From Data Science to Professional Practice in Health and Performance

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COMMON CORE (for all professionals)

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The New Era of Connected Health

  • The evolution of telemedicine and digital self-care.
  • The role of Iron Fit You in integrating body, mind, and physiological data.
  • The importance of continuous and personalized monitoring.
  • How wearables and AI are transforming health and performance care.
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Reading and Interpreting Physiological Data

  • Understanding HRV, resting HR, SpO₂, sleep, stress, and temperature.
  • Identifying physiological patterns and overload signals.
  • How to turn data into practical actions.
  • The IFY dashboard: real-time decisions and long-term monitoring.
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IFY Scoring Logic and Artificial Intelligence

  • Main formula: Body + Mind = Total.
  • Scoring rules: effort, recovery, sleep, and focus.
  • How IFY’s AI adjusts daily goals and status colors (green, yellow, red).
  • Gamification, leagues, and phase progression.
  • Automatic feedback and user engagement.
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MEDICAL TRACK – Preventive Health and Clinical Management with Iron Fit You

Empower doctors of all specialties to use IFY physiological data to prevent, monitor, and intervene early in chronic conditions, optimizing care and strengthening the doctor-patient relationship.

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Clinical Interpretation of Physiological Data

Master medical reading of key biomarkers collected by the IFY wristband.

  • Clinical meaning of HRV: autonomic balance and chronic stress
  • Resting heart rate and circadian variability
  • Relationship between sleep, endocrine system, and immunity
  • Markers of autonomic overload and clinical fatigue
  • How to identify early cardiovascular, metabolic, and emotional dysfunctions using continuous data
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Electronic Medical Records and Clinical Intelligence

Apply the Iron Fit You digital ecosystem for integrated patient management.

  • Integration of IFY data into the electronic medical record
  • Automatic generation of alerts and personalized care plans
  • How IFY reports assist in anamnesis and follow-up
  • Use of predictive AI to prevent adverse events
  • Remote monitoring and continuous patient communication
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Clinical Prevention and Performance Strategies

Guide doctors on acting proactively in patient health optimization and prevention.

  • Management of patient physiological load and recovery
  • Interpretation of trends: when to intervene and when to monitor
  • Engagement and adherence: how IFY enhances self-care
  • Reduction of healthcare costs and hospitalizations with remote monitoring
  • Practical weekly follow-up protocols based on status (green, yellow, red)
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Care Pathways and Chronic Diseases

Empower doctors to apply IFY as a support tool for managing chronic diseases — a cornerstone of contemporary medicine.

  • Introduction to Care Pathways and longitudinal health management
  • Continuous, precise monitoring: how IFY transforms clinical practice
  • Main conditions monitored with IFY:
    • Arterial Hypertension: tracking HRV, HR, sleep, and stress
    • Diabetes Mellitus: impact of physical activity, sleep, and routine on glycemic control
    • Obesity and Overweight: gamification and motivation to support adherence and weight loss
    • Metabolic Syndrome: role of biomarkers in treatment response
    • Mental Health and Chronic Stress: using HRV and sleep patterns as emotional markers
  • How to correlate IFY data with lab tests and clinical progression
  • Integrated care protocols: behavior + physiology + treatment
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Clinical Cases and Real Applications

Apply IFY concepts to everyday medical scenarios.

  • Case 1 – Sedentary hypertensive patient with irregular sleep
  • Case 2 – Patient with high stress and persistent mental fatigue
  • Case 3 – Obese patient in dietary re-education with decreasing HRV
  • Case 4 – Diabetic patient with irregular sleep and glycemic control
  • How to create personalized action plans based on trends
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NUTRITIONIST TRACK – Smart Nutrition Guided by IFY Data

Empower nutritionists to use Iron Fit You physiological data to personalize meal plans, monitor real-time metabolic responses, and integrate nutritional care with the patient's cycle of effort, recovery, and sleep.

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Physiology and High-Performance Nutrition

Understand how IFY indicators reflect metabolic status and influence nutritional response.

  • Relationship between HRV, cortisol, and energy metabolism.
  • Influence of sleep (REM + deep) on hormonal regulation and appetite.
  • Interpretation of resting heart rate and circadian variability in metabolic adaptation.
  • Effect of fatigue and stress on insulin resistance and glycemic control.
  • How to use physiological data to adjust caloric intake, timing, and macronutrients.
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Effort, Energy Expenditure, and Recovery

Apply IFY algorithms to calculate caloric expenditure, monitor physical effort, and plan adaptive nutritional strategies.

  • Interpretation of calories and effort: how IFY calculates daily metabolic load.
  • Differences between light, moderate, and intense effort and their relationship with energy substrates.
  • How to identify overload and adjust post-effort and recovery nutrition.
  • Use of “color status” (green, yellow, red) as a guide for nutritional prescriptions.
  • Relationship between sleep and nutritional assimilation: when to prioritize repair vs. stimulation.
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Nutritional Intelligence and Adherence

Use IFY data to monitor adherence, consistency, and eating behavior over time.

