case study
From “Normal” Check-Ups to Limitless Living
From “Normal” Check-Ups to
Limitless Living
From “Normal”
Check-Ups to
Limitless Living
A 44-year-old male with a high-demand career approached Biopeak without a specific diagnosis. Annual health check-ups had always been reported as “normal,” and no chronic conditions had been diagnosed yet his symptoms suggested a decline in healthspan.
PRESENTING COMPLAINTS:
● Persistent low energy, reduced focus, and afternoon crashes.
● 5–6 kg weight gain over the past year despite regular exercise
● Mild bloating and poor morning appetite
● History of irregular sleep and frequent travel across time zones
● No diagnosed chronic conditions
A 44-year-old male with a high-demand career approached Biopeak without a specific diagnosis. Annual health check-ups had always been reported as “normal,” and no chronic conditions had been diagnosed yet his symptoms suggested a decline in healthspan.
PRESENTING COMPLAINTS:
● Persistent low energy, reduced focus, and afternoon crashes.
● 5–6 kg weight gain over the past year despite regular exercise
● Mild bloating and poor morning appetite
● History of irregular sleep and frequent travel across time zones
● No diagnosed chronic conditions
Our Approach, Tailored to Him
1. Predictive - Detect dysfunction before disease.
1. Predictive - Detect dysfunction before disease.
Biopeak integrates multi-omics diagnostics, advanced imaging, wearable data streams, and AI modeling to forecast risk trajectories.
● Metabolite profiling revealed elevated ethylmalonate, adipate, and 3-hydroxybutyrate, early signs of impaired fatty acid oxidation and mitochondrial inefficiency
● Cortisol curve (salivary data) showed a flattened morning rise, suggesting HPA-axis blunting and circadian misalignment
● Wearables indicated frequent sleep phase shifting and low HRV, correlating with poor recovery
● Imaging (DXA + Ultrasound) revealed increased visceral adiposity and early hepatic fat infiltration (grade 1 steatosis)
● AI-based organ age clocks showed accelerated aging of liver and cardiovascular systems
Impact: Early detection of risks for metabolic syndrome, NAFLD, and burnout, well before clinical diagnosis.
Biopeak integrates multi-omics diagnostics, advanced imaging, wearable data streams, and AI modeling to forecast risk trajectories.
● Metabolite profiling revealed elevated ethylmalonate, adipate,
and 3-hydroxybutyrate, early signs of impaired fatty acid oxidation and
mitochondrial inefficiency
● Cortisol curve (salivary data) showed a flattened morning rise, suggesting
HPA-axis blunting and circadian misalignment
● Wearables indicated frequent sleep phase shifting and low HRV, correlating
with poor recovery
● Imaging (DXA + Ultrasound) revealed increased visceral adiposity and early
hepatic fat infiltration (grade 1 steatosis)
● AI-based organ age clocks showed accelerated aging of liver and
cardiovascular systems
Impact: Early detection of risks for metabolic syndrome, NAFLD, and burnout, well before clinical diagnosis.
Biopeak integrates multi-omics diagnostics, advanced imaging, wearable data streams, and AI modeling to forecast risk trajectories.
● Metabolite profiling revealed elevated ethylmalonate, adipate, and 3-hydroxybutyrate, early signs of impaired fatty acid oxidation and mitochondrial inefficiency
● Cortisol curve (salivary data) showed a flattened morning rise, suggesting HPA-axis blunting and circadian misalignment
● Wearables indicated frequent sleep phase shifting and low HRV, correlating with poor recovery
● Imaging (DXA + Ultrasound) revealed increased visceral adiposity and early hepatic fat infiltration (grade 1 steatosis)
● AI-based organ age clocks showed accelerated aging of liver and cardiovascular systems
Impact: Early detection of risks for metabolic syndrome, NAFLD, and burnout, well before clinical diagnosis.
2. Preventive - Intervene early to halt progression.
2. Preventive - Intervene early to halt progression.
We recognised early molecular and physiological shifts, then deployed targeted interventions: lifestyle, nutritional, hormonal, and cellular to reverse the trajectory toward chronic disease.
● Introduced targeted mitochondrial support (CoQ10, carnitine, B2) to improve energy production
● Reset daily rhythms with structured light exposure, travel-specific circadian resets, and breath-based autonomic retraining
● Used liver-supportive phytonutrients (silymarin, dandelion extract) and personalised detox load reduction
● Aligned meal timing and type to fasting glucose, insulin response, and morning GI patterns
Impact: Within 8 weeks, liver markers normalised, visceral fat reduced by >10%, and energy levels improved significantly.
We recognised early molecular and physiological shifts, then deployed targeted interventions: lifestyle, nutritional, hormonal, and cellular to reverse the trajectory toward chronic disease.
