Wellness Report
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Tested By: Ani
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FAQ
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Intolerances or sensitivities usually involve the digestive system, an enzymatic deficit, or an inflammatory cellular reaction to a particular food or drink.
Improper enzymatic processes to a particular food, drink, or supplement can cause cellular inflammation. Symptoms and signs the body produces may be illustrative of a problem internally.
Hair is biologically stable and rich in keratin, which retains electromagnetic imprinting long after it has left the body. Much like a fingerprint, your hair holds information that reflects
Resonance refers to the science where a system oscillates with greater amplitude at specific frequencies. In biological systems, this concept is pivotal in understanding how cells and tissues interact with electromagnetic fields.
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Environmental Toxins, Household Toxins, and Heavy Metals can accumulate through commercial products, inducing a build-up of toxicity residue in and around the cells.
Cells rely on free-flowing communication, which can be disrupted by toxic residue. A disconnection between the body's cells due to toxic residue can impact hormones, daily organ functions, key life-force processes, and cell damage. The toxic residue thus can lower the body's capacity to prevent the free-radical toxin damage that accelerates aging, causing overall adverse effects on health.
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This score reflects possible deficiencies in key nutrients. Even if you are supplementing, impaired absorption may be limiting your body’s ability to benefit from them. Click on each nutrient to learn more.
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The amount of micro-organism imbalances and digestive enzyme deficiencies found. The biome, yeasts, and enzymes are located in the digestive tract and throughout the entire body.
Over 70% of the immune system is located in the gut. The microorganisms inside and outside the gut can influence immunity, metabolism regulation, emotional well-being through the gutbrain axis, break down nutrients from foods into smaller blood-recognizable particles, produce vitamins and nutrients, detoxify harmful pathogens and bacteria, amongst many other chemical processes.
Hair samples are commonly used in clinical settings to diagnose fungal infections. Techniques like the potassium hydroxide (KOH) preparation allow for the visualization of fungal elements, including Candida species, under a microscope. These methods are effective for identifying superficial infections on the scalp and hair shafts.
Sleep – Melatonin Level
Melatonin is a hormone naturally produced by the body, primarily responsible for regulating the sleep-wake cycle, also known as the circadian rhythm.
Darkness triggers increased melatonin production, signaling the body to prepare for sleep, while daylight reduces melatonin levels, promoting wakefulness. These processes are essential to maintaining a healthy rhythm of sleep and alertness.
In addition to its role in sleep regulation, melatonin serves several other important functions:
- Coordinates the intricate interactions between the mind and body
- Influences hormonal balance and behavioral functions
- Helps regulate body temperature
- Supports cardiovascular health
- Acts as a powerful antioxidant, protecting cells from damage
Melatonin Balance: Why 35–65 Is Optimal
Melatonin is your body’s natural sleep hormone, produced in response to darkness. It regulates sleep cycles, mood, hormones, and immune function.
In QRT, a score between 35 and 65 reflects balanced melatonin signaling—supporting restful sleep, stable mood, and healthy rhythms.
QRT Score Interpretation (0–100)
- 35–65 → Balanced
Indicates healthy nighttime melatonin production and good sleep-wake regulation. - Below 35 → Low Melatonin
May suggest poor production or absorption. Can lead to sleep issues, low immunity, mood changes, or hormone imbalance. - Above 65 → High Melatonin
May point to oversupplementation or slow clearance. Can cause grogginess, hormonal suppression, or disrupted circadian rhythm.