  • Consistency and self-control metrics: the role of gamification in eating behavior.
  • Strategies to increase adherence in restrictive or long-term diets.
  • How to interpret the impact of caloric deficit or surplus on HRV and RHR.
  • Nutritional BI: dashboards showing engagement and physical progress.
  • Automated alerts and communication with patients via the IFY platform.
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Nutrition Applied to Chronic Diseases

Integrate nutritional monitoring with clinical management of metabolic and behavioral diseases.

  • Personalized nutrition for diabetes mellitus: glycemic response and continuous monitoring.
  • Nutritional strategies for obesity and metabolic syndrome based on physiological data.
  • Dietary adjustments in chronic stress and low HRV: antioxidant and anti-inflammatory support.
  • Relationship between sleep and metabolism: how to restore insulin sensitivity.
  • Integrated plans: behavior + nutrition + physiology in synergy with IFY.
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Real Cases and Practical Applications

Apply concepts to clinical-nutritional cases based on real IFY data.

  • Case 1 – Patient with caloric deficit and decreasing HRV.
  • Case 2 – Amateur athlete cutting with reduced sleep.
  • Case 3 – Patient with stress and reactive weight gain.
  • Case 4 – Individual with insulin resistance and persistent fatigue.
  • Development of a dynamic nutrition plan with automatic goals and feedback via IFY.
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PERSONAL TRAINER TRACK – Training Based on Physiology and IFY Data

Empower personal trainers to use IFY physiological data to individualize workouts, manage effort and recovery, and maximize performance and health results for their students.

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Physiological Fundamentals of Smart Training

Understand how IFY indicators represent the student's physical and autonomic state.

  • HRV and resting HR: how to interpret stress levels and physical readiness.
  • Sleep and muscle recovery: the impact of REM and deep sleep on protein synthesis.
  • Early signs of overload: fatigue, increased heart rate, and decreased HRV.
  • Relationship between external load (training) and internal load (physiological response).
  • How to combine IFY data with perceived exertion (RPE).
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Load, Effort, and Progression with IFY

Apply IFY effort and recovery algorithms to plan personalized workouts.

  • How IFY calculates daily effort and adjusts performance goals.
  • Safe progression strategies based on autonomic response.
  • Accumulated load effect: when to reduce volume and when to stimulate.
  • Weekly planning balancing training, rest, and sleep.
  • Automatic adjustments: the role of IFY AI in adaptive periodization.
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Recovery and Sustainable Performance

Optimize recovery and prevent injuries through physiological data analysis.

  • Relationship between HRV, sleep, and muscle micro-injuries.
  • Active recovery techniques and strategies based on status (green, yellow, red).
  • How to correlate insufficient recovery with performance decline.
  • Planning regeneration weeks and supercompensation periods.
  • Practical communication with students: teaching about data and body awareness.
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Gamification and Workout Engagement

Apply IFY gamification and BI features to increase motivation and retention in gyms and personal training.

  • How Leagues, Phases, and Rankings work in IFY.
  • Strategies to turn training goals into challenges.
  • Creating seasonal competitions and gym-wide campaigns.
  • How the BI dashboard can display group progress and engagement.
  • Visual communication: how to present data and results in an inspiring way.
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Practical Cases and Student Management

Reinforce learning with real-world examples and practical monitoring tools.

  • Case 1 – Student with high stress and performance drop.
  • Case 2 – Amateur athlete in overtraining.
  • Case 3 – Beginner sedentary student with progressive HRV improvement.
  • Case 4 – Gym group with league rankings and monthly challenges.
  • How to create weekly plans based on IFY data and track evolution via BI.
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SPECIAL MODULE – WOMEN'S HEALTH AND BIOMARKERS

Empower health, nutrition, and fitness professionals to interpret and monitor female physiological variations using Iron Fit You data, applying personalized strategies throughout different phases of a woman's life.

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Female Physiology and IFY Data

understand how hormonal variations influence key physiological indicators monitored by IFY.

  • Menstrual cycle and its effects on HRV, heart rate, and sleep quality.
  • Relationship between hormonal changes and resting heart rate fluctuations.
  • How estrogen and progesterone modulate autonomic balance.
  • Interpreting physiological data during the four phases of the cycle:
    • Follicular, Ovulatory, Luteal, and Menstrual.
  • Signs of hormonal imbalance detectable by IFY biomarkers.
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Integrated Strategies by Cycle Phase

adjust exercise, nutrition, and recovery plans according to the hormonal cycle.

  • Follicular Phase: high energy and strength training.
  • Ovulatory: balance between performance and overload prevention.
  • Luteal Phase: prioritizing sleep and recovery.
  • Menstrual: effort adjustments and anti-inflammatory nutrition.
  • Automatic effort and recovery goal adjustments by IFY's algorithm.
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Pregnancy, Postpartum, and Menopause

apply IFY in monitoring different stages of a woman's life.

