Acne problems can seriously affect patients, so obtaining an effective remedy will not only be beneficial on a physical level, but also psychologically" 

Achieving the desired appearance is the dream of practically all of society, although only a part of the population is capable of taking the step to achieve it. In fact, more and more people are going to esthetic doctors’ offices to improve their physical appearance, eliminating physical aspects that they are unhappy with. 

Acne problems begin to appear at puberty. However, although in many cases they disappear with age, there are people who do not rid themselves of this problem as the years go by, and must resort to medicine to achieve the desired physical appearance. 

To prepare esthetic medicine professionals in this complex and in-demand field, at TECH, we have designed this very complete Advanced master’s degree in which, in addition to reinforcing your knowledge on general esthetic medicine issues, you will be able to specialize in the treatment of acne, with a completely new program and on a level with the best. The pathophysiology of acne, topical treatments, oral antimicrobial or hormonal treatments are only part of the scope of this comprehensive program.

Therefore, throughout this program, students will go through all the current approaches to the different challenges of their profession. A high-level step that will become a process of improvement, not only on a professional level, but also on a personal level.

In this way, we will not only take you through the theoretical knowledge we are offering you, but we will show you another way of studying and learning, a more organic, simpler and more efficient one. We will work to keep you motivated and create a passion for learning in you. And all this in a 100% online format so that you can combine your study time with the rest of your daily life. 

A high level of scientific education, supported by advanced technological development and the teaching experience of the best professionals"

This Advanced master’s degree in Integrative Aesthetic Medicine contains the most complete and up-to-date scientific program on the market. The most important features include:

• The latest technology in e-learning software
• Intensely visual teaching system, supported by graphic and schematic contents that are easy to assimilate and understand
• Practical cases presented by practising experts
• State-of-the-art interactive video systems
• Teaching supported by telepractice
• Continuous updating and recycling systems
• Self-regulated learning: full compatibility with other occupations
• Practical exercises for self-assessment and learning verification
• Support groups and educational synergies: Questions to the expert, discussion forums and knowledge
• Communication with the teacher and individual reflection work
• Content that is accessible from any fixed or portable device with an Internet connection
• The supporting documentation databanks are permanently available, even after the program

We offer you a quality program, allowing you to expand your skills as an esthetic doctor. A high-level program for professionals seeking to achieve career success" 

Our teaching staff is made up of working professionals. In this way we ensure that we deliver the educational update we are aiming for. A multidisciplinary team of qualified and experienced professionals in different environments, who will develop the theoretical knowledge efficiently, but, above all, will include all the practical knowledge derived from their own experience into the program.

This command of the subject is complemented by the effectiveness of the methodological design of this Grand Master. Developed by a multidisciplinary team of e-learning experts, it integrates the latest advances in educational technology. This way, you will be able to study with a range of comfortable and versatile multimedia tools that will give you the operability you need in your specialization.

The design of this program is based on Problem-Based Learning, an approach that views learning as a highly practical process. To achieve this remotely, we will use telepractice. With the help of an innovative interactive video system and Learning from an Expert, you will be able to acquire the knowledge as if you were facing the scenario you are currently learning. A concept that will allow you to integrate and fix learning in a more realistic and permanent way.

A detailed and complete immersion in the most up-to-date strategies and approaches in esthetic medicine"

We have the best teaching methodology and a multitude of simulated cases, that will help you prepare for real situations"

The contents of this program have been developed by the different professors of this course with a clear purpose: to ensure that our students acquire each and every one of the necessary skills to become true experts in this field. The content of this Advanced master’s degree, will allow you to learn all aspects of the different disciplines involved in this area. A complete and well-structured program that will take you to the highest standards of quality and success.

Our curriculum has been designed with teaching effectiveness in mind: so that you learn the following, more efficiently, and on a more permanent basis"

Module 1. Basic Principles of Esthetic Medicine

1.1. Introduction and Perception of Beauty

1.1.1. History
1.1.2. Proportions and Elements of Facial Analysis
1.1.3. General and Specific Facial References

1.2. Anatomical Changes: Aging

1.2.1. Ageing: A Dynamic Process
1.2.2. Injuries Associated with Aging. Changes in Facial Structures: Bony and Soft Tissue
1.2.3. Changes to Ligaments, Muscles and Skin

1.3. Aging Theories

1.3.1. Molecular Theory and Oxidative Stress
1.3.2. Theories on Intrinsic Aging
1.3.3. Theories on Extrinsic Aging
1.3.4. Telomere Shortening: Genes Associated with Longevity and Aging

1.4. Evaluation of Aging in Esthetic Medicine

1.4.1. Scales to Evaluate Aging
1.4.2. Clinical Visual Scale
1.4.3. Diagnostic Imaging Methods
1.4.4. Skin from Parameters: Moisturisation, Elasticity, Colour, Oil Production and Desquamation

1.5. Topical Treatments (General)

1.5.1. Global Assessment of Treatment Tools
1.5.2. Managing Loss of Volume: Problems and solutions
1.5.3. Addressing Loss of Flaccidity: Surgical and Non-Surgical Problems and Solutions
1.5.4. Managing Dyschromia and Texture: Problems and Solutions
1.5.5. Managing Dynamic Wrinkles

1.6. Diagnostic Imaging: Introduction to Ultrasound Skin Imaging

1.6.1. Basic Principles of Ultrasound

1.6.1.1. Structure Recognition
1.6.1.2. Artefacts

1.6.2. Dermis and Epidermis
1.6.3. Subcutaneous Tissue: Attachments and Vessels
1.6.4. Facial Anatomical Structures

1.6.4.1. Ultrasound of the Periocular Area
1.6.4.2. Ultrasound of the Nasal Region
1.6.4.3. Ultrasound of the Lips
1.6.4.4. Scalp Ultrasound

