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Information Wellness Blog

Detailed Reviews and Guides about energy and informational health and wellness

July 12, 2026|Editorial

Symptoms of Lyme Disease and Frequency Therapy

Many symptoms persist even after taking all recommended antibiotics, especially among those suffering from late Lyme disease. Direct diagnostic tests like PCR of blood or cerebrospinal fluid (CSF) cannot always accurately pinpoint this illness in these instances.

Diagnoses of PTLD occur when an individual reports persistent or recurrent objective manifestations and fulfills all the following criteria.

Symptoms

After being exposed to Lyme disease through tick bite, symptoms often emerge within weeks after exposure, including fever, headache, muscle and joint ache and pains, and an expanding red ring known as Erythema Migrans (EM) at the site of bite that eventually forms a red circle with clear centers in several weeks’ time. This rash typically appears on chest, abdomen or groin area and in approximately 7-8 out of 10 individuals the EM spreads throughout other parts of their bodies.

Early symptoms of Lyme disease often include extracutaneous manifestations like migratory or bull’s-eye joint rash, muscle aches and fatigue. Later stages may involve periods of latency where nervous system complications develop – these may affect either peripheral (cranial neuritis, radiculoneuritis and plexopathies) or central nervous systems (meningitis and increased intracranial pressure).

Cardiovascular complications associated with Lyme disease are rare but serious. Heart attacks may result when bacteria infiltrate blood vessel walls surrounding the heart, leading to blockages that prevent blood from flowing freely into it. Less frequently, myocarditis – inflammation of heart muscle caused by mycobacterium infection – enters the bloodstream and leads to inflammation of its muscle that makes the heart beat faster than usual while disrupting electrical signals controlling heart rhythm.

Antibiotic treatments for Lyme disease typically include a 14-day course of antibiotics with activity against B. burgdorferi. Preferred choices are doxycycline or tetracycline; oral administration within 72 hours after tick removal is recommended over observation (strong recommendation and moderate quality evidence). Patients experiencing mild residual joint swelling may benefit from continuing antibiotic treatment for an additional month based on factors including medication adherence, duration of arthritis prior to initial treatment, degree of synovial proliferation vs joint swelling, patient preferences etc.

Diagnosis

This evidence-based guideline was produced by a joint panel from IDSA, AAN and ACR. It offers recommendations for Lyme disease prevention; diagnosis and treatment for those exhibiting neurologic, cardiac, rheumatologic or other manifestations; management of co-infection with other tick-borne pathogens such as Babesiosis or Rickettsial infections which are covered separately; however this does not address them comprehensively.

Lyme disease symptoms vary depending on both individual and location, with most experiencing an itchy rash at the site of their bite. Most cases in the US are due to B. burgdorferi bacteria; other tick-borne illnesses like Babesia or Ehrlichia could also lead to similar illness and manifest themselves with similar rashes.

Lyme disease can be diagnosed based on both clinical signs and symptoms as well as lab test results that detect B. burgdorferi antibodies produced in response to exposure. It’s important to remember, though, that serologic test results don’t always represent active infection; false positive results or delayed incubation periods may affect these tests and hinder diagnosis and treatment efforts.

Most often, for bacteria to be transmitted successfully through tick attachment, they need to be attached for at least 24 hours – though the exact length of time depends on both tick type and stage (nymph vs adult).

Antibiotics are used to treat Lyme disease in many forms. The appropriate antibiotic will depend on which clinical manifestation, age and location are being addressed, along with factors like drug allergy, side effect profile and tolerability; cost; likelihood of coinfection between Anaplasma phagocytophilum and Ehrlichia muris eauclairensis necessitating use of macrolide antibiotics; duration based on severity; etc.

Treatment

Lyme disease is an intricate infection caused by tick bites that may manifest with disseminated symptoms that include skin lesions far removed from their location and dispersed pain in joints, heart, nervous system and/or brain. Antibiotics are an integral component of therapy; however, the choice, route of administration and duration will depend on various factors including which species of tick transmitted the pathogen; additionally the initial symptoms play an integral part in determining appropriate interventions for treatment.

Lyme disease endemic areas typically feature high rates of B. burgdorferi infection among both adult and nymphal ticks, thus making diagnosis easier using serologic tests. Unfortunately, due to cross-reactive antibodies and autoimmune diseases a positive test result does not always signify current or past exposure, and does not rule out other possible causes for patient symptoms; using diagnostic tests alone could result in overdiagnosis and overtreatment.