Strategy | Why It Matters | Action Steps |
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Optimize Light Exposure | Natural light helps reset your internal clock and boost evening melatonin production |
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Support Nutritional Precursors | Melatonin is made from tryptophan via serotonin pathways—nutrient deficiencies hinder this |
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Establish a Consistent Routine | Melatonin release relies on a stable sleep-wake cycle |
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Reduce Evening Cortisol | Elevated nighttime cortisol suppresses melatonin production |
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Use Supplementation Cautiously | Overuse of melatonin supplements can suppress natural production |
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Strategy | Why It Matters | Action Steps |
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Reduce or Discontinue Supplementation | Many people take more melatonin than needed, which can disrupt natural rhythms and cause excess daytime levels. |
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Balance with Cortisol Activation in the Morning | Morning cortisol naturally suppresses melatonin. Supporting this rhythm helps lower elevated melatonin. |
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Support Melatonin Clearance | Melatonin is cleared by the liver, mainly via the CYP1A2 detox pathway. Sluggish clearance can lead to high levels. |
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Assess Hormonal Imbalances | Melatonin interacts with adrenal, thyroid, and reproductive hormones. Imbalances in these areas may underlie elevated melatonin. |
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Stress – Cortisol Level
Cortisol is a stress hormone produced by the adrenal glands that helps your body manage and adapt to physical, emotional, and environmental challenges. It plays a vital role in energy regulation, immune function, and the sleep-wake cycle.
Key Roles of Cortisol:
- Regulates blood sugar, blood pressure, and energy levels
- Supports alertness in the morning and rest at night
- Controls inflammation and immune response
- Helps the body respond to and recover from stress
Cortisol follows a natural daily rhythm—rising in the morning to energize you and lowering at night to support sleep. When out of balance, it can contribute to fatigue, anxiety, weight changes, and hormone disruption.
Cortisol Balance: Why 35–65 Is Optimal
Cortisol is your body’s primary stress hormone, produced by the adrenal glands. It plays a key role in managing energy, metabolism, blood sugar, blood pressure, immunity, and emotional resilience.
In QRT, a score between 35 and 65 indicates a balanced response to stress—neither depleted nor overstimulated.
QRT Score Interpretation (0–100)
- 35–65 → Balanced
Reflects healthy cortisol rhythm, energy levels, emotional regulation, and stress adaptability. - Below 35 → Low Cortisol
May signal adrenal fatigue or burnout. Common signs include low energy, brain fog, immune weakness, and poor stress tolerance. - Above 65 → High Cortisol
Suggests elevated stress response. This can show up as anxiety, poor sleep, hormonal imbalances, or feeling “tired but wired.”
Strategy | Why It Matters | Action Steps |
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Strengthen Your Morning Routine | Morning light and movement naturally stimulate cortisol production |
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Support Adrenal Nutrients | Key nutrients are needed to produce and regulate cortisol |
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Prioritize Restorative Sleep | Poor sleep further depletes adrenal function |
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Minimize Chronic Stressors | Ongoing stress continues to drain cortisol reserves |
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Use Adaptogens Strategically | Adaptogens can gently support adrenal balance without overstimulation |
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Strategy | Why It Matters | Action Steps |
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Implement Stress Reduction Techniques | Chronic stress drives cortisol overproduction |
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Support Sleep Hygiene | Poor sleep perpetuates elevated cortisol |
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Nutritional Interventions to Lower Cortisol | Certain foods and nutrients can help modulate cortisol levels |
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Mind–Body Practices | Physical relaxation techniques signal safety to the nervous system |
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Adaptogens and Herbs | Specific botanicals can help normalize an overactive HPA axis |
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Lifestyle Modifications | Daily habits significantly impact cortisol rhythms |
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Social & Emotional Support | Connection and support reduce perceived stress |
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Inflammation Score
The Inflammation Score reflects your body’s energetic response to internal or external inflammatory stressors, such as food sensitivities, toxins, stress, or hidden infections. It measures how much chronic or “silent” inflammation may be affecting your overall system.
What It Assesses:
- Whole-body inflammatory load
- Stress on key organs (gut, liver, joints, immune system)
- Your body's ability to regulate and recover from inflammation
While acute inflammation is short-term and protective, chronic inflammation can quietly disrupt energy, immunity, digestion, and hormonal balance—often without obvious symptoms.
Your Inflammation Score reflects how much energetic stress your body is experiencing due to inflammation. It gives insight into whether your system is in a state of calm, under moderate stress, or actively inflamed—based on how your key organs and tissues are responding.