1.6.5. Skin Aging Identification of Solar Elastosis

1.7. Psychological Assessment of the Patient in Esthetic Medicine

1.7.1. Psychological Disorders Related to Body Image
1.7.2. Psychological Approach to the Patient in Esthetic Medicine
1.7.3. Therapeutic Approach

1.8. Prevention of Infections in the Practice of Esthetic Medicine

1.8.1. Use of Antiseptics in Esthetic Medicine Clinics
1.8.2. Hand Hygiene
1.8.3. Use of Disinfectants in Esthetic Medicine Clinics
1.8.4. Sanitary Waste Management

1.9. Medical-Legal Aspects of Esthetic Medicine

1.9.1. Civil and Criminal Medical Liability
1.9.2. Liability Insurance
1.9.3. Regulations for Opening a Health Care Center
1.9.4. Informed Consents in the Practice of Esthetic Medicine

1.9.4.1. Preparation Guidelines
1.9.4.2. Generic Models

1.10. Quality Management in the Practice of Esthetic Medicine

1.10.1. Quality Improvement Cycle
1.10.2. What is a Quality Management System?
1.10.3. ISO 9001:2015 Quality Management System. How to Become an Accredited Esthetic Medicine Clinic?

Module 2. Peelings. Dermocosmetics

2.1. General Aspects

2.1.1. History Definition
2.1.2. Skin Structure
2.1.3. Types of Peeling and Common Indications and Other Indications
2.1.4. Patient Selection: The Importance of the Medical History
2.1.5. Correct Diagnosis: Wood's Light and Dermatoscope
2.1.6. Informed Consent Form

2.2. Advance Preparation

2.2.1. Skin Preparation: General Skin Care and Home Treatment
2.2.2. Antiherpetic Prophylaxis
2.2.3. Preanesthetic Assessment Indications

2.3. Superficial Peeling

2.3.1. Types of Very Superficial and Superficial Peeling
2.3.2. Mechanism of Action
2.3.3. Indications for Superficial Peeling
2.3.4. Contraindications
2.3.5. Procedure

2.4. Medium Peeling

2.4.1. Types of Medium Peeling
2.4.2. Mechanism of Action
2.4.3. Indications for Medium from Peeling
2.4.4. Contraindications
2.4.5. Procedure

2.5. Deep Peeling

2.5.1. Introduction to Deep Peeling
2.5.2. Deep Peeling Patient Selection
2.5.3. Deep Phenol Peeling
2.5.4. Outpatient Phenol Peeling
2.5.5. Procedure

2.6. Post Peeling Care. Adverse Effects and their Treatment

2.6.1. General Recommendations and Specific Post Peeling Care
2.6.2. Adverse Effects and their Treatment

2.7. Introduction to Dermocosmetics

2.7.1. Skin Types
2.7.2. What is a Cosmetic?
2.7.3. Ingredients in a Cosmetic Product
2.7.4. Cosmetic Forms
2.7.5. Mechanisms of Absorption of Cosmetics

2.8. General Cosmetic Skin Care

2.8.1. Hygiene
2.8.2. Hydration
2.8.3. Depigmenting Agents
2.8.4. Photoprotection

2.9. Specific Cosmetic Care

2.9.1. Aging
2.9.2. Acne
2.9.3. Other Disorders: Rosacea, etc.

2.10. Magistral Formulation in Cosmetics

Module 3. Applications of Botulinum Toxin in Dermatology and Esthetics: Regenerative Medicine for Esthetic Purposes

3.1. Types of Botulinum Toxin

3.1.1. What is Botulinum Toxin?
3.1.2. Characteristics and Types of Botulinum Toxin
3.1.3. Mechanism of Action

3.2. Botulinum Toxins Authorized for Esthetic Use

3.2.1. Trade Names of Botulinum Toxins Type A
3.2.2. Toxins Authorized for Esthetic Use
3.2.3. Toxins Authorized for Other Pathologies-Botulinum Toxin Type B
3.2.4. Toxin Reconstitution. Conservation
3.2.5. Injection Technique
3.2.6. Post-Treatment Recommendations

3.3. Indications for Treating Expression Wrinkles

3.3.1. General Principles
3.3.2. Treatment Indications
3.3.3. Indications for Treatment in the Upper Third: Forehead Wrinkles, Glabella, Periocular, Eyebrows, Suborbital Region, and Nose
3.3.4. Indications for Treatment of Vertical Wrinkles on the Upper Lip, Corners of the Mouth, Chin, and Neck

3.4. Treatment of the Upper Third: Facial Marking: Anatomy

3.4.1. Frontal Muscles: Treatment of Horizontal Forehead Wrinkles
3.4.2. Glabellar Muscles: Treatment of Frown Lines and Vertical Forehead Wrinkles
3.4.3. Periorbital Region Muscles: Crow's Feet Treatment
3.4.4. Eyebrow Muscles: Eyebrow Lifting Lateral Brow Lift
3.4.5. Infraorbital and Nasal Muscles. Treatment of Lower Eyelid Wrinkles. Nasal Wrinkles

3.5. Treatment of the Middle and Lower Third. Neck. Facial Marking: Anatomy

3.5.1. Perioral Muscles. Treatment of Vertical Upper Lip Wrinkles
3.5.2. Perioral Muscles. Marionette Lines. Lifting of the Corner of the Mouth
3.5.3. Chin Muscles. Treatment of Chin Wrinkles
3.5.4. Masseter Muscles. Treatment of Masseter Hypertrophy. Bruxism
3.5.5. Neck Muscles. Treatment of Platysma

