Health & Longevity Analysis
Prepared Exclusively For
Client Name
Report Date
April 11, 2026
Overview
This report provides a comprehensive analysis of your biomarkers against longevity-focused targets. Our analysis compares your results to optimal values for health and longevity—backed by peer-reviewed research into what blood markers correlate with reduced disease risk and extended healthspan. These targets are intentionally aggressive; they represent optimal health, not merely the absence of disease.
Primary Finding: The most significant finding in your results is a state of early metabolic dysfunction, evidenced by elevated Fasting Insulin (18.5 µIU/mL) and a HOMA-IR score of 3.47. This foundational issue—insulin resistance—appears to be driving downstream effects including elevated systemic inflammation (hs-CRP: 2.3 mg/L) and a high burden of atherogenic particles (Apolipoprotein B: 111 mg/dL). While these markers require attention, addressing the root metabolic cause should be the central focus of your health strategy.
Optimization Opportunities: Beyond the primary finding, the analysis identified several key nutrient deficiencies that represent high-impact, easy-to-address opportunities. Your Vitamin D (34 ng/mL), RBC Magnesium (4.5 mg/dL), Zinc (74 mcg/dL), and Ferritin (22 ng/mL) are all below optimal targets. Correcting these deficiencies through targeted supplementation can support metabolic function, hormone production, and immune health.
Building on Strengths: Your report also reveals notable strengths. Your kidney function (eGFR: 101) is excellent, liver enzymes are optimally low, your hormonal profile is well-balanced, and your biological age (PhenoAge) is nearly 7 years younger than your chronological age. These provide a strong foundation for the optimization work ahead.
This report is designed to serve as a data-driven roadmap for a productive conversation with your physician. Together, you can determine which interventions are most appropriate for your individual situation.
At a Glance
A high-level view of your health across four key domains. Letter grades reflect how your markers compare to longevity-optimized targets, not just standard reference ranges.
Metabolic Health
C
Elevated Fasting Insulin and HOMA-IR indicate early insulin resistance requiring attention.
Cardiovascular
C
High ApoB and LDL suggest elevated atherogenic particle burden and long-term risk.
Inflammation
C-
Elevated hs-CRP indicates systemic inflammation. Key nutrients are suboptimal.
Organ Function
A
Excellent kidney and liver markers provide a strong foundation for optimization.
Your biological age is significantly younger than your chronological age—an excellent result indicating that your lifestyle habits are having a protective effect on your aging process.
Chronological Age: 40 years
33.4
Biological Age
−6.6 yrs
Younger
Deep Dive
A detailed breakdown of the most important findings in your results, what they mean for your health, and why they matter for longevity.
Your results for Fasting Insulin (18.5 µIU/mL) and the calculated HOMA-IR score (3.47) represent the most important findings in this report. These markers point to the presence of insulin resistance—a condition where your body's cells don't respond efficiently to insulin. This is a foundational metabolic issue that can drive many other health concerns.
It's common to see a normal Fasting Glucose (yours is an optimal 75 mg/dL) and assume metabolic health is perfect. However, your elevated Fasting Insulin reveals what's happening behind the scenes: your pancreas is producing significantly more insulin than ideal just to maintain normal blood sugar. Think of it as someone who has to shout to be heard—the "shouting" (high insulin) is maintaining function, but at a cost. This is the earliest detectable stage of metabolic dysfunction, often preceding any rise in HbA1c or fasting glucose by many years.
Why This Matters for Longevity: Chronically elevated insulin accelerates aging through multiple pathways: it promotes fat storage (particularly visceral fat), drives inflammation, stimulates arterial plaque formation, and inhibits cellular repair processes like autophagy. Research consistently shows that lower fasting insulin levels correlate with extended healthspan and reduced risk of cardiovascular disease, cancer, and cognitive decline.
The Opportunity: This makes your current situation a crucial window. Insulin resistance is highly responsive to lifestyle intervention. By focusing on strategies to resensitize your cells to insulin now—through dietary changes, exercise, sleep optimization, and potentially targeted supplements—you can address the root cause of the inflammation and atherogenic lipid patterns seen elsewhere in this report before they progress further.
Your Apolipoprotein B (ApoB) is high at 111 mg/dL, indicating a large number of plaque-forming particles circulating in your bloodstream. ApoB is considered the single best marker of cardiovascular risk because each atherogenic lipoprotein particle (LDL, VLDL, Lp(a)) carries exactly one ApoB molecule—making it a direct count of particles capable of entering and damaging arterial walls.
