ADVANCING
HEALTH.
EXTENDING
LIFE.
IN AN AGE OF RAPIDIDLY PROGRESSING ADVANCES IN KNOWLEDGE, SCIENCE AND AI, INCREASINGLY, WE CAN TREAT NOT ONLY WHAT HAS ALREADY HAPPENED, BUT ALSO PREVENT WHAT MIGHT HAPPEN.
DR SOPHIA KHALIQUE MBChB Distinction MRCGP DA DRCOG DFFP
I have been a doctor for 36 years, and for the past 25 I have worked as a private GP. Over this time, I have learnt an extraordinary amount from caring for my patients.
From taking a history, examining, organising investigations, making a diagnosis, and then treating, I am constantly reminded how unique every individual is — and how central health and happiness are to life.
Modern medicine does not just treat illness; increasingly, it helps us prevent it. The future lies in proactive, personalised, and preventative healthcare, powered by advances in longevity medicine — from genomics and biomarker tracking to cellular therapies and regenerative medicine.
My wish is that we live lives that are not only long, but also healthy and meaningful. This is why I focus on healthspan as much as lifespan, drawing on the latest research into aging biology.
WHAT DOES LONGEVITY REALLY MEAN?
Longevity can mean different things to different people: recovering from illness, reducing the risk of future disease, or simply living the best life possible without unnecessary suffering. At its core, longevity is about empowerment: combining what we already know about diet, exercise, sleep, stress reduction, and social connection with cutting-edge science.
In humans, interventions such as senolytics (drugs that clear damaged “zombie” cells), epigenetic reprogramming, and AI-driven biomarker monitoring are transforming our ability to extend both lifespan and healthspan.
HOW CAN WE HELP?
In today’s world, we are constantly bombarded with health information. At Sykle.Life, we cut through the noise, share evidence-based insights, and make them practical and accessible.
We don’t make promises — we share what the science shows today, and where it may take us tomorrow. Our goal is to help you feel informed, supported, and empowered to live not just longer, but better.
THE SCIENCE OF AGEING
Ageing is something we all go through, but what actually causes our bodies to grow older and less efficient over time? Ageing is not the result of one single factor, but rather a mix of changes happening inside our cells and organs. Let’s take a look at some of the key players.
1. TELOMERES: THE PROTECTIVE CAPS
At the ends of our chromosomes are telomeres, which act like protective caps, stopping our DNA from getting tangled or damaged. Every time a cell divides, these caps get a little shorter. Eventually, they become too short, and the cell can no longer divide. Some special cells can rebuild their telomeres using an enzyme called telomerase, but most cannot—making telomere shortening one of the basic clocks of ageing.
2. SENESCENT CELLS: OLD AND STUBBORN
When cells get too old or too damaged, they stop dividing and turn into senescent cells. Think of them as “retired” cells that refuse to leave. Unfortunately, they aren’t harmless—they release substances that cause inflammation and damage nearby healthy cells. When we’re young, the immune system clears them out easily. But as we age, they start piling up, contributing to diseases like diabetes, cancer, and Alzheimer’s.
New treatments called senolytics are being tested to remove these harmful cells, while another type, senomorphics, aim to calm them down instead of killing them. Both approaches offer hope for slowing down age-related diseases.
3. MITOCHONDRIA: THE POWERHOUSES RUNNING LOW
Our cells are powered by tiny structures called mitochondria. Over time, they become less efficient, producing less energy and more harmful by-products. This leads to something called oxidative stress, where damage from free radicals overwhelms the body’s defences. This stress is a major driver of ageing and many related diseases.
4. INFLAMMATION: THE SILENT FIRE
As we get older, our bodies often experience chronic low-level inflammation—sometimes called “inflammaging.” Unlike the helpful kind of inflammation that heals wounds or fights infection, this lingering inflammation slowly wears down tissues and organs, raising the risk of heart disease, arthritis, and dementia.
5. PROTEINS: WHEN THINGS GO WRONG
Proteins are the workhorses of our cells, but with age they can get damaged or fold the wrong way. These broken proteins sometimes clump together, forming amyloids, which are linked to conditions like Alzheimer’s and Parkinson’s.
Normally, our cells use a cleaning process called autophagy to recycle damaged proteins, but this system weakens as we age, allowing toxic build-ups to occur.
6. EPIGENETICS: MORE THAN JUST DNA
Our genes don’t tell the whole story. Epigenetics looks at how lifestyle and environment—things like diet, stress, and pollution—can switch genes on or off without changing the DNA itself. These changes play a big role in how quickly or slowly we age, and why some people stay healthier for longer.
7. THE GUT: AN UNEXPECTED PLAYER
Recent research suggests the gut may be more important to ageing than we once thought. Changes in gut bacteria and a weakening gut barrier can let harmful substances leak into the bloodstream, sparking inflammation throughout the body. This “gut barrier theory” is an exciting new area of research into ageing.