Lyme disease has seen dramatic increase since its first identification in 1982, outpacing new cases of Hepatitis B, Hepatitis C and West Nile virus combined. An estimated 476,000 individuals annually in the US are diagnosed with Lyme disease.

Patients suffering from untreated erythema migrans are at an increased risk for Lyme disease within months. While transmission times vary, most experts agree it takes less than 24 hours for blacklegged ticks in early stages of biting to acquire and transmit bacteria to its next host.

Doxycycline’s effectiveness as a Lyme disease prevention medication is well documented. Three randomized, placebo-controlled trials have demonstrated its success at significantly lowering risk (relative risk 0.27; 95% confidence interval [.10,.75]). Other -lactam antibiotics such as tetracycline and penicillin may also be effective, although no direct comparisons between them and doxycycline exist in placebo-controlled clinical trials.

Prevention

Lyme disease has seen exponentially increasing incidence rates over time in the US. Reported cases increased 25x between 2004 and 2013, making Lyme one of the fastest spreading infectious diseases.

At present, no vaccine exists to prevent Lyme disease; however, best practice guidelines suggest performing daily tick checks/avoiding tick habitat, using year-round acaricides with label claims for Ixodes scapularis control, wearing long pants and shirts with long sleeves while outdoors and vaccination against B. burgdorferi for those living or visiting areas endemic for Lyme disease in the US.

Tick-borne diseases result from complex interactions among hosts, ticks and pathogens themselves; therefore more knowledge must be gained to fully comprehend these relationships and create preventative strategies.

Research is ongoing to assess the efficacy of personal protection measures such as insect repellent use (strong recommendation and moderate-quality evidence) and bathing/showering within two hours after outdoor activities. Furthermore, it’s crucial that we understand what motivates people to adopt and sustain such behaviors over time.

Due to a lack of human Lyme disease vaccines, it is vital that we continue to spread awareness and education on how to avoid tick bites while emphasizing the value of early diagnosis and treatment.

Lyme disease has been nationally reportable since 1991 and state health departments collect and verify reports according to legal mandate and surveillance practices. These reports are vital in tracking its epidemiology as well as identifying areas needing improvement for prevention and treatment.

Authors of this guideline include members from IDSA, AAN, and ACR guidelines development committees. It was created through an open public comment period with public review committee members at each institution adhering to stringent conflict-of-interest policies requiring disclosure of any financial, intellectual or other conflicts of interests that might influence its contents.

July 12, 2026|Editorial

The Biohacking Definition

Biohacking is an alternative approach to optimizing one’s body and mind through self-help methods, often including taking supplements or wearable devices in order to enhance health, fitness and cognition.

Some biohacking techniques may seem gimmicky and flashy, while others deserve our consideration – including sleep optimization, diet tracking and technology solutions, cold plunges, intermittent fasting and other innovative approaches.

Definition

Biohacking, or the practice of using science, technology and self-experimentation to optimize physical and mental health is a relatively new term coined by Silicon Valley entrepreneur Dave Asprey who used his wealth to test various diet, supplements and lifestyle changes that may improve his own wellbeing while simultaneously lengthening his lifespan.

While many biohacks promoted by Asprey and others may seem harmless – like tracking sleep or taking vitamins – others could be potentially hazardous. Unregulated approaches could expose you to medical issues or interact with medications, so it’s crucial that information comes from reliable sources with references.

However, more complex biohacks involve gene modification or implanting devices to monitor and improve body functions. These practices tend to be done at home by amateur scientists and may pose ethical concerns; some can even be controversial; for instance “young blood” transfusions involve getting older people plasma transfusions from younger donors without FDA approval – the FDA warns this practice could cause memory loss as well as other health problems; unregulated biohacks also claim cures for diseases; it’s best to focus on wellness with gradual improvements to daily habits over time rather than promising cures claiming cures based on claims unsubstantialized by science – better to focus on wellness than making grand promises that might never come true!

Basics

Biohackers utilize tracking devices and health trends, along with diet and lifestyle modifications, to maximize performance. They may take supplements and undergo cold or heat therapy; while others rely on methods like stem cell therapy or longevity strategies such as regenerative nutrition or telomere lengthening.