This risk is compounded by your elevated hs-CRP (2.3 mg/L), a marker of systemic inflammation. Inflammation is a key driver of atherosclerosis: it damages arterial walls (making them more permeable to LDL particles), destabilizes existing plaque (increasing rupture risk), and accelerates the overall disease process. The combination of high particle count (ApoB) and inflammation (hs-CRP) creates a particularly pro-atherosclerotic environment.
Why This Matters for Longevity: Cardiovascular disease remains the leading cause of death globally. However, it's largely preventable when addressed early. The research is clear: keeping ApoB below 80 mg/dL (and ideally lower) dramatically reduces lifetime risk of heart attack and stroke. The cumulative exposure to atherogenic particles matters—the sooner levels are optimized, the better.
The Encouraging News: Much of your cardiovascular pattern is likely downstream of your metabolic dysfunction. As insulin sensitivity improves, your liver typically produces fewer atherogenic particles and systemic inflammation decreases naturally. However, given the degree of elevation, direct intervention (dietary changes, and potentially pharmacological support discussed with your doctor) may also be warranted.
Your results show suboptimal levels of several critical micronutrients: Vitamin D (34 ng/mL), RBC Magnesium (4.5 mg/dL), Zinc (74 mcg/dL), and Ferritin (22 ng/mL). These are not minor findings—these nutrients serve as essential cofactors for hundreds of enzymatic processes throughout your body.
Why These Matter:
• Vitamin D functions as a hormone affecting immune regulation, insulin sensitivity, bone health, and mood. Levels below 40 ng/mL are associated with increased disease risk.
• Magnesium is required for over 300 enzymatic reactions, including energy production, DNA repair, and—critically for your situation—insulin signaling. Low magnesium is strongly associated with insulin resistance.
• Zinc supports immune function, testosterone production, and hundreds of enzymatic processes.
• Ferritin reflects your iron stores. Low levels contribute to fatigue, impaired cognition, and suboptimal thyroid hormone conversion.
The Opportunity: These deficiencies represent some of the highest-impact, lowest-effort opportunities in this report. Unlike complex metabolic interventions, correcting nutrient status is relatively straightforward through targeted supplementation and dietary adjustments. Bringing these into optimal ranges will support all other health optimization efforts.
Despite the priorities above, your report reveals several areas of excellent health that provide a strong foundation for optimization.
Kidney Function: Your eGFR of 101 mL/min/1.73m² is outstanding—well into the optimal range. Kidney function naturally declines with age, so maintaining this excellent level is a significant asset.
Liver Health: Your ALT (18 U/L) and AST (21 U/L) are optimally low, indicating healthy liver function with no signs of fatty liver disease or metabolic stress on the liver. This is particularly notable given your metabolic findings—your liver is handling the load well.
Hormonal Balance: Your hormonal profile appears well-balanced, and your primary thyroid marker (TSH) is in an excellent range, suggesting healthy thyroid function and appropriate metabolic regulation.
Biological Age: Perhaps most notably, your PhenoAge of 33.4 years is nearly 7 years younger than your chronological age of 40. This is a significant positive indicator that your overall lifestyle—despite the metabolic concerns—is having protective effects on your aging trajectory.
This area presents your most important opportunity for improvement. Your markers indicate early insulin resistance—your body is overproducing insulin to maintain normal blood sugar. Addressing this foundational issue will improve nearly every other aspect of your health.
Your Result
18.5 µIU/mL
Optimal
<5.0
Standard
2.6-24.9
Fasting insulin is the earliest and most sensitive marker for insulin resistance. Population studies show that lower fasting insulin levels are associated with reduced risk of cardiovascular disease, cancer, and all-cause mortality.
Your Result
3.47
Optimal
<1.0
Standard
<2.5
HOMA-IR (Homeostatic Model Assessment of Insulin Resistance) is calculated from fasting glucose and insulin. Values below 1.0 indicate excellent insulin sensitivity. Your value confirms insulin resistance.
Your Result
75 mg/dL
Optimal
72-85
Standard
65-99
Your fasting glucose is optimally controlled—this is a genuine strength. However, it's being maintained at the cost of high insulin production. Improving insulin sensitivity will maintain this control with less metabolic stress.
Your Result
5.3%
Optimal
<5.0%
Standard
<5.7%
HbA1c reflects average blood sugar over 2-3 months. While in the normal range, your level is slightly above the longevity target of below 5.0%. Research suggests cardiovascular risk begins to rise even at levels considered normal.
