Scientific Research Man Max
Research Studies
Clinically studied ingredients. Proven outcomes.
Our approach is built on a deep review of published human clinical research across key ingredients in the formulation. We analyze multiple peer-reviewed studies to understand how each component impacts strength, fatigue, recovery, and performance.
Every claim presented is grounded in observed outcomes, not assumptions or traditional use alone. The result: evidence-backed insights translated into a formulation designed for real-world consistency.
Our research findings
Performance & Fatigue Resistance
Formulated with clinically studied ingredients to support strength under fatigue and reduce performance decline.
Why It’s Important
Supports the ability to train longer before fatigue-related strength decline occurs.
Fatigue Perception & Workout Effort
Clinically studied Ashwagandha supports reduced perceived effort and improved endurance performance.
Why It’s Important
Workouts often feel harder before the body actually reaches its limit. Higher perceived effort leads to early fatigue and reduced training output. This can limit endurance and consistency over time. Managing perceived exertion helps sustain longer, more effective workouts.
Recovery & Stress Response
Clinically studied Ashwagandha supports improved recovery and reduced stress response after physical exertion.
Why It’s Important
Intense training increases stress hormones like cortisol. Elevated cortisol can slow recovery and impact performance. Poor recovery reduces readiness for the next workout. Managing stress response is key to consistent performance.
Designed for
Consistency
Formulated to support consistent performance by addressing fatigue, perceived effort, and recovery together.
Why It’s Important
Most workout drop-offs are not due to lack of motivation. They are driven by fatigue, high perceived effort, and poor recovery. These factors reduce training frequency and performance over time. Addressing all three is key to maintaining consistency.
What Powers Our Research
Our formulations are built using evidence from published clinical studies on individual ingredients.
We analyze randomized, placebo-controlled trials to understand validated physiological outcomes. Key focus areas include fatigue resistance, perceived exertion, and recovery markers.
All claims are derived from peer-reviewed research, not proprietary or in-house studies.
The Research Framework Behind Our Formulation
Our formulation is built by analyzing rigorously conducted clinical trials on individual ingredients.
These include randomized, placebo-controlled human studies evaluating performance, fatigue, and recovery outcomes. Instead of conducting proprietary trials, we focus on identifying ingredients with consistent, validated results across studies.
This ensures every inclusion in the formulation is backed by measurable physiological impact.
How the Trials Were Conducted
- Randomized, double-blind, placebo-controlled human clinical trials were used across studies.
- Participants were assigned to either active ingredient or placebo groups to measure true effects.
- Key outcomes included strength under fatigue, perceived exertion (RPE), and cortisol levels.
- Statistical significance (p < 0.05) was used to validate results beyond chance.
What Was Measured Across Studies
- Strength decline under fatigue and muscle damage markers
- Rating of Perceived Exertion (RPE scale) and endurance performance
- Cortisol levels and recovery indicators
- Exercise capacity and performance consistency markers
How These Findings Were Applied
- Shilajit selected for fatigue resistance and reduced muscle damage (~29%)
- Ashwagandha selected for reduced perceived exertion and cortisol (~27–30%)
- Piperine included to support nutrient absorption
- Combined to address fatigue, effort, and recovery together for consistency
Clinical research references
|
Year
|
Ingredient
|
Study Type
|
Population
|
Outcome Focus
|
Link
|
|---|---|---|---|---|---|
|
2019
|
Ashwagandha
|
RCT
|
Stress
|
Cortisol, Testosterone
|
|
|
2019
|
Ashwagandha
|
RCT
|
Overweight Males
|
Testosterone, DHEA-S
|
|
|
2021
|
Ashwagandha
|
RCT
|
Athletes
|
VO2 Max, Endurance
|
|
|
2021
|
Ashwagandha
|
RCT
|
Insomnia
|
Sleep Latency, Duration
|
|
|
2024
|
Ashwagandha
|
RCT
|
Active Adults
|
Muscle Strength, VO2 Max
|
|
|
2025
|
Ashwagandha
|
RCT
|
Low Desire
|
Testosterone, Prolactin
|
|
|
2010
|
Shilajit (Processed)
|
Clinical study
|
Adult males
|
Safety and spermatogenic activity; improved sperm parameters
|
|
|
2016
|
Shilajit (Purified)
|
Randomized Controlled Trial (RCT)