3.6. Treatment of Hyperhidrosis with Botulinum Toxin

3.6.1. Types of Hyperhidrosis: Axillary and Palmar
3.6.2. Technique of Botulinum Toxin Infiltration in Hyperhidrosis
3.6.3. Truncal Anesthesia in Palmar Hyperhidrosis
3.6.4. Results and Duration

3.7. Complications from Botulinum Toxin Application

3.7.1. General Aspects
3.7.2. Complications according to Injection Site
3.7.3. Clinical Safety Record
3.7.4. Immunogenicity

3.8. Introduction to Regenerative Medicine

3.8.1. Regenerative Medicine Concept
3.8.2. Growth Factors

3.9. Applications of Regenerative Medicine in Dermatology and Esthetics. Other Medical Applications

3.9.1. Application in Rejuvenation
3.9.2. Other Conditions. Burns, Scars, Keloids and Stretch Marks

3.10. Practical Considerations and Injection Techniques

3.10.1. Obtaining Growth Factors
3.10.2. Skin Infiltration for Rejuvenation
3.10.3. Other Esthetic Applications

Module 4. Facial Implants in Esthetics

4.1. Introduction to Filler Materials

4.1.1. The Concept of Filler Material
4.1.2. Tissue Response to Filler Materials
4.1.3. History of the Use of Fillers and Facial Support Threads
4.1.4. Facial Exploration Aimed at the Use of Filler Materials. Risk Zones

4.2. Filler Materials

4.2.1. Classification of Filler Materials, etc.
4.2.2. Autologous Materials: Autologous Fat, Plasmigel
4.2.3. Resorbable Filler Materials
4.2.4. Hyaluronic Acid
4.2.5. Calcium Hydroxyapatite
4.2.6. Collagen
4.2.7. Polylactic Acid
4.2.8. Carboxymethyl Cellulose

4.3. Non-Resorbable or Permanent Filler Materials

4.3.1. Legal Situation
4.3.2. Polymethylmethacrylate Microspheres
4.3.3. Silicone
4.3.4. Polyalkylimide or Alkylimide Hydrogel
4.3.5. Polyacrylamide Hydrogel
4.3.6. Iatrogenic Allogenosis

4.4. Indications for the Use of Filler Materials

4.4.1. Facial Diagnosis. Objective to Treat
4.4.2. Injection Technique
4.4.3. Approach to Treatment of the Upper Third
4.4.4. Approach to Treatment of the Middle Third
4.4.5. Approach to Treatment of the Lower Third
4.4.6. Skin Revitalization Techniques
4.4.7. Alert Areas

4.5. Rhino-Modeling

4.5.1. Indications and Contraindications for Rhinomodeling
4.5.2. Specific Anatomy. Nasal Proportions
4.5.3. Materials Used for Rhino-Modeling
4.5.4. Rhino-Modeling Technique
4.5.5. Secondary Rhino-Modeling
4.5.6. Complications and adverse effects

4.6. Lip Implants

4.6.1. Anatomy and Proportions of the Lips
4.6.2. Materials Used for the Lips
4.6.3. Features of Male and Female Lips
4.6.4. Lip Contouring
4.6.5. Lip Volume Enhancement
4.6.6. Rejuvenation of Lips and Peribucal Area
4.6.7. Lip Moisturizing Technique
4.6.8. Complications and adverse effects

4.7. Identifying Filler Materials Using Ultrasound

4.7.1. Resorbable Fillers
4.7.2. Semi-Permanent Fillers
4.7.3. Permanent Fillers
4.7.4. Ultrasound in the Management of Complications of Filler Substances

4.8. Facial Support Threads

4.8.1. Sutures Features and Mechanism of Action
4.8.2. Indications
4.8.3. Insertion Plan and Insertion Patterns
4.8.4. Insertion Procedure
4.8.5. Types of PDO Threads
4.8.6. APTOS Threads
4.8.7. Cone Yarns, Twin Needles
4.8.8. Treatment Plan
4.8.9. Approach to Complications and AE
4.8.10. Combination with Other Tightening Treatments

4.9. Adverse Effects and Complications of Filler Materials

4.9.1. Early General Complications, Prevention, and Treatment
4.9.2. Late General Complications, Prevention, and Treatment
4.9.3. Complications Associated with Hyaluronic Acid Injections
4.9.4. Complications Associated with Calcium Hydroxyapatite Injections
4.9.5. Complications Associated with Deep Sutures and PDO Threads
4.9.6. Complications Associated with the Use of Permanent Materials
4.9.7. Hyaluronidase

4.10. Suture and Implant Approach to the Male Patient

4.10.1. Aging Process in Male Patients
4.10.2. General Considerations for Filler Treatment in Male Patients
4.10.3. Volume Restoration in the Middle Third
4.10.4. Volume Restoration in the Lower Third
4.10.5. Facial Masculinization

Module 5. Esthetic and Regenerative Gynecology

5.1. Anatomy

5.1.1. Vulva. Histology, Anatomy and Relationships
5.1.2. Vagina. Histology, Anatomy and Relationships
5.1.3. Female Pelvic Floor Anatomy

5.1.3.1. Muscular Structures
5.1.3.2. Urogenital Diaphragm
5.1.3.3. Superficial and Deep Perineum
5.1.3.4. Vasculonervous Relations of the Lesser Pelvis
5.1.3.5. Anatomy of the Clitoris