Your Result
6.2 mg/dL
Optimal
<5.5
Standard
2.5-7.0
Uric acid is increasingly recognized as a marker of metabolic health. Elevated levels are associated with insulin resistance and cardiovascular disease. Fructose consumption is a major driver of uric acid production.
Your Result
148 mg/dL
Optimal
<80
Standard
<150
Triglycerides are a sensitive marker of metabolic health and respond quickly to dietary changes. Your elevated level is consistent with insulin resistance. They're produced when the liver converts excess carbohydrates into fat.
Your cardiovascular markers show elevated atherogenic particles that increase long-term risk. Much of this pattern is downstream of your metabolic dysfunction and should improve as insulin sensitivity improves, though direct intervention may also be warranted.
Your Result
111 mg/dL
Optimal
<80
Standard
<130
ApoB is the most accurate single marker of cardiovascular risk. Each atherogenic particle carries exactly one ApoB molecule, making it a direct count of plaque-forming particles. Leading cardiologists advocate for keeping ApoB below 80 mg/dL.
Your Result
157 mg/dL
Optimal
<70
Standard
<100
LDL particles carry cholesterol into arterial walls where it can accumulate and form plaque over time. This is a cumulative process—the longer and higher the exposure, the greater the risk.
Your Result
18 nmol/L
Optimal
<75
Standard
<125
Lp(a) is a largely genetic cardiovascular risk factor. Your low level is excellent—it means you don't carry this additional genetic risk burden.
Your Result
57 mg/dL
Optimal
>60
Standard
>40
HDL particles help transport cholesterol away from arteries. Your level is reasonable but could be slightly higher. HDL can be raised through exercise, moderate alcohol, and improving metabolic health.
Your Result
2.6
Optimal
<1.0
Standard
<2.0
This ratio is a powerful surrogate marker for insulin resistance and small, dense LDL particles. A ratio above 2.0 strongly suggests insulin resistance.
Your Result
468 nmol/L
Optimal
<300
Small, dense LDL particles are more atherogenic because they more easily penetrate arterial walls and are more susceptible to oxidation. Elevated levels are strongly associated with insulin resistance.
Chronic inflammation is a central driver of aging and disease. Your hs-CRP is elevated, indicating systemic inflammation that accelerates biological aging and increases cardiovascular risk. Reducing inflammation through metabolic optimization and targeted nutrition should be a priority.
Your Result
2.3 mg/L
Optimal
<0.5
Standard
<3.0
High-sensitivity C-Reactive Protein is a key marker of systemic inflammation. Elevated hs-CRP is independently associated with cardiovascular events and all-cause mortality. Optimal levels are below 0.5 mg/L.
Your Result
8.2 µmol/L
Optimal
<9.0
Standard
<15
Homocysteine is a marker of methylation efficiency. Elevated levels damage blood vessels and increase cardiovascular risk. Your level is well-controlled, suggesting adequate B-vitamin status.
Your Result
5.8 K/uL
Optimal
4.0-6.5
Standard
3.4-10.8
White blood cell count within optimal range suggests no active infection or excessive immune activation. Chronically elevated WBC is associated with inflammation and increased mortality risk.
Your Result
12.8%
Optimal
<12.5%
Standard
11.5-14.5%
Red cell Distribution Width measures variation in red blood cell size. Elevated RDW is emerging as a powerful predictor of mortality and chronic inflammation. Your level is borderline.
The ANA (Antinuclear Antibody) screen looks for autoimmune activity. A negative result indicates no detected autoantibodies, which is optimal. This rules out underlying autoimmune conditions as contributors to your inflammation.
Your Result
32%
Optimal
25-35%
Standard
20-40%
Lymphocytes are key immune cells. Your level is within the optimal range, indicating balanced immune function.
This is an area of genuine strength. Your kidney and liver function markers are excellent, indicating these vital organs are handling metabolic demands well. This provides a solid foundation for your health optimization efforts.
Your Result
101 mL/min
Optimal
>90
Standard
>60
eGFR estimates kidney filtration rate. Your excellent result indicates your kidneys are filtering blood efficiently. Kidney function naturally declines with age, so maintaining this level is a significant asset.
Your Result
0.95 mg/dL
Optimal
0.7-1.1
Standard
0.7-1.3
Creatinine is a waste product from muscle metabolism cleared by the kidneys. Your optimal level confirms healthy kidney function.
Your Result
18 U/L
Optimal
<25
Standard
0-44
ALT is a liver-specific enzyme. Your optimal level indicates healthy liver function with no signs of fatty liver disease or hepatic stress.
