHYTHMS AND LONGEVITY

CIRCADIAN RHYTHMS AND LONGEVITY

Melatonin circadian rhythm

Melatonin is a key hormone in the regulation of sleep. Its production has a circadian rhythm with an acrophase (maximum peak) that can vary. A lag in melatonin production may indicate a circadian mismatch, affecting sleep quality and thus overall health.

Quality of life

Quality of life is closely linked to our circadian rhythms. Alterations in these rhythms can manifest themselves in a low state of general health, affecting both the physical and emotional role, and decreasing vitality.

Redox state and inflammatory stress

The body’s redox balance, which involves a balance between the generation of free radicals and the antioxidant capacity to neutralize them, is crucial for health. Free radicals, necessary in small amounts, can be harmful in excess, causing cell damage and oxidative stress. This oxidative stress can trigger an inflammatory response, which, if it becomes chronic, can have adverse health effects.

Evaluation of redox/inflammatory status

Assessment of redox/inflammatory status involves measuring markers of antioxidant activity and oxidative/inflammatory damage. An imbalance in these markers may indicate low activity of antioxidant defenses and increased oxidative and inflammatory damage, affecting cellular and overall health.

Conclusions

Are you looking for an effective way to boost your health and well-being? Our chronobiological, redox/inflammatory and mitochondrial function study is the key to discovering how to optimize your circadian rhythms and improve your quality of life. A mismatch in your chronotype may be affecting your sleep, your antioxidant defenses and your mitochondrial function. In addition, oxidative stress and chronic inflammation may be deteriorating your cellular health without you even realizing it. Optimize your circadian rhythms

CIRCADIAN RHYTHMS AND LONGEVITY

CIRCADIAN RHYTHMS AND LONGEVITY

Why is this study important?

  • Improve your sleep: Adjusting your circadian rhythms can help you get more restful sleep.
  • Boost your energy: Optimizing mitochondrial function can increase your daily vitality.
  • Strengthen your defenses: Improving the redox balance can strengthen your antioxidant defenses.
  • Reduce stress: Decreasing oxidative and inflammatory stress can improve your overall well-being

We already know that inflammation, oxidative stress and misalignment of biological clocks can accelerate aging and greatly diminish your quality of life.

Who should perform this study?

This study is highly recommended for anyone who wishes to lead a healthier and longer life. Although it is ideal for people with insomnia, nocturnal awakenings, electrohypersensitive people, with multiple chemical sensitivity, it should be done by all of us who want to improve our health. Understanding and adjusting your circadian rhythms will allow you to achieve optimal balance, reducing stress and inflammation, and significantly improving your overall well-being.

How can you get started?

Don’t wait any longer to discover how this analysis can transform your life. Request more information and a free informative appointment by sending a WhatsApp message to 669 979 939 or writing to dracarmenromero@bhital.com.

We are here to help you reach your best version!

Dr. Carmen Romero