At their core, biohacking hacks are generally just common sense with new labels attached. Primary care physicians frequently advise their patients about eating well, sleeping enough hours, managing stress effectively and engaging in regular physical exercise. Hormone-related experiments like those found on r/Biohackers won’t transform your life unless there is already a strong foundation to build on.

Fundamental strategies such as intermittent fasting can reduce energy spikes and crashes by restricting when you consume food and drinks, along with caffeine consumption. Other biohacks related to diet and nutrition include using a blood sugar monitor and eating fermented or low sugar foods.

Calcium score scans or liver ultrasounds are effective biohacking tools as they detect early-stage abnormalities that would not otherwise be detectable. With Craft Body Scan providing medical-grade visibility into your biohacking experiment, continuing monitoring gives you assurance you are on the path toward improved health.

NAD+

Supplements may claim to boost energy, reduce stress, improve sleep and enhance memory – but without scientific testing you cannot be certain whether they’re safe and effective. Plus, certain supplements could interfere with medications; before beginning any new regimen it is wise to consult your healthcare provider first.

Some biohackers utilise “garage biology” techniques to conduct their own health and performance experiments. These amateur and professional scientists don’t work for government or corporate labs; instead they conduct self-experiments while democratizing science through online forums and private discussions.

Biohacking has gained increasing attention among Silicon Valley tech workers whose lifestyles have gained media coverage and public scrutiny. But people of all ages can reap the rewards from this wellness trend; taking an active role in your health can significantly enhance overall well-being and prolong longevity.

Biohacking involves testing measurable changes in habits, environments and treatments that target biological variables like sleep quality, nutrient intake levels, blood glucose control and strength or recovery. Biohackers set goals, track one variable closely, make small and thoughtful changes and measure their impact; generic rejuvenation claims without metrics or contraindications are more marketing than biohacking; thus it is wise for biohackers to establish their health baseline before beginning intensive interventions such as sauna sessions, cold plunge or red light therapy sessions.

Sermorelin

Peptides have gained prominence within hormone optimization circles and are widely utilized for muscle growth, recovery, skin elasticity improvement and sleep quality improvement. While names like sermorelin peptide, BPC-157 and ipamorelin may seem interchangeable at times, each offers distinct effects depending on how it works in your body, who it targets and its duration in active form – understanding these distinctions will lead to meaningful conversations on their use by you as individuals.

Sermorelin should be administered subcutaneously at nighttime to work in harmony with your natural cycles of GH production. Compounding pharmacies typically begin patients on 100 to 300 micrograms daily and dosing charts are provided that display both milligrams and units to aid with measuring and verification.

Sermorelin can assist women as they navigate hormonal changes as they age by augmenting estrogen replacement therapy and can enhance weight loss and metabolic wellness when used alongside testosterone replacement therapy in men.

Under medical supervision, peptides are safe and effective tools for improving physical performance and speeding recovery after workouts. Sermorelin is an ideal choice for men looking for anti-ageing benefits, faster training recovery time, deeper sleep quality, or anti-ageing effects; combined with other GHRPs such as Ipamorelin which target different receptors to boost stimulation of growth hormone (GH), such as IGF-1 monitoring. Combination protocols must be strictly overseen.

Vitamin D

Vitamin D has long been recognized by the National Institutes of Health as essential to bone, immune and cell health. Vitamin D also plays a crucial role in helping treat depression, multiple sclerosis, cardiovascular disease and type 2 diabetes – conditions which biohacking aims to mitigate through blood tests and targeted supplements.

Technology plays an integral part of biohacking, with wearable devices and self-tracking apps that collect data about daily habits and symptoms such as sleep, digestion, energy and weight. It’s important to remember that these apps are unregulated while supplements lack similar oversight compared to drugs; supplements may contain unproven ingredients or make false claims; additionally they could interact negatively with certain medications and cause unwanted side effects – therefore before beginning any new supplements it is wise to speak to a healthcare provider first.

Biohacking should resemble precision preventive medicine more than gadget culture, by focusing on changes that make measurable and observable differences to long-term health and wellbeing. To get the most out of biohacking, start small and focus on practices already validated by science such as getting enough rest, eating a well-rounded diet, exercising regularly with healthcare providers or starting an ice bath regimen. For optimal results start small and focus on proven habits such as getting enough sleep, eating well-rounded diet and working out with healthcare professionals for best results!