Your Result
21 U/L
Optimal
<25
Standard
0-40
AST is another liver enzyme (also found in muscle). Your level confirms minimal stress on liver cells and overall hepatic health.
Your Result
22 U/L
Optimal
<15
Standard
9-48
GGT is a marker for liver strain and oxidative stress. While in the standard range, levels above 15 suggest some oxidative burden. This often improves with metabolic optimization.
Your Result
4.5 g/dL
Optimal
4.2-5.0
Standard
3.4-5.4
Albumin is produced by the liver and reflects protein status and liver synthetic function. Your optimal level indicates excellent liver function and adequate protein intake.
Your hormonal profile shows good balance across key markers. Thyroid function is optimal, and your primary sex hormone markers are within healthy ranges. This area is not a current priority, though continued monitoring is advisable.
Your Result
1.8 mIU/L
Optimal
1.0-2.5
Standard
0.45-4.5
TSH (Thyroid Stimulating Hormone) is the primary screening marker for thyroid function. Your optimal level suggests healthy thyroid function and metabolic regulation.
Your Result
1.3 ng/dL
Optimal
1.1-1.6
Standard
0.8-1.8
Free T4 is the unbound, active form of thyroxine. Your optimal level confirms adequate thyroid hormone production.
Your Result
3.2 pg/mL
Optimal
2.8-4.0
Standard
2.0-4.4
Free T3 is the most active thyroid hormone. Your level indicates good peripheral conversion of T4 to T3 and adequate cellular thyroid function.
Your Result
580 ng/dL
Optimal
500-900
Standard
264-916
Your total testosterone level is healthy for your age. Optimizing metabolic health may help maintain or improve this level naturally over time.
Your Result
38 nmol/L
Optimal
30-55
Standard
16-55
SHBG (Sex Hormone Binding Globulin) binds testosterone and estrogen. Your level is optimal, suggesting a good balance of free and bound hormones. SHBG is highly influenced by metabolic health.
Your Result
285 µg/dL
Optimal
250-450
Standard
85-690
DHEA-S is an adrenal hormone that serves as a precursor to sex hormones. Levels decline with age; maintaining optimal levels is associated with healthier aging.
This area presents a significant opportunity for quick wins. Multiple key nutrients are below optimal levels, which affects everything from energy production to insulin sensitivity to immune function. Correcting these deficiencies should be a priority.
Your Result
34 ng/mL
Optimal
40-60
Standard
30-100
Vitamin D functions as a hormone affecting immune regulation, insulin sensitivity, bone health, and mood. Research consistently shows levels between 40-60 ng/mL are associated with optimal health outcomes.
Your Result
4.5 mg/dL
Optimal
5.5-6.5
Standard
4.2-6.8
RBC Magnesium is a better indicator of magnesium status than serum levels. Magnesium is required for over 300 enzymatic reactions, including insulin signaling and energy production. Low magnesium is strongly associated with insulin resistance.
Your Result
74 mcg/dL
Optimal
90-120
Standard
60-130
Zinc is essential for immune function, hormone production, and over 200 enzymatic reactions. Low zinc impairs insulin sensitivity and testosterone production.
Your Result
22 ng/mL
Optimal
100-200
Standard
30-400
Ferritin reflects your iron stores. Low levels are a common cause of fatigue, poor exercise recovery, and impaired thyroid function. Optimal ferritin for energy and performance is typically 100-200 ng/mL.
Your Result
24%
Optimal
30-45%
Standard
20-50%
Iron saturation shows how much of your iron-carrying capacity is being used. Combined with low ferritin, this confirms suboptimal iron status affecting energy production.
Your Result
5.2%
Optimal
>8%
Standard
>5.4%
The Omega-3 Index measures EPA+DHA in red blood cell membranes. An index above 8% is associated with significantly lower cardiovascular risk and reduced inflammation. Reaching this target is a high-yield intervention.
Your Roadmap
A prioritized action plan based on your biomarker findings. These steps are ordered by impact and designed to address root causes first.
Targets: Fasting Insulin, HOMA-IR, Triglycerides, hs-CRP, ApoB
This is your highest-priority intervention. Improving insulin sensitivity will cascade positive effects across your entire metabolic profile—lowering inflammation, reducing atherogenic particles, and improving energy. This single focus addresses multiple downstream issues.
Targets: Vitamin D, RBC Magnesium, Zinc, Ferritin, Omega-3 Index
These deficiencies represent high-impact, low-effort wins. Correcting them supports metabolic health, reduces inflammation, and provides the raw materials your body needs for optimization. Start these immediately.