QRT Score Interpretation (0–100)
- 0–30 → Optimal
Your body is in a low-inflammatory state. This suggests strong immune regulation, efficient detoxification, and minimal internal stress. - 31–75 → Moderate Inflammation
This range indicates the presence of mild to moderate inflammatory activity. It may be related to food sensitivities, stress, toxins, or early gut and immune system dysregulation. Supportive interventions are recommended. - 76–100 → High Inflammation
A high score suggests your system is under significant inflammatory stress. This can contribute to fatigue, brain fog, weight gain, skin flare-ups, or chronic discomfort. Proactive anti-inflammatory support is strongly advised.
Strategy | Why It Matters | Action Steps |
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Adopt an Anti-Inflammatory Diet | Certain foods promote inflammation, while others reduce it. |
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Support Gut Health | A disrupted gut barrier and microbiome can trigger systemic inflammation. |
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Prioritize Daily Movement | Regular, moderate exercise reduces inflammatory markers. |
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Reduce Toxic Load | Environmental toxins and poor detox pathways can increase inflammation. |
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Manage Stress Effectively | Chronic stress elevates cortisol and inflammatory cytokines. |
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Improve Sleep Quality | Poor sleep increases inflammatory stress and weakens immune resilience. |
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Anti Aging – Collagen levels
Collagen is the most abundant structural protein in the human body, found in the skin, bones, joints, tendons, and connective tissues. It acts as the scaffolding that holds the body together, providing strength, elasticity, and support to tissues and organs.
Key Roles of Collagen:
- Maintains skin firmness and elasticity
- Strengthens joints, bones, and ligaments
- Supports wound healing and tissue repair
- Promotes healthy hair, nails, and blood vessels
Collagen production naturally declines with age and can also be reduced by stress, poor diet, smoking, or UV exposure—leading to signs of aging, joint stiffness, and slower recovery.
Your Collagen Score reflects how your body is energetically resonating with collagen—the key structural protein that supports your skin, joints, bones, and connective tissue.
In Quantum Response Testing (QRT), this score gives insight into how well your body is producing, utilizing, or responding to collagen at the energetic level.
QRT Score Interpretation (0–100)
- 35–65 → Balanced
Your body shows a healthy resonance with collagen. This suggests optimal structural support, elasticity, and tissue repair capacity. - Below 35 → Low Collagen Resonance
May indicate a deficiency in collagen or poor absorption/synthesis. This can be due to aging, low protein intake, poor digestion, or lack of nutrients like vitamin C, zinc, or amino acids.
Possible signs: skin thinning, joint pain, slower healing, brittle nails. - Above 65 → Elevated or Imbalanced Collagen Response
Could suggest your body is under repair stress (e.g., inflammation or injury), breaking down collagen too rapidly, or overwhelmed by collagen supplementation.
Possible signs: puffiness, stiffness, or poor collagen metabolism.
Strategy | Why It Matters | Action Steps |
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Increase Collagen-Rich Foods | Direct dietary sources help replenish collagen and support connective tissue repair. |
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Support Collagen Synthesis Nutrients | Collagen formation depends on nutrients like vitamin C, zinc, copper, and amino acids. |
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Optimize Protein Intake | Amino acids are the building blocks of collagen. |
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Reduce Collagen-Depleting Habits | Certain lifestyle factors accelerate collagen breakdown. |
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Enhance Digestive Health | Poor digestion can limit your ability to absorb collagen and its precursors. |
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Strategy | Why It Matters | Action Steps |
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Evaluate Supplement Intake | Overuse of collagen supplements may lead to poor absorption or system overload. |
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Support Collagen Clearance Pathways | Excess or poorly metabolized collagen may reflect sluggish detox or liver overload. |
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Address Inflammatory Stress | High scores may indicate tissue breakdown or repair needs due to inflammation. |
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Balance Hormonal Influences | Hormones affect collagen metabolism, especially during hormonal shifts. |
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Reduce Mechanical or Oxidative Stress | External or internal stress can increase collagen turnover unnaturally. |
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Anti Aging – Hyaluronic Acid levels
Hyaluronic acid is a gel-like substance naturally produced by the body, found in high concentrations in the skin, joints, eyes, and connective tissue. Its primary function is to retain moisture—it can hold up to 1,000 times its weight in water—making it essential for hydration, lubrication, and tissue repair.