PUTTING IT ALL TOGETHER
Ageing is not driven by a single factor but by a combination of interconnected processes—telomere shortening, cellular senescence, mitochondrial decline, inflammation, protein damage, epigenetic shifts, and changes in the gut microbiome.
As research progresses, strategies such as senolytic therapies, senomorphics, and interventions targeting oxidative stress and gut health hold promise for slowing biological ageing and extending healthy lifespan.
The Immortal Jellyfish is a species that can potentially live forever. It can transform its adult cells into juvenile cells. This process, called transdifferentiation, effectively resets its life cycle, theoretically enabling it to bypass death due to old age.
It starts life as a free-swimming larva, then settles on the seafloor and develops into a polyp. Once a jellyfish reaches adulthood, it reverts to the polyp stage, allowing it to restart its life cycle indefinitely.
PATHWAYS TO LONGEVITY
CARDIOVASCULAR RESILIENCE
Protecting the heart and blood vessels is central to living longer, healthier. Through advanced vascular optimisation & lipid management, we aim to reduce risk while preserving vitality.
REGENERATION & REPAIR
Our ability to heal and adapt declines with age. Regenerative strategies target tissue repair, musculoskeletal strength, recovery from injury, and the cellular signals that maintain resilience.
Atherosclerotic cardiovascular disease (ASCVD) remains the leading cause of illness and death. By screening for key risk factors, we can intervene to slow or halt progression. Healthy circulation underpins every aspect of performance, healing, and regeneration — it is the machinery that powers you.
Our aim is to preserve your heart and blood vessels, so they serve you optimally for decades to come.
You recover and repair faster when your tissues rebuild well. With age, healing slows — niggles linger, tendons grumble, muscle takes longer to come back. We’ve seen athletes struggle not by injury itself but by the slower crawl back.
We pair precise diagnostics with doctor-guided regenerative strategies, so you spend more time on the pitch and less on the bench.
METABOLIC BALANCE
& ENERGY CONTROL
Maintaining metabolic stability supports weight, energy, and performance at every stage of life. We focus on optimising glucose control, insulin sensitivity, and cellular energy.
CELLULAR RENEWAL & LONGEVITY
Cutting-edge science is uncovering how cells age — and how we may influence the process. Cellular renewal strategies aim to support healthy ageing by modulating pathways linked to inflammation, repair, and resilience.
Metabolic health affects how efficiently your body manages energy production. Adverse changes in glucose handling, visceral fat, or insulin sensitivity can accelerate age-related decline.
We work to identify these patterns early and help restore balance, improve resilience, and keep your energy systems running smoothly. By combating weight gain, improving body composition, and improving health span.
Biological ageing begins deep within your cells. Senescent cells accumulate, mitochondria lose efficiency, and chronic inflammation spreads silently. We help you address these drivers, offering a precious chance to extend healthspan as well as lifespan.
Lifestyle shifts, senolytics and senomorphics — they’re all part of the quiet clean-up crew. Focusing on the cellular roots of ageing, we help you protect clarity of thought, physical stamina, and long-term independence.
NUTRITIONAL
& CELLULAR SUPERCHARGING
Longevity depends on the invisible architecture of nutrition and cellular metabolism. Precision supplementation strengthens the building blocks of cardiovascular, skeletal, and brain health.
LIFESTYLE & GENETICS
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Cells are the building bricks of our body and cell function is key to bodily health. Subtle deficiencies can quietly erode performance and ageing processes result in changes that benefit from certain supplements.
Through testing and tailored supplementation, we help you strengthen your nutritional foundations and improve cellular metabolism thus helping sustain cellular function and protecting against premature ageing.
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Elephants rarely get cancer, even though they have 100 times more cells than humans, though statistically, they should be far more likely to develop it, their cancer rates are less than 5%, compared to 45% in humans (UK).
Their protection comes from extra copies of the TP53 tumour suppressor gene, which rapidly destroys damaged cells before they turn cancerous. Along with a reactivated “zombie gene” (LIF6) and highly efficient DNA repair, this gives elephants one of nature\’s most powerful anti-cancer defences.
EVALUATION AND PROCESS
CLINICAL HISTORY
A structured pre-assessment questionnaire before your appointment. This includes details of your past medical and surgical history, current medications (including over-the-counter and supplements), allergies, and any current symptoms or concerns.
Lifestyle information is also collected—covering sleep, nutrition, exercise, alcohol, smoking, and other relevant exposures—to help contextualise risk.
Family history is reviewed in detail, with a focus on cardiovascular disease, cancer, metabolic conditions, and neurodegenerative disorders, to help identify inherited or shared risk factors. Finally, we ask about your personal health goals.
EXAMINATION
A detailed in-person physical examination is carried out by one of our experienced Clinicians. This includes assessment of height, weight, body mass index (BMI), and waist circumference.