5.2. Treatment of Anatomical Alterations

5.2.1. Mons Pubis. Mons Pubis Reduction: Liposuction, Laser Lipolysis. Enlargement of the Mons Pubis: Fillers (Fat, Fillers)
5.2.2. Labia Minora. Classification of Anatomical Defects. Types of Labiaplasty. Pre and Postoperative Recommendations
5.2.3. Labia Majora. Classification of Anatomical Defects. Surgical Techniques.
5.2.4. Vaginal Introitus and Hymen. Classification and Etiology of Introitus Pathology. Hymen Pathology (Rigid Hymen, Imperforate Hymen). Surgical Treatment
5.2.5. Vaginal Introitus. Pathology Due to Stenosis. Amplitude of the Introitus
5.2.6. Superficial Perineum and Anal Musculature. Perineal Obstetric Tears. Obstetric Tears of the Anal Sphincter
5.2.7. Female Genital Ablations. Social and Cultural Management. Surgical Management. Psychological Handling

5.3. Treatment of Vaginal Hyperlaxity Syndrome

5.3.1. Definition and Aetiology
5.3.2. Symptoms and Signs
5.3.3. Management and Treatments

5.4. Management of the Genitourinary Syndrome of Menopause

5.4.1. Definition and Prevalence
5.4.2. Symptoms and Signs
5.4.3. Alternative Treatments

5.5. Menopause

5.5.1. Definition of Menopause
5.5.2. Definition of Climacteric Syndrome
5.5.3. Symptoms, Risks and Pathologies Associated with Climacteric Syndrome
5.5.4. Management and Advice

5.5.4.1. Lifestyle Recommendations
5.5.4.2. Hormone Replacement Therapy (indications and contraindications) and Introduction to Bioidentical Hormones

5.5.5. Sexuality in Menopause

5.6. Regenerative and Functional Gynecologic Pathology

5.6.1. Vulvar Lichen Sclerosis

5.6.1.1. Definition and Symptoms
5.6.1.2. Medical Treatment and Regenerative Treatments

5.6.2. Urinary Incontinence

5.6.2.1. Definition, Etiology and Classification
5.6.2.2. Medical Treatment
5.6.2.3. Physiotherapy Treatment
5.6.2.4. Surgical Treatment (indications, contraindications and complications)

5.7. Energy-Based Devices

5.7.1. Laser Technology

5.7.1.1. Physical and Therapeutic Foundations
5.7.1.2. Biological Effects of Thermotherapy
5.7.1.3. Laser Types and Utilities
5.7.1.4. Indications and Contraindications
5.7.1.5. Available Evidence
5.7.1.6. Procedure

5.7.2. Radiofrequency Technology

5.7.2.1. Radiofrequency Technology
5.7.2.2. Physical and Therapeutic Foundations
5.7.2.3. Biological Effects of Radiofrequency
5.7.2.4. Indications and Contraindications
5.7.2.5. Procedure
5.7.2.6. Available Evidence

5.8. Sexual Dysfunctions

5.8.1. Hypoactive Desire Dysfunction (definition)

5.8.1.1. Sexological Approach
5.8.1.2. Medical Treatment

5.8.2. Stimulation and Orgasm Dysfunctions (Definition)

5.8.2.1. Sexological Approach
5.8.2.2. Medical Treatment

5.8.3. Pain Dysfunctions (definition)

5.8.3.1. Vaginismus. Definition and Classification
5.8.3.2. Dyspareunia. Definition and Classification
5.8.3.3. Vulvodynia. Definition and Classification

5.8.4. Therapeutic Approach

5.8.3.1. Sexological Approach
5.8.3.2. Medical Treatment: Analgesia: Antidepressants Botulinum toxin

5.8.5. Sexual Evaluation Questionnaires

5.9. Genital Regenerative Treatments (alternatives)

5.9.1. Platelet-rich Plasma
5.9.2. Hyaluronic Acid Application in Female Genitalia

5.9.2.1. Esthetic-Medical Indications
5.9.2.2. Medical-Functional Indications
5.9.2.3. Complications

5.9.3. Vulvo Vaginal Carboxytherapy
5.9.4. Possibilities for the Use of Stem Cells Cell in Regenerative Gynecology

5.10. Local Anesthesia, locoregional Anesthesia and Sedation in Cosmetic Genital Surgery

5.10.1. Anesthetic Techniques in Gynecoesthetics
5.10.2. Sedation
5.10.3. Pudendal Nerve Block
5.10.4. Local Anesthesia of Cutaneous Nerves
5.10.5. General Anesthesia

Module 6. Laser and Light Sources in Aesthetic Medicine

6.1. History of the Use of Light Sources. Current Indications

6.1.1. History of the Use of Light Sources
6.1.2. What is Light? What is Wavelength? What is a Chromophore?
6.1.3. Fabric Optics
6.1.4. Interaction of Light and Tissue: Biological Effects
6.1.5. Therapeutic Effects: Theories of Action
6.1.6. Light Emission Systems: Laser, Intense Pulsed Light and LEDs

6.2. Treatment of Vascular Lesions

6.2.1. Main Indications: Most Commonly Used Laser Types and Light Sources
6.2.2. Contraindications
6.2.3. Side Effects

6.3. Treatment of Pigmented Lesions and Tattoos

6.3.1. Differential Diagnosis of Pigmented Lesions. Importance of the Use of Wood's Light and Dermatoscope
6.3.2. Laser and Light Source Treatment of Pigmented Lesions
6.3.3. Laser Treatment of Tattoos
6.3.4. Contraindications
6.3.5. Side Effects

6.4. Laser Photoepilation and Light Sources

6.4.1. Patient Selection and Types of Treatment
6.4.2. Treatment of Particular Cases
6.4.3. Contraindications
6.4.4. Side Effects