Vitamin B12

Though many biohacks may appear risky, many are well-established practices used for wellness for years. This includes widely accepted habits like meditation and breathing exercises as well as more unconventional ones, like spending time barefoot in nature or taking an ice bath after workouts.

Keep this in mind when making health and wellness choices: there’s no one-size-fits-all approach. Some biohacks may cause more harm than good; it is always wise to consult your physician prior to trying anything new, particularly if you already have an illness or take medications.

Vitamin D should be part of every beginner routine because it’s an essential nutrient that’s vital to life, yet its use should be carefully managed as it could interact negatively with certain medications. In this article, the focus is specifically on basic biohacks for beginners that pose low risks: sleep optimization, personalized nutrition, nutrient timing and supplements, cellular energy and longevity boosters, intermittent fasting and body temperature modulation techniques (such as cold plunges). These tools form part of a larger discussion about technology’s ability to help us become healthier; popularity should never be the criterion!

July 12, 2026|Editorial

Solex AO Scan – A Wealth of Insights For Healthy Energy and Vitality

AO Scan technology provides an innovative, noninvasive way to assess and analyze the body’s energy field and gain insight into potential areas of concern or imbalance. When combined with healthy lifestyle choices, solex scan can support improved energy and vitality, better sleep, digestive health, emotional balance, and overall balance.

Make use of this tool as an opportunity for additional revenue by offering scanning services and devices to those within your network.

Improved Energy and Vitality

A solex scan can give you valuable insights to support healthy energy and vitality. This cutting-edge technology utilizes bio-frequencies and electromagnetic signals to assess the state of your energetic body – the blueprint for physical, emotional and mental wellbeing. This groundbreaking technology detects imbalances or stress that has yet to manifest physically before broadcasting specific frequency broadcasts into your field to promote recalibration and coherence.

Armed with valuable insights gained through a solex scan, you can take proactive steps to improve your health and well-being. From supporting improved sleep hygiene to relieving anxiety or improving focus and clarity, the appropriate supplements or diet changes may help you feel more grounded and balanced.

An example would be using a solex scan to diagnose potential digestive system issues that cause bloating and gas, so you can take steps to improve digestion and overall digestive health for a healthier life. At Wellness Hypno’s AO Scan Healing we also provide you with deeper insight into emotional balance and stress by conducting an Inner Voice scan that evaluates voice spectrum analysis to generate audio frequencies which support emotional harmony and wellbeing.

Quick Scan, Energetic Auras and 3 Minute Boosts are three easy ways that the AO Scan can enhance your experience and promote self-care and meet overall health and wellbeing goals. Take advantage of them today to maximize the potential of your experience!

With a monthly subscription to AO Scan, you can harness its revolutionary technology at your fingertips. Enjoy all its benefits – a library of scans, customizable frequency playlists and an intuitive user interface to help incorporate wellness into daily life – and start your journey towards becoming healthier, happier you today.

Digestive Health

The Solex AO scanner provides insights into potential imbalances or areas of concern within the digestive tract, such as stomach and intestines. Furthermore, frequency patterns that indicate supplement or nutritional support needs can also be identified through this non-invasive technology. Likewise, its inner voice scan feature offers insights into emotional/mental balance/wellbeing. Furthermore, its cutting edge technology offers noninvasive ways of discovering any factors which impact energy, sleep patterns, digestion or other aspects that influence wellness.

Emotional Balance

Everything has its own frequency, and AO scanning technology reads energy, vibration, and resonance signals to provide you with the correct frequencies to balance out unbalanced areas in your body, much like how a tuning fork or piano could bring guitar strings back into their proper places.

An Inner Voice scan provided by Solex AO scan can provide valuable insights into emotional or mood-related wellness patterns that could benefit stress management or mental wellness efforts, or can show chakra and meridian patterns for holistic users looking to increase awareness of energetic balance within their bodies.

Solex AO scans can be an invaluable addition to your wellness regimen, providing insight into many areas of health and wellbeing, such as improved energy and vitality, sleep patterns, digestive health and emotional balance. They’re noninvasive yet accessible ways of exploring your body’s energetic equilibrium so you can make proactive lifestyle and wellness decisions. Ready to schedule one yourself? Reach out to us now to discover this effective wellness technology.