● Introduced targeted mitochondrial support (CoQ10, carnitine, B2) to improve
energy production
● Reset daily rhythms with structured light exposure, travel-specific circadian
resets, and breath-based autonomic retraining
● Used liver-supportive phytonutrients (silymarin, dandelion extract) and
personalised detox load reduction
● Aligned meal timing and type to fasting glucose, insulin response, and
morning GI patterns
Impact: Within 8 weeks, liver markers normalised, visceral fat reduced by >10%, and energy levels improved significantly.
We recognised early molecular and physiological shifts, then deployed targeted interventions: lifestyle, nutritional, hormonal, and cellular to reverse the trajectory toward chronic disease.
● Introduced targeted mitochondrial support (CoQ10, carnitine, B2) to improve energy production
● Reset daily rhythms with structured light exposure, travel-specific circadian resets, and breath-based autonomic retraining
● Used liver-supportive phytonutrients (silymarin, dandelion extract) and personalised detox load reduction
● Aligned meal timing and type to fasting glucose, insulin response, and morning GI patterns
Impact: Within 8 weeks, liver markers normalised, visceral fat reduced by >10%, and energy levels improved significantly.
3. Personalised - No two health journeys are alike.
3. Personalised - No two health journeys are alike.
We mapped organ function, metabolic rhythms, microbiome profile, and nutrient needs to design an intervention unique to his systems.
● Adapted protocols to frequent time zone shifts, emphasising circadian resilience
● Created a fasting–feeding strategy aligned to real-time glucose and HRV data
● Shifted exercise timing (late-evening high intensity → midday resistance + zone 2 cardio) for circadian phase realignment
● Used microbiome and digestive enzyme analysis to fine-tune meal structure and reduce GI discomfort
Impact: Improved sleep quality, sharper cognitive performance, and better digestion, sustained even during frequent travel.
We mapped organ function, metabolic rhythms, microbiome profile, and nutrient needs to design an intervention unique to his systems.
● Adapted protocols to frequent time zone shifts, emphasising circadian resilience
● Created a fasting–feeding strategy aligned to real-time glucose and HRV data
● Shifted exercise timing (late-evening high intensity → midday resistance +
zone 2 cardio) for circadian phase realignment
● Used microbiome and digestive enzyme analysis to fine-tune meal structure
and reduce GI discomfort
Impact: Improved sleep quality, sharper cognitive performance, and better digestion, sustained even during frequent travel.
We mapped organ function, metabolic rhythms, microbiome profile, and nutrient needs to design an intervention unique to his systems.
● Adapted protocols to frequent time zone shifts, emphasising circadian resilience
● Created a fasting–feeding strategy aligned to real-time glucose and HRV data
● Shifted exercise timing (late-evening high intensity → midday resistance + zone 2 cardio) for circadian phase realignment
● Used microbiome and digestive enzyme analysis to fine-tune meal structure and reduce GI discomfort
Impact: Improved sleep quality, sharper cognitive performance, and better digestion, sustained even during frequent travel.
4. Precision - Target the root, not just the symptom.
4. Precision - Target the root, not just the symptom.
Every intervention, from supplements to exercise timing was precisely selected based on biomarker data, organ burden, genetic pathways, and circadian readiness.
● Corrected underlying fatty acid metabolism and mitochondrial overload rather than using stimulants
● Treated liver aging via functional detox pathways (methylation, sulfation, glycine conjugation) using real-time metabolite data
● Monitored progress via repeat testing and adaptive adjustments to protocols
● Avoided unnecessary medication by precision-targeting interventions to validated deficits
Impact: Sustained metabolic reversal without medication; the client now uses Biopeak’s structured rhythm engine and supplement protocol for ongoing optimisation.
Every intervention, from supplements to exercise timing was precisely selected based on biomarker data, organ burden, genetic pathways, and circadian readiness.
● Corrected underlying fatty acid metabolism and mitochondrial overload rather
than using stimulants
● Treated liver aging via functional detox pathways (methylation, sulfation, glycine
conjugation) using real-time metabolite data
● Monitored progress via repeat testing and adaptive adjustments to protocols
● Avoided unnecessary medication by precision-targeting interventions to
validated deficits
Impact: Sustained metabolic reversal without medication; the client now uses Biopeak’s structured rhythm engine and supplement protocol for ongoing optimisation.
Every intervention, from supplements to exercise timing was precisely selected based on biomarker data, organ burden, genetic pathways, and circadian readiness.
● Corrected underlying fatty acid metabolism and mitochondrial overload rather than using stimulants
● Treated liver aging via functional detox pathways (methylation, sulfation, glycine conjugation) using real-time metabolite data
● Monitored progress via repeat testing and adaptive adjustments to protocols
● Avoided unnecessary medication by precision-targeting interventions to validated deficits
Impact: Sustained metabolic reversal without medication; the client now uses Biopeak’s structured rhythm engine and supplement protocol for ongoing optimisation.
This client didn’t just fix a symptom, he unlocked a personalised health blueprint that evolves with him, optimises his healthspan and enables limitless living.