6.5. Treatment of Acne, Scars, and Stretch Marks with Lasers and Light Sources

6.5.1. Acne: Laser Treatment and Light Sources, Contraindications and Side Effects
6.5.2. Scars: Qualification, Treatment Types, Contraindications and Side Effects
6.5.3. Stretch Marks: Types of Treatment, Contraindications and Side Effects

6.6. Rejuvenation

6.6.1. Ablative
6.6.2. Non-Ablative
6.6.3. Fractional Treatment
6.6.4. Combination of Treatments
6.6.5. Contraindications
6.6.6. Side Effects

6.7. Localized Fat Treatment

6.7.1. Laser Lipolysis
6.7.2. LLLT

6.8. Photobiomodulation

6.8.1. What is Photobiomodulation?
6.8.2. Indications
6.8.3. Contraindications
6.8.4. Side Effects

6.9. Photodynamic Therapy

6.9.1. Definition
6.9.2. Indications
6.9.3. Contraindications
6.9.4. Side Effects

6.10. Safety of Use of Light Sources

6.10.1. Regulations
6.10.2. Eye Protection
6.10.3. Occupational Hazards

Module 7. Phlebology and Lymphatic Disorders. Body Esthetics

7.1. Anatomy, Physiology, and Pathophysiology of the Venous System. Diagnosis and Treatment of Chronic Venous Disease

7.1.1. Anatomy and Physiology of the Venous System
7.1.2. Pathophysiology of the Venous System. Varices. Venous Hypertension
7.1.3. Etiopathogenesis of Varicose Veins. Aggravating Factors
7.1.4. Clinical and Instrumental Diagnostics. CEAP Classification
7.1.5. Treatment of Chronic Venous Disease

7.2. Anatomy, Physiology and Pathophysiology of the Lymphatic System Diagnosis and Treatment of Lymphedema

7.2.1. Anatomy and Physiology of the Lymphatic System
7.2.2. Pathophysiology of the Lymphatic System and Edema
7.2.3. Diagnosis and Classification of Lymphedema
7.2.4. Conservative Treatment of Lymphedema
7.2.5. Surgical Treatment of Lymphedema

7.3. Embryology, Anatomy, Physiology and Pathophysiology of Adipose Tissue

7.3.1. Embryology of White Adipose Tissue and Brown Adipose Tissue
7.3.2. Anatomy of Adipose Tissue
7.3.3. Adipose Tissue as an Endocrine Organ.
7.3.4. Adipose Tissue Physiology. Lipogenesis and Lipolysis
7.3.5. General Overview of Overweight and Obesity. Epidemiology

7.4. Diagnostic Methods in Body Contouring Disorders

7.4.1. Medical History
7.4.2. Anthropometry
7.4.3. Bioimpedance
7.4.4. Imaging Techniques Applied to the Study of Body Contouring
7.4.5. Analytical and Complementary Techniques

7.5. Definition, Etiopathogenesis and Diagnosis of Body Contouring Disorders

7.5.1. Cellulite
7.5.2. Localized Adiposities
7.5.3. Lipedema
7.5.4. Flaccidity
7.5.5. Body Changes Related to Aging

7.6. Non-surgical Techniques for the Treatment of Body Contouring Alterations

7.6.1. Home Treatment
7.6.2. Physical Techniques to Treat Body Contouring: Electrotherapy, Ultrasound, Radiofrequency, Pressotherapy, etc.
7.6.3. Infiltration Techniques in the Treatment of Body Contouring: Mesotherapy/Intradermotherapy. Hydrolipoclasia
7.6.4. Carboxytherapy
7.6.5. Treatment Protocols

7.7. Surgical Techniques for the Treatment of Body Contouring Alterations

7.7.1. Surgical management of Venous Refluxes
7.7.2. Liposuction and Assisted Liposuction Techniques
7.7.3. Plastias
7.7.4. Surgical and Minimally Invasive Techniques for the Treatment of Excess Weight and Obesity (Gastric Balloon, Bariatric Surgery)
7.7.5. Pre and Postoperative Protocols in Lipedema

7.8. Lipedema and Lipodystrophies

7.8.1. Epidemiology and Etiopathogenesis of Lipedema
7.8.2. Clinical and Instrumental Diagnosis of Lipedema
7.8.3. Conservative Treatment of Lipedema
7.6.4. Surgical Treatment of Lipedema
7.8.5. Congenital and Acquired Lipodystrophies

7.9. Cellulite

7.9.1. Diagnosis and Classification
7.9.2. Treatment Protocol
7.9.3. Medical-Esthetic and Surgical Treatments
7.9.4. Home Treatment
7.9.5. Recommendations for the Control of Aggravating Factors

7.10. Treatment Protocols for Body Contouring Alterations

7.10.1. In Overweight and Obesity
7.10.2. In Localized Adiposity
7.10.3. In Body Flaccidity
7.10.4. In Chronic Venous Disease
7.10.5. In Lymphatic Pathology of the Limbs

Module 8. Trichology and Hair Transplantation

8.1. Anatomy and Physiology of the Scalp Skin and Hair Follicle

8.1.1. Anatomical Structure and Function of the Skin Entity
8.1.2. Anatomy of the Hair Follicle
8.1.3. Hair Growth Cycle
8.1.4. Physiology of the Pilosebaceous Follicle
8.1.5. Factors Influencing Follicle Growth
8.1.6. Physical Properties of Hair
8.1.7. Variations by Age, Gender and Race