July 12, 2026|Editorial

Hunter James Kelly Research Institute

Lawrence Wrabetz and Laura Feltri, two highly esteemed neuroscientists, have joined the University at Buffalo Hunter James Kelly Research Institute as researchers in partnership with Hunter’s Hope Foundation – established by Buffalo Bills Hall-of-Famer Jim Kelly after their infant son Hunter Kelly died of Krabbe leukodystrophy – one of several diseases which destroy myelin sheaths that protect nerve cells – that affect his nerves.

Research

Hunter James Kelly Research Institute conducts research that is dedicated to disorders involving myelin, in order to develop more effective treatments. Myelin is an insulating sheath that encases nerve fibers throughout the brain and peripheral nervous system, enabling electrical signals to travel quickly through them. HJKRI was established to honor Hunter Kelly, former Buffalo Bills quarterback who died of Krabbe disease (also known as Globoid Cell Leukodystrophy). This inherited disorder is caused by lack of an enzyme needed to produce myelin; research conducted at HJKRI seeks to understand and find cures for Krabbe disease as well as similar hereditary myelin diseases such as Charcot-Marie-Tooth (CMT) disease.

Researchers from UB have discovered an important mechanism that may explain why myelin sheaths sometimes break down and lead to neuropathy – an illness which impacts millions of people and has even resulted in limb amputation if left untreated. A study published this week in Proceedings of the National Academy of Sciences by HJKRI investigators highlights this critical role played by an important protein complex called mTOR that regulates cell metabolism and growth.

Researchers in M. Laura Feltri’s lab at UB are studying where Schwann cells — which encase nerve axons like gloves do — connect to myelin sheaths. Their team has discovered that myelin sheaths may be more fragile than previously assumed and Schwann cells often come to their rescue when damaged axons need protecting.

UB faculty members have received over $2 Million in new National Institutes of Health funding for research into Krabbe disease and related hereditary neurological conditions that involve myelin breakdown. These grants form part of a $1.5 billion investment by both UB and the federal government that will help advance medical research in high-impact fields like cancer, cardiovascular disease and neuroscience that will stimulate economic development while improving patient care.

Education

Hunter James Kelly Research Institute was established to honor Jim Kelly, Hall-of-Famer Quarterback. Hunter died at eight from Krabbe Disease (formerly Globoid Cell Leukodystrophy), an inherited disorder which prevents the body from producing enough myelin to electrically connect nerve cells properly – myelin is white matter that protects brain nerve fibers from electrical impulses.

Lawrence Wrabetz of San Raffaele Scientific Institute in Milan, Italy and Laura Feltri from its neuroglia unit have been recruited as leaders for HJKRI and will begin transitioning their labs this fall.

Outreach

Congress gives newborn screening research an impressive boost with its establishment of the Hunter Kelly Newborn Screening Research Program. This park is named in memory of Jim Kelly and Jill’s son, Sean Kelly, who tragically passed away at eight years old from Krabbe disease, an incurable degenerative nervous system disorder. This program, conducted in collaboration between NICHD and Hunter’s Hope Foundation(link is external), seeks to identify additional conditions to include on newborn screening lists, develop research management strategies for those identified, sponsor education programs for providers, as well as develop techniques that may remyelinate white matter destruction such as multiple sclerosis and stroke. HJKRI scientists also are developing techniques that might remyelinate multiple sclerosis patients as well as those suffering stroke.

Funding

The University at Buffalo was recently awarded over $2 Million by The National Institutes of Health to support research into Krabbe disease, an infantile form of malignancy often fatal for newborns. Research could eventually lead to a cure for neurodegeneration, which destroys myelin-coated nerve fibers in the brain and damages their protective sheath known as myelin. Laura Feltri, MD, head of neuroglia unit at San Raffaele Scientific Institute in Milan, Italy; and Lawrence Wrabetz, PhD, director of Hunter James Kelly Research Institute established at UB with donations from Hall-of-Famer quarterback Jim Kelly and his wife Jill in 2004; will conduct the research at UB this fall and be joined by additional scientists recruited for inclusion at their institute.

July 12, 2026|Editorial

How a Reverse Aging Experiment Could Predict a Person’s Risk of Disease and Death

The team utilized DNA methylation patterns and data from 19 biomarkers collected during long-term health studies of participants. With this data in hand, machine learning algorithms were trained on it in order to predict disease risk and death risk among their subjects.