Key Roles of Hyaluronic Acid:
- Hydrates skin and maintains elasticity
- Lubricates joints and cushions movement
- Supports wound healing and tissue regeneration
- Protects against oxidative stress in the skin and eyes
As we age or experience inflammation, natural levels of hyaluronic acid decline, which can lead to dry skin, joint discomfort, and visible signs of aging.
Your Hyaluronic Acid Score reflects how your body is energetically resonating with hyaluronic acid—a key molecule responsible for hydration, lubrication, and tissue repair in the skin, joints, and connective tissue.
QRT Score Interpretation (0–100)
- 35–65 → Balanced
Your body is in healthy resonance with hyaluronic acid. This suggests good hydration, skin elasticity, joint cushioning, and tissue recovery. - Below 35 → Low Resonance or Deficiency
May indicate your body is not producing or utilizing hyaluronic acid efficiently.
Possible signs: dry skin, joint stiffness, fine lines, reduced elasticity. - Above 65 → Overload or Misuse
Could suggest poor clearance, over-supplementation, or inflammation-driven breakdown.
Possible signs: puffiness, water retention, tissue congestion.
Strategy | Why It Matters | Action Steps |
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Boost Hydration | Hyaluronic acid retains moisture—dehydration limits its effectiveness. |
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Eat HA-Supportive Nutrients | Certain nutrients help your body produce and maintain hyaluronic acid. |
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Use Hyaluronic Acid Topically | Topical use supports skin hydration and complements internal HA balance. |
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Support Skin and Joint Health | Healthy skin and joints depend on adequate HA levels. |
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Avoid HA-Depleting Habits | Certain behaviors accelerate the breakdown of hyaluronic acid. |
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Strategy | Why It Matters | Action Steps |
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Reduce or Pause Supplementation | High hyaluronic acid may reflect overuse or poor metabolism of supplements. |
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Support Detoxification Pathways | Poor clearance may lead to HA buildup and tissue congestion. |
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Address Underlying Inflammation | Inflammation can trigger excess HA breakdown or repair demand. |
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Monitor Skin and Joint Response | High HA scores can sometimes indicate tissue stress or stagnation. |
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Balance With Collagen and Electrolytes | HA works best in synergy with other structural and hydration-supportive molecules. |
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Appetite – Grehlin Level
Ghrelin is a hunger-regulating hormone produced primarily in the stomach. Often referred to as the “hunger hormone,” it signals the brain to increase appetite and food intake—especially when the stomach is empty.
Key Roles of Ghrelin:
- Stimulates appetite and increases food-seeking behavior
- Signals hunger to the brain through the hypothalamus
- Helps regulate energy balance and body weight
- Influences digestion and gastric motility
- Plays a role in sleep, mood, and glucose metabolism
Ghrelin levels rise before meals and fall after eating. When out of balance, it can lead to overeating, cravings, or reduced appetite—depending on whether levels are too high or too low.
Your Ghrelin Score reflects how your body is energetically resonating with ghrelin—the hormone responsible for signaling hunger, regulating appetite, and maintaining energy balance.
QRT Score Interpretation (0–100)
- 35–65 → Balanced
Indicates your hunger signals and metabolic rhythms are in healthy alignment. You likely experience natural appetite cues and energy regulation. - Below 35 → Low Ghrelin Resonance
May suggest a suppressed appetite or disrupted hunger signaling—possibly due to chronic stress, restrictive dieting, adrenal fatigue, or low stomach acid.
Possible signs: low appetite, sluggish digestion, fatigue, poor recovery. - Above 65 → High Ghrelin Resonance
May indicate heightened hunger signaling, blood sugar instability, emotional eating patterns, or leptin resistance.
Possible signs: frequent hunger, cravings, difficulty feeling full, or nighttime eating.