8.2. Medical History. Diagnostic Techniques and Capillary Analysis

8.2.1. Clinical History in Trichology
8.2.2. Non-invasive Diagnostic Methods: Physical Examination; Photography; Trichoscopy; Confocal Microscopy and Scanning Electron Microscopy
8.2.3. Methods of Semi Invasive Diagnosis: Trichogram and Trichoscan
8.2.4. Invasive Methods: Skin Biopsy
8.2.5. Complementary Examinations and Analytical Protocols

8.3. Main Pathologies of the Scalp

8.3.1. Seborrheic Dermatitis and Pityriasis Capitis
8.3.2. Atopic Dermatitis and Scalp Psoriasis
8.3.3. Contact Dermatitis and Sensitive Scalp
8.3.4. Benign Skin Tumors
8.3.5. Skin Cancer and Precancer
8.3.6. Scalp Infections and Infestations

8.4. Alopecia: Concepts and Classification. Effluvia. Alopecia Areata

8.4.1. Concept and Classification of Alopecia
8.4.2. Acute and Chronic Telogen Effluvium
8.4.3. Anagenic Effluvium
8.4.4. Alopecia Areata

8.5. Male and Female Androgenetic Alopecia

8.5.1. Concept and Classification of Androgenetic Alopecia
8.5.2. Hormonal Metabolism in Androgenetic Alopecia
8.5.3. Female Alopecia (FAGA)
8.5.4. Therapeutic Protocols

8.6. Hypertrichosis and Hirsutism

8.6.1. Differences Between Hypertrichosis and Hirsutism
8.6.2. Approach to Hirsutism. SAHA Syndrome

8.7. Medical Treatment of Alopecia. Active Therapeutic Principles Used in Trichology

8.7.1. Minoxidil
8.7.2. 5-alpha-reductase Inhibitors and Other Antiandrogens
8.7.3. Prostaglandin Analogs
8.7.4. Corticosteroids and Other Anti-inflammatory Drugs
8.7.5. Immunosuppressive Drugs
8.7.6. Keratolytic and Antimicrobial Agents

8.8. Capillary Mesotherapy and its Usefulness in an Esthetic Medicine Practice

8.8.1. Manual and Assisted Hair Mesotherapy Techniques. Microneedling Techniques. Use of Roller and Capillary Multifunction Devices
8.8.2. Allopathic Hair Mesotherapy. Indications, Drugs, and Medical Devices
8.8.3. Homeopathic Capillary Mesotherapy, Update
8.8.4. Complications and Adverse Effects of Hair Mesotherapy

8.9. Cosmetic Treatments in Trichology

8.9.1. Hair Care and Hair Cosmetic Products

8.9.1.1. Cosmetic Shampoos and Therapeutic Shampoos
8.9.1.2. Conditioners and Finishing/Styling Products

8.9.2. Coloring and Bleaching Dyes
8.9.3. Hair Curling or Perming. Hair Straightening
8.9.4. Hair Nutricosmetics
8.9.5. Micropigmentation and Microblading
8.9.6. Hair Integration Systems and Keratin Microfibers
8.9.7. Hair Removal Methods

8.10. Hair Transplant, Techniques, Indications, Stages and Postoperative Care

8.10.1. Types and Techniques. Strip and FUE Type Transplant. Assisted FUE
8.10.2. Indications and Patient Selection. Design
8.10.3. Material and Phases of the Hair Transplant Technique
8.10.4. Postoperative Care and Complications

Module 9. Communication

9.1. Introduction to Business Communication: Importance in the Health Sector

9.1.1. A New Communication Paradigm
9.1.2. The New Consumer
9.1.3. Marketing 3.0
9.1.4. The Evolution of the Health Sector

9.2. Communication Plan Design

9.2.1. The Importance of History
9.2.2. PESTEL Analysis
9.2.3. SWOT Analysis
9.2.4. From the Strategic Plan to the Tactical Plan
9.2.5. The Definition of Target
9.2.6. Action Plan

9.3. Online Reputation and Crisis Management. The Importance of Being Prepared

9.3.1. What is a Crisis and How Can I Detect It?
9.3.2. Difference Between Brand Crisis and Brand Reputation
9.3.3. How to Build Brand Reputation in Social Media?
9.3.4. Brand Reputation Management
9.3.5. Crisis Prevention
9.3.6. Crisis Management

9.4. Inbound Marketing and the Importance of a Content Marketing Strategy

9.4.1. What is Inbound Marketing?
9.4.2. Difference with Traditional Marketing
9.4.3. Attract. Convert. Close. Delight

9.5. Organic Positioning (SEO) and Paid Positioning (SEM)

9.5.1. What is SEO?
9.5.2. SEO Objectives
9.5.3. SEO Process
9.5.4. Popularity and link Building
9.5.5. SEO vs. SEM
9.5.6. The Google Network

9.5.6.1. Search Network
9.5.6.2. Display Network

9.6. Social Media and Community Management

9.6.1. Social Media and its Evolution in the Recent Years
9.6.2. Should a Brand be on Social Media?
9.6.3. The User of Social Networks: Profiles and Types
9.6.4. Main Social Channels and their Characteristics

9.7. Digital Strategy Fundamentals

9.7.1. Paid, Owned and Earned Resources
9.7.2. The Conversion Cycle
9.7.3. The Definition of Objectives
9.7.4. A/B Experiments

9.8. Main Marketing Strategies

9.8.1. E-mail Marketing
9.8.2. Affiliate Marketing
9.8.3. Loyalty Marketing
9.8.4. Relationship Marketing

9.9. Social Media Marketing and Communication

9.9.1. Social Media Communication. What Does it Involve?
9.9.2. Definition of Brand Objectives
9 9.3. The Brand's Mission in Social Networks
9.9.4. Definition of the Target in Social Media: Social Persona
9.9.5. Social Media Campaigns