Targets: ApoB, LDL-C, Small LDL Particles
Much of your cardiovascular risk profile should improve as metabolic health improves. However, given your elevated ApoB levels, a conversation with your physician about additional intervention may be warranted.
Targets: hs-CRP, Cortisol, Overall Inflammation
Sleep and stress management are foundational to metabolic health. Poor sleep drives insulin resistance, increases inflammation, and impairs recovery. These factors may be contributing to your elevated hs-CRP.
Targets: All Biomarkers
Your excellent organ function and younger biological age indicate your lifestyle foundation is sound. The goal is to build on this by addressing the metabolic and nutritional gaps identified above.
Follow-Up
To track progress and refine your strategy, we recommend the following follow-up tests.
Timing: 3-4 months after implementing interventions
Includes: Fasting Insulin, HOMA-IR, Fasting Glucose, HbA1c, Lipid Panel with ApoB
This will show how your metabolic markers respond to dietary and lifestyle changes. These are the most actionable markers to track.
Timing: 3 months after starting supplementation
Includes: Vitamin D, RBC Magnesium, Ferritin, Iron Panel
Confirm that supplementation is bringing levels into optimal ranges and adjust dosing as needed.
Timing: 4 months after starting fish oil supplementation
Includes: Omega-3 Index (% EPA+DHA in RBC membranes)
Red blood cells turn over every ~120 days, so 4 months allows a full refresh to show supplementation effects.
Timing: 3-4 months, alongside metabolic panel
Includes: hs-CRP
Track whether your systemic inflammation is decreasing with the metabolic and nutritional interventions.
Targeted Support
Based on your biomarker results, the following supplements are prioritized to address specific deficiencies and support your health goals.
Rationale: Your Omega-3 Index of 5.2% and elevated hs-CRP (2.3 mg/L) indicate significant need for omega-3 fatty acids. Reaching an index >8% dramatically reduces cardiovascular risk and inflammation.
Typical Dose: 2-4g EPA/DHA daily with food. Final dosage to be confirmed with your physician.
Rationale: Your Vitamin D level of 34 ng/mL is below the optimal target of 40-60 ng/mL. Vitamin D supports immune function, insulin sensitivity, mood, and bone health. K2 ensures proper calcium metabolism.
Typical Dose: 5,000 IU D3 daily with K2. Retest in 3 months. Final dosage to be confirmed with your physician.
Rationale: Your RBC Magnesium of 4.5 mg/dL is below the optimal target of 5.5-6.5 mg/dL. Magnesium is critical for insulin sensitivity, sleep quality, and over 300 enzymatic reactions. Glycinate form is well-absorbed and supports sleep.
Typical Dose: 400-600mg before bed. Final dosage to be confirmed with your physician.
Rationale: Your HOMA-IR of 3.47 indicates insulin resistance. Berberine is one of the most evidence-backed natural compounds for improving insulin sensitivity, with effects comparable to metformin in some studies. It also supports healthy lipid levels.
Typical Dose: 500mg before meals, 1-2x daily. Final dosage to be confirmed with your physician.
Rationale: Your Zinc level of 74 mcg/dL is below optimal (90-120). Zinc supports immune function, hormone production, and insulin sensitivity.
Typical Dose: 30mg daily with food. Consider taking with copper to maintain balance. Final dosage to be confirmed with your physician.
Rationale: B-vitamins are essential cofactors for energy production, methylation, and cardiovascular health. A methylated form ensures optimal absorption regardless of genetic variations (MTHFR).
Typical Dose: 1 capsule daily. Final dosage to be confirmed with your physician.
Conclusion
This report has identified clear opportunities for meaningful health improvement. While the findings around insulin resistance and inflammation require attention, they are highly responsive to the lifestyle and nutritional interventions outlined above. More importantly, your strong foundation—excellent organ function, balanced hormones, and a biological age nearly 7 years younger than your chronological age—puts you in an excellent position to optimize.
The metabolic pattern identified is common and, when caught early as it has been here, very addressable. The interventions recommended are evidence-based, well-tolerated, and synergistic—meaning each one supports the others. Focus on the fundamentals first: addressing insulin sensitivity, correcting nutrient deficiencies, and maintaining the healthy habits that have served you well.
In 3-4 months, retest the key markers to track your progress. This data will inform the next phase of optimization. Health improvement is an iterative process—measure, intervene, remeasure, refine. With each cycle, you'll move closer to optimal.
This report is designed to be a resource for conversations with your physician. The analysis provides context, but your doctor can help translate these findings into a personalized plan that accounts for your complete health picture.
To your health.