Strategy | Why It Matters | Action Steps |
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Eat Regular, Nourishing Meals | Low ghrelin resonance may reflect poor appetite or disrupted hunger cues. |
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Support Digestive Function | Healthy stomach acid and gut function help regulate ghrelin production. |
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Avoid Prolonged Caloric Restriction | Extreme dieting or fasting can suppress ghrelin signaling over time. |
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Strengthen Circadian Rhythm | Ghrelin is tied to your sleep-wake cycle and mealtime rhythm. |
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Manage Stress and Cortisol | Chronic stress can blunt ghrelin signaling and reduce appetite. |
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Strategy | Why It Matters | Action Steps |
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Balance Blood Sugar | Spikes and crashes in blood sugar can drive excess ghrelin production and hunger. |
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Increase Meal Satisfaction | Nutrient-dense, satiating meals help calm ghrelin signals naturally. |
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Improve Sleep Quality | Poor sleep increases ghrelin levels and appetite the next day. |
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Address Emotional Eating | Ghrelin may rise in response to emotional or stress-related hunger cues. |
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Incorporate Light Physical Activity | Moderate exercise can help regulate ghrelin levels and support appetite control. |
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Appetite – Leptin Level
Leptin is a hormone produced by fat cells that plays a key role in regulating appetite, metabolism, and long-term energy balance. It communicates with the brain to signal when the body has enough stored energy—helping prevent overeating.
Key Roles of Leptin:
- Signals fullness and suppresses appetite
- Regulates energy expenditure and metabolism
- Helps maintain a healthy body weight and fat storage
- Influences reproductive, thyroid, and immune function
When working properly, leptin helps maintain weight stability. However, in cases of leptin resistance—often due to chronic inflammation or excess body fat—the brain stops responding to leptin’s signal, leading to persistent hunger and difficulty losing weight.
Your Leptin Score reflects how your body is energetically resonating with leptin—the hormone that signals fullness, regulates metabolism, and helps maintain long-term weight balance.
QRT Score Interpretation (0–100)
- 35–65 → Balanced
Indicates healthy energetic alignment with leptin. Your body is likely regulating appetite and energy use efficiently, with appropriate hunger and satiety signals. - Below 35 → Low Leptin Resonance
May suggest poor satiety signaling, low body fat, or disrupted hormone communication.
Possible signs: reduced appetite, low energy, difficulty gaining weight, or hormonal imbalance. - Above 65 → High Leptin Resonance (Possible Resistance)
May reflect leptin resistance—where the body produces leptin, but the brain isn't responding to it.
Possible signs: constant hunger, weight gain, cravings, fatigue, and metabolic slowdown.
Strategy | Why It Matters | Action Steps |
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Increase Healthy Calorie Intake | Low leptin may indicate under-eating or low body fat levels. |
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Get Quality Sleep | Sleep deprivation lowers leptin and increases hunger hormones. |
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Support Hormone Balance | Leptin interacts with thyroid and reproductive hormones. |
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Add Resistance Training | Strength training may help normalize leptin levels. |
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Strategy | Why It Matters | Action Steps |
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Reduce Processed Carbs and Sugars | High insulin and sugar intake can worsen leptin resistance. |
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Improve Insulin Sensitivity | Leptin resistance often occurs alongside insulin resistance. |
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Support Inflammation Reduction | Chronic inflammation blunts leptin signaling in the brain. |
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Enhance Sleep and Stress Resilience | Poor sleep and high cortisol can raise leptin and hunger levels. |
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Action Plan
The Actual Plan offers a personalized wellness roadmap with a health test to identify key areas for improvement. Based on your results, you'll get tailored supplement recommendations to optimize your health and achieve your goals.
Based on your test results, registration details, and health goals, we’ve created a custom plan that includes:
- Your Personalized Health Plan
Based on your test results, registration details, and health goals, we’ve created a custom wellness plan designed to support your body’s specific needs: - Personalized supplement formula
Tailored dosages based on your results—not generic daily values. - Precision dosing
Avoids underdosing (which can cause deficiencies) and overdosing (which can stress your system). - AI-informed analysis
Combines QRT testing, scientific research, and AI insights to meet your body’s real needs—no guesswork. - Targeted health outcomes
Supports key goals like reducing inflammation, improving digestion, boosting energy, and more. - 12-Week Continued Care Protocol
Your step-by-step plan for applying your results through nutrition, supplements, and lifestyle changes—so you can turn insights into real improvements.
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