9.10. Social Media Reporting and Optimization. Monitoring and Measuring Results

9.10.1. Measurement and Reporting
9.10.2. Basic Concepts
9.10.3. Measurement Tools
9.10.4. Native Tools
9.10.5. Third-party Tools
9.10.6. Methodology

Module 10. Pathophysiology of Acne and Implications for Treatment

10.1. Sebaceous Secretion
10.2. Hypercornification
10.3. Microbiota
10.4. Inflammation
10.5. Metabolic Syndrome
10.6. Pollution
10.7. Syndromes with Acne
10.8. Complementary Studies in Patients with Acne

Module 11. Topical Treatments

11.1. Benzoyl Peroxide
11.2. Topical Antibiotics
11.3. Topical retinoids
11.4. AHA
11.5. Azelaic Acid
11.6. Dapsona
11.7. New Drugs
11.8. Magistral Formulation in Acne
11.9. Acne Skin Care

11.9.1. Specific Cosmetics
11.9.2. Supportive Cosmetics to the Treatments
11.9.3. Corrective Makeup

Module 12. Oral Antimicrobials

12.1. Tetracyclines

12.1.1. Doxycycline
12.1.2. Minocycline

12.2. Azithromycin
12.3. Erythromycin
12.4. Clindamycin
12.5. Cotrimoxazol
12.6. Amoxicillin and Cephalosporins
12.7. Sulfone
12.8. Antibiotic Resistance
12.9. Optimization of the Guidelines
12.10. Treatment Combinations

Module 13. Hormonal Treatment

13.1. Candidates for Hormonal Treatment
13.2. Complementary Studies: Hormonal Profile
13.3. Oral Hormonal Contraceptives
13.4. Hormonal Contraceptives in Other Devices

13.4.1. Hormonal Contraceptive Devices
13.4.2. Effectiveness in the Treatment of Acne

13.5. Cyproterone Acetate
13.6. Spironolactone
13.7. Metformin
13.8. Corticoids

13.8.1. Systemic Corticoids
13.8.2. Intralesional Corticoids

13.9. Acne in Men with Hormonal Treatments

Module 14. Systemic Retinoids

14.1. Isotretinoin: Pharmacology
14.2. Mechanism of Action
14.3. Teratogen

14.3.1. Risk of Malformations
14.3.2. Pregnancy Prevention Recommendations
14.3.3. Monitoring

14.4. Side Effects on the Lipid Profile
14.5. Hepatotoxicity
14.6. Interactions and Precautions for Use
14.7. Posology
14.8. Isotretinoin at Low Doses
14.9. Monitoring During Treatment
14.10. Myths and Realities

Module 15. Active Acne Light Source Treatment

15.1. Intense Pulsed Light
15.2. Pulsed Dye Laser
15.3. Nd:YAG Laser
15.4. Erbium Laser
15.5. KTP Laser
15.6. Infrared Laser
15.7. Photodynamic Therapy

15.7.1. Photosensitizers
15.7.2. Light Sources
15.7.3. Protocols

15.8. Biophotonic Therapy

15.8.1. Mechanism of Action
15.8.2. Procedure
15.8.3. Treatment Guidelines

15.9. LEDs and Acne
15.10. New Light Sources

Module 16. Acne Scar Treatment

16.1. Scar Assessment
16.2. Microneedling
16.3. Platelet-rich Plasma
16.4. Unfractionated CO2 and Er Lasers YAG
16.5. Fractionated Ablative Lasers
16.6. Fractionated Non-Ablative Lasers
16.7. Radiofrequency
16.8. Chemical Peel
16.9. Dermal Fillers
16.10. Surgery

16.10.1. Abscess Drainage
16.10.2. Punches
16.10.3. Subdivision

Module 17. Diet and Acne

17.1. Myths and Realities, Current Situation
17.2. Metabolic Syndrome
17.3. Relationship with BMI
17.4. Foods at Risk
17.5. Dietary Intervention
17.6. Supplements and Acne
17.7. Ethnic and Cultural Diversity
17.8. Acne and Vitamin D
17.9. Microbiota

17.9.1. Repercussion of Microbiota Alteration
17.9.2. Probiotics
17.9.3. Abnormalities

Module 18. Treatment of Acne in Special Circumstances

18.1. Neonatal acne
18.2. Acne in Pregnancy and Lactation
18.3. Adult Female Acne
18.4. Acne Fulminans
18.5. Keloid Acne of the Nape of the Neck
18.6. Iatrogenic Acneiform Conditions
18.7. Cosmetic Acne
18.8. Professional Acnes

Module 19. Psychological Impact of Acne: Detection and Management

19.1. Quality of Life in Patients with Acne
19.2. Body Dysmorphic Disorder and Acne
19.3. Anxiety and Depression
19.4. Deterioration in Sexual Life and Relationships
19.5. Treatment-related Mood Changes
19.6. Suicide Risk in Patients with Acne
19.7. Excoriated Acne
19.8. Psychotherapy in Patients with Acne
19.9. When Should the Patient be Referred to Psychiatry?