Harvard geneticist Dr. David Sinclair recently gave an exciting interview to American engineer and entrepreneur Peter Diamandis, where he predicted that pills will soon be available that can activate genes to reverse cell aging across the body.

What is a Reverse Aging Experiment?

Reverse Aging Experiments are experiments designed to reverse the body’s natural aging process and reverse age-related diseases, prolonging life expectancy and improving overall health. Reverse aging experiments have been carried out both on humans and simple organisms; scientists are working on developing similar techniques for higher complex animal species as well.

Early this year, scientists published evidence suggesting it may be possible to turn back human aging. A year-long trial with nine healthy volunteers involved growth hormone and two diabetes medications as part of a combination therapy was shown to decrease biological age by an average of 2.5 years while also rejuvenating cells and their immune systems.

Though this was an important advance, it still wasn’t entirely clear whether this technique could be used to treat actual age-related diseases. Furthermore, biological age differences often develop prior to disease symptoms appearing and therefore any treatment would need to begin early on in order to have any meaningful effect.

Sinclair’s method for reversal works by pulse-injecting OSKM expression with pulses that remove backup copies of epigenetic instructions that lead to cells becoming aged over time. This allowed Sinclair’s team to “reboot” cells and restore youthful gene expression patterns by reset chromatin structures – particularly useful in models of neurodegenerative diseases like Alzheimer’s that are difficult to reproduce using mice.

What are the Benefits of a Reverse Aging Experiment?

Well-documented evidence points out that people age at different rates. Some can remain healthy into their ninth or even tenth decade while others succumb to age-related diseases earlier. This differential in biological age is determined by molecular damage accumulated over time, and reversed can reduce disease risks while lengthening lifespan.

Scientists are making strides toward developing methods that can slow or reverse cellular aging. One promising development has been the discovery that certain compounds can rejuvenate cells – these include rapamycin, metformin, vitamin D3 supplementation and calorie restriction.

These compounds are designed to stimulate enzymes that foster cell growth and prevent cellular senescence, as well as improving cells’ responses to metabolic stress. Their discovery could potentially extend animal lifespan while improving human health, possibly leading to treatments to delay or prevent age-related diseases.

How does a Reverse Aging Experiment Work?

Scientists have long been capable of slowing the natural aging process in test tubes, but doing it on a larger scale in humans is much harder. To accomplish this goal, scientists need to work on altering cell behavior rather than killing off whole tissues – researches are striving hard towards this end goal.

Harvard researcher David Sinclair is working towards resetting the biological clock that determines biological age. He and his team have shown how injecting certain genes can reverse premature aging in mice with diseases causing premature aging; more recently they’ve demonstrated this approach can rejuvenate muscle cells and extend monkey lifespans with similar mutations.

These findings are promising, but the next step must be demonstrating that epigenetic reprogramming can actually improve human health and longevity in a clinical study. Billionaires have invested billions of dollars into Silicon Valley companies like Altos Labs, New Limit and Retro Biosciences which plan to use reprogramming of cells as a strategy to “trick” ageing cells back into acting younger again using cell reprogramming technology.

One method of doing so involves comparing cells from healthy 80-year-olds with cells from those suffering from progeria syndrome – an illness which makes people look much older than they really are – then screening for molecules that reverse aging in progeria cells; researchers have discovered several chemical cocktails which do just this, including one known as rapamycin which extends mouse lifespan as well as reverses signs of aging in human cells.

What are the Side Effects of a Reverse Aging Experiment?

Researchers have recently discovered several molecules which can help slow or reverse aging, including rapamycin, metformin, Vitamin D3 supplementation and caloric restriction. Many of these compounds can also be combined together to rejuvenate cells and reverse their ageing process.

So far, reverse aging experiments have only been carried out on cells and simple organisms; however, their findings could one day lead to therapies that extend lifespan and help prevent age-related diseases. One such treatment based on Yamanaka factors capable of reversing cell senescence has already shown promising results with muscle tissue in mice as it increased both lifespan and vision quality.

Scientists need to measure how quickly an individual is aging before creating treatments that slow or reverse it, which requires them to create clocks to track biological age over time and measure differences in longevity that may have something to do with genetics or lifestyle choices. Furthermore, such measurements can predict when age-related diseases will emerge – this will make developing effective anti-ageing treatments much more likely.

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