|
Healthy male volunteers
|
Total testosterone, free testosterone, DHEAS
|
|
|
2016
|
Shilajit
|
Mechanistic / transcriptomic study
|
Human skeletal muscle (study participants)
|
Muscle adaptation, repair, mechanotransduction
|
|
|
2019
|
Shilajit
|
Clinical study
|
Physically active individuals
|
Fatigue-induced strength decline, muscle performance
|
|
|
2021
|
Shilajit (included in review)
|
Review article
|
Athletes
|
Evidence on testosterone boosters; limited but positive support
|
|
|
2025
|
Shilajit
|
Review article
|
General human population (compiled studies)
|
Clinical outcomes: fatigue, testosterone, safety
|
|
|
2017
|
Tribulus terrestris
|
RCT
|
Sexual Dysfunction
|
Sexual Function, Erectile Function
|
|
|
2021
|
Tribulus terrestris
|
RCT
|
Athletes
|
Performance, Testosterone
|
|
|
2014
|
Tribulus terrestris
|
RCT
|
Fertility
|
Semen Quality, Sperm Count
|
|
|
2000
|
Tribulus terrestris
|
RCT
|
Athletes
|
Muscle Endurance, Body Composition
|
|
|
2019
|
Chlorophytum borivilianum
|
RCT
|
Untrained Adults
|
Walking Endurance, Grip Strength
|
|
|
2013
|
Chlorophytum borivilianum
|
RCT
|
Healthy Males
|
Testosterone, Sperm Count
|
|
|
2012
|
Chlorophytum borivilianum
|
Trial
|
Sleep Impaired
|
Sleep Quality
|
|
|
2021
|
Piperine
|
RCT
|
Healthy Adults
|
Utilization Support
|
|
|
2006
|
Piperine
|
Trial
|
Epilepsy Patients
|
Enhance Absorption
|
|
|
2007
|
Piperine
|
RCT
|
Healthy Males
|
Enhance Absorption
|
|
|
2000
|
Piperine
|
RCT
|
Healthy Males
|
Enhance Absorption
|
FAQs
What Powers The Research Behind The 7 Day No Quit System?
The formulation was built by reviewing published human clinical studies on the individual ingredients rather than relying on proprietary or in-house trials.
Our focus was identifying ingredients that demonstrated measurable effects on fatigue, recovery, performance, and vitality across multiple studies.
What Types Of Studies Were Evaluated?
The research includes randomized, placebo-controlled human clinical trials, which are widely considered among the strongest forms of nutritional research.
These studies compare active ingredients against placebo groups to determine whether observed effects are likely due to the ingredient itself.
What Outcomes Were Measured Across The Studies?
The studies evaluated outcomes including:
• Strength and endurance
• Fatigue resistance
• Recovery markers
• Testosterone-related markers
• Cortisol and stress response
• VO2 Max and exercise performance
• Perceived exertion during training
Why Were These Specific Ingredients Chosen?
Each ingredient was selected because published research demonstrated potential benefits related to consistency, recovery, physical performance, fatigue management, or vitality.
The goal was not to include the most ingredients, but to include ingredients with meaningful human research behind them.
Does The Research Support Recovery And Fatigue Management?
Yes.
Several studies examined fatigue-related outcomes, perceived exertion, recovery markers, and physical performance under demanding conditions.
These findings helped shape the recovery-focused aspect of the system.
Does The Research Support Strength And Endurance?
Human studies included in our research review reported improvements in strength output, endurance-related outcomes, and exercise performance markers.
Results varied depending on the ingredient, population, and study design.
Is The 7 Day No Quit System A Testosterone Booster?
The system was not formulated solely as a testosterone product.
Some ingredients have been studied for testosterone-related markers, but the primary goal of the system is supporting energy, recovery, performance, and training consistency.
Why Does The Research Focus On Individual Ingredients Rather Than The Full Formula?
Clinical research is most commonly conducted on individual ingredients.
By evaluating each ingredient separately, researchers can better understand its specific physiological effects and contribution to the overall formulation strategy.
Does Published Research Guarantee The Same Results For Everyone?
No.
Clinical studies identify average outcomes within study populations.
Individual results may vary depending on age, training status, nutrition, sleep, stress levels, and consistency of use.
How Were The Research Findings Applied To The Formula?
The formulation was designed by identifying ingredients with complementary evidence across areas such as energy, recovery, fatigue management, physical performance, and vitality.
The goal was to create a system that supports the factors most commonly associated with long-term training consistency.