We record blood pressure and heart rate, and carry out a general systems examination covering cardiovascular, respiratory, abdominal, neurological and musculoskeletal
systems, tailored to your age, risk factors, and any reported symptoms. Urinalysis is performed to check for the presence of protein, glucose, blood, or signs of infection.
LUNG FUNCTION TEST
Spirometry to assess your respiratory health, measuring key parameters to assess baseline lung function and screen for decline which may occur with age, environmental exposure, or undiagnosed respiratory conditions.
HAND GRIP STRENGTH TESTING
Grip strength is assessed using a calibrated dynamometer. This simple, non-invasive test is an evidence-based marker of biological ageing and is strongly associated with healthspan and lifespan.
VO2 MAX TESTING
This is a gold-standard assessment of cardiorespiratory fitness. Quantifying the maximum amount of oxygen your body can use during exercise, it is a strong independent predictor of cardiovascular health, metabolic efficiency, and all-cause mortality. Results are interpreted against age- and sex-matched reference data, with individualised feedback on training zones.
BLOOD TESTING
A comprehensive panel of blood tests to assess key biomarkers of general health, and age-related disease risk. These include: Full blood count and haematology – _to detect anaemia, infection, clotting disorders, or abnormal cell lines.
- Liver and Kidney Function
To assess detoxification, metabolism, and filtration capacity. - Glucose and Insulin Markers
Including fasting glucose, fasting insulin, HbA1c, and HOMA-IR, to assess metabolic health, insulin resistance and diabetes risk. - Lipid and Cardiovascular Risk Profile
Including cholesterol subtypes, Apolipoprotein B, Lipoprotein(a), Lp-PLA2 (PLAC) blood test and high-sensitivity CRP. - Vitamin and Mineral Levels
Including Vitamin D, B12, folate, magnesium, calcium, phosphate, iron studies, and zinc. - Hormonal Profile
With measurement of cortisol, DHEA, IGF-1, oestrogen, testosterone, LH, and FSH. - Inflammatory Markers
Including ESR and hs-CRP - Tumour Markers
CEA, CA125, CA19-9 and PSA (for men).
FOLLOW UP CONSULTATION
Within 7 days, you will receive your personalised report and consultation with your doctor for an in-depth review.
This is where testing becomes a plan: clear, practical steps to protect health, improve performance, and extend vitality. Our recommendations draw on both established preventive medicine and carefully selected innovations in the science of ageing.
PRICING
| Initial Assessment and Appraisal: | £500 |
| Blood Tests: | £400 |
| Quarterly Review: | £300 |
Cost exclude Medications and Supplements which are subject to individual results.
Axolotls are renowned for their exceptional regenerative capacity and negligible senescence. They exhibit sustained physiological function, resistance to age-related decline, and remarkable longevity.
Studies indicate that their epigenetic aging clock effectively ceases around four years of age. Through neoteny, Axolotls retain their larval morphology into adulthood, maintaining the ability to regenerate complex tissues—including limbs, tail, and internal organs—without observable loss of regenerative efficiency over time.
FAQs
Question 1
Spirometry to assess your respiratory health, measuring key parameters to assess baseline lung function and screen for decline which may occur with age, environmental exposure, or undiagnosed respiratory conditions.
Question 2
Grip strength is assessed using a calibrated dynamometer. This simple, non-invasive test is an evidence-based marker of biological ageing and is strongly associated with healthspan and lifespan.
Question 3
This is a gold-standard assessment of cardiorespiratory fitness. Quantifying the maximum amount of oxygen your body can use during exercise, it is a strong independent predictor of cardiovascular health, metabolic efficiency, and all-cause mortality. Results are interpreted against age- and sex-matched reference data, with individualised feedback on training zones.
Question 4
A comprehensive panel of blood tests to assess key biomarkers of general health, and age-related disease risk. These include: Full blood count and haematology – _to detect anaemia, infection, clotting disorders, or abnormal cell lines.
- Liver and Kidney Function
To assess detoxification, metabolism, and filtration capacity. - Glucose and Insulin Markers
Including fasting glucose, fasting insulin, HbA1c, and HOMA-IR, to assess metabolic health, insulin resistance and diabetes risk. - Lipid and Cardiovascular Risk Profile
Including cholesterol subtypes, Apolipoprotein B, Lipoprotein(a), Lp-PLA2 (PLAC) blood test and high-sensitivity CRP. - Vitamin and Mineral Levels
Including Vitamin D, B12, folate, magnesium, calcium, phosphate, iron studies, and zinc. - Hormonal Profile
With measurement of cortisol, DHEA, IGF-1, oestrogen, testosterone, LH, and FSH. - Inflammatory Markers
Including ESR and hs-CRP - Tumour Markers
CEA, CA125, CA19-9 and PSA (for men).