  • Safe monitoring of heart rate and HRV during pregnancy.
  • Sleep recovery and autonomic regulation in the postpartum stage.
  • Importance of tracking body temperature and sleep while breastfeeding.
  • Autonomic and metabolic changes during menopause.
  • Integrated health protocols (sleep + nutrition + exercise + emotional focus).
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Practical Cases and Female Protocols

apply concepts to real-world women's health situations.

  • Case 1 – Amateur athlete with fatigue and low HRV during the luteal phase.
  • Case 2 – Patient with severe PMS and irregular sleep.
  • Case 3 – Postpartum woman with low HRV and recovery deficit.
  • Case 4 – Menopausal patient with increased heart rate and sleep disturbance.
  • How to generate personalized plans based on IFY data and hormonal trends.
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SPECIAL MODULE – MENTAL HEALTH, SLEEP, AND COGNITIVE PERFORMANCE

Enable professionals to understand and use IFY physiological data as a tool to monitor stress, sleep, and emotional balance, promoting evidence-based mental health interventions.

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Neurophysiology of Stress and Autonomic Regulation

understand the role of HRV and heart rate as markers of emotional balance.

  • Relationship between the autonomic nervous system and mental health.
  • HRV as a marker of emotional resilience and stress control.
  • How to identify states of chronic alertness and autonomic fatigue.
  • Impact of cortisol and sleep deprivation on mental health.
  • Interpreting HRV and resting heart rate trends during stress periods.
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Sleep, Emotion, and Cognition

understand how sleep influences emotional balance, memory, and focus.

  • The role of REM and deep sleep in emotional regulation.
  • Sleep deficit and increased stress reactivity.
  • Sleep consistency as a marker of mental stability.
  • How IFY measures sleep quality and restorative recovery.
  • Behavioral strategies to restore circadian rhythm and mental clarity.
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Mental Focus and Recovery Protocols

apply IFY to promote emotional health and cognitive performance.

  • Use of the IFY “Focus” indicator: HRV + restorative sleep.
  • Breathing, meditation, and mindfulness techniques integrated into the app.
  • How IFY's AI adjusts mental recovery goals.
  • Strategies to increase consistency and reduce burnout.
  • Practical protocols for gyms, clinics, and companies.
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Real Cases and Applications

apply knowledge in real clinical and behavioral scenarios.

  • Case 1 – Professional with high stress and persistently low HRV.
  • Case 2 – Patient with insomnia and chronic fatigue.
  • Case 3 – Athlete under psychological pressure and declining performance.
  • Case 4 – Executive with fragmented sleep and reduced mental focus.
  • Creating a mental self-care plan using IFY metrics.

Prof. José Soares

Full Professor at the University of Porto • Scientist and Consultant in Human Performance

Prof. José Soares is a Full Professor of Physiology at the University of Porto, Director of the Biology Office at the School of Sport, and a Professor in the Postgraduate Program in Sports Medicine at the Faculty of Medicine at UP.

With over 30 years of experience, he is one of the top references in integrated physiology and human performance, working in both high-performance sports and corporate high-performance teams development.

Author of 7 books and more than 60 scientific articles published in international journals, he is also an international speaker and scientific consultant for companies such as Deloitte, Siemens, Sonae, Bayer, Unilabs, and Santander, as well as a consultant at Iron.

At Iron Fit You, Prof. José Soares contributes content focused on performance science, physiology applied to human behavior, and strategies to optimize body and mind — connecting biology, data, and self-awareness.

“Self-knowledge begins when we understand what our data says about us.” — Prof. José Soares

Features Designed for Fitness Professionals
Features Designed for Fitness Professionals

Dr. Patrícia Vieira

Women's Health and Sports Physician

Dr. Patrícia Vieira is a women’s health and sports physician, with extensive experience in preventive health, women’s health, and evidence-based medicine.

With over 13 years of experience in medical management, research, and technology applied to health, she was one of the main contributors to the construction of the Iron ecosystem, developing clinical protocols and coordinating teams that now care for over 3 million people in corporate programs, telemedicine, and chronic patient management.

She holds a degree in Medicine from the Federal University of the State of Rio de Janeiro (UNIRIO), and a Master’s degree from Universidade Nova de Lisboa. She also has a postgraduate degree in Sports Medicine from the Portuguese Society of Sports Medicine and is a specialist in Gynecology and Obstetrics.

Author of scientific articles in the areas of chronic diseases and digital transformation, Dr. Patrícia is recognized for combining clinical reasoning, technological vision, and human-centered leadership.

At Iron Fit You, she contributes to topics related to women’s health, active prevention, medical innovation and data-based care models.

“Taking care of health is about understanding the body in motion — and using technology to enhance that awareness.” — Dr. Patrícia Vieira