Module 20. Anti-Aging Medicine

20.1. Anti-Aging Medicine

20.1.1. Empirical Knowledge
20.1.2. Scientific Knowledge
20.1.3. Looking to the Future. Immortality

20.2. Theories of aging. Pathophysiology

20.2.1. Evolutionary and Genetic Theories
20.2.2. Physiological Theories
20.2.3. Theories of Fatigue
20.2.4. Conclusions

20.3. Species and Longevity

20.3.1. Concept of Longevity
20.3.2. Animal, Plant and Organic Longevity
20.3.3. Human Longevity

20.4. Mechanisms of Cellular Aging

20.4.1. The Weissman and Minot Concept
20.4.2. Free Radical Theories
20.4.3. Integrative Theory of Aging

20.5. Mitochondria

20.5.1. The Mitochondrion as an Organelle. Prokaryotic Origin
20.5.2. Mitochondrial Structure
20.5.3. Generating Energy
20.5.4. Oxidative Processes

20.6. Chronobiology I. Suprachiasmatic Pineal Nucleus. Circadian Rhythm

20.6.1. Structure of the Pineal Gland
20.6.2. Physiology of the Pineal Gland
20.6.3. Circadian Rhythms
20.6.4. Other Biological Rhythms

20.7. Chronobiology II. Sleep and Sleeplessness

20.7.1. Sleep Phases
20.7.2. Neuroendocrine Activity According to Sleep Phases
20.7.3. Jet Lag

20.8. Immunity. Immunosenescence

20.8.1. Humoral Immunity
20.8.2. Cellular Immunity
20.8.3. Immunomodulation. AM3

20.9. Telomeres and Telomerase

20.9.1. Genome Structure and Telomeres
20.9.2. Role of Telomerases
20.9.3. Telomeric Diseases

20.10. Exposome and Aging

20.10.1. Concept of Exposoma
20.10.2. Classification of the Factors Involved
20.10.3. Actions to Control the Effect of the Exposome on Aging

Module 21. Hormones and Their Relationship to Aging. Hormone Therapy

21.1. Endocrinology and Anti-Aging

21.1.1. Hormone Synthesis
21.1.2. Hormone Transport
21.1.3. Degradation of Hormones

21.2. Neuroimmunoendocrine Axis

21.2.1. Hypothalamus/Pituitary/Thyroid Axis
21.2.2. Hypothalamus/Pituitary/Liver Axis
21.2.3. Hypothalamus/Pituitary/Pituitary/Adrenal Axis

21.3. Stress and Premature Aging

21.3.1. Oxidative stress
21.3.2. Inflammation
21.3.3. Neurodegeneration

21.4. Tiroides + Corteza suprarrenal

21.4.1. Thyroid Hormone
21.4.2. Alteration of the Thyroid Gland
21.4.3. Cortisol, Aldosterone and Steroid Hormones Synthesized in the Adrenal Cortex

21.4.3.1. Synthesis
21.4.3.2. Neuroendocrine Regulation
21.4.3.3. Pathologies Derived from the Alteration of Hormone Secretion

21.4.3.3.1. Pathologies Related to the Secretion of Cortisol
21.4.3.3.2. Pathologies Related to Aldosterone Secretion
21.4.3.3.3. Pathologies Related to Sex Hormone Synthesis

21.5. Melatonin and Neurodegeneration

21.5.1. Melatonin, Neuroendocrine Synthesis and Regulation
21.5.2. Functions of Melatonin and its Role in Neurodegeneration
21.5.3. Clinical Uses of Melatonin

21.6. Growth Hormone

21.6.1. Synthesis
21.6.2. Neuroendocrine Regulation
21.6.3. Functions

21.7. Growth and Anti-Aging Hormone

21.7.1. Clinical Applications
21.7.2. Side Effects
21.7.3. Treatment

21.8. Menopause I

21.8.1. Hormonal Changes in Menopause
21.8.2. Clinical Manifestations
21.8.3. Treatment

21.9. Menopause II. Osteoporosis

21.9.1. Types of Osteoporosis
21.9.2. Pathogenic Factors
21.9.3. Diagnosis
21.9.4. Treatment

21.10. Synthetic and Bioidentical Hormones. Hormone Therapy

21.10.1. Basic Concepts
21.10.2. Advantages and Disadvantages of Bioidentical Hormones
21.10.3. Hormone Therapy
21.10.4. Hormone Therapy

Module 22. Physical Activity. Sedentary Lifestyle. Obesity

22.1. Physiology of Physical Activity

22.1.1. Nervous and Muscular Control of Movement
22.1.2. Metabolism in Exercise
22.1.3. Adaptive Responses to Physical Exercise

22.1.3.1. Hematology
22.1.3.2. Cardiovascular
22.1.3.3. Pulmonary
22.1.3.4. Muscular

22.2. Physiological Evaluation and Interpretation I

22.2.1. Anthropometry
22.2.2. Aerobic and Anaerobic Functional Capacity
22.2.3. Laboratory Tests
22.2.4. Field Tests

22.3. Physiological Evaluation and Interpretation II

22.3.1. Stress Tests
22.3.2. Stress Test Interpretation
22.3.3. Clinical Cases

22.4. Personalized Prescription of Physical Activity in Young Adults

22.4.1. Fundamentals of Strength Training
22.4.2. Fundamentals of Endurance Training
22.4.3. Injury Prevention

22.4.3.1. Sensorimotor Training
22.4.3.2. Flexibility Training

22.5. Personalized Prescription of Physical Activity for the Elderly

22.5.1. Fundamentals of Cardiovascular Training and its Differences in Young Adults
22.5.2. Fundamentals of Strength and Endurance Training
22.5.3. Prevention from Falls

22.6. Physical Activity, Longevity and Quality of Life

22.6.1. Cardiovascular Diseases
22.6.2. Pulmonary Diseases
22.6.3. Neuromuscular Diseases
22.6.4. Musculoskeletal Disorders
22.6.5. Special Populations

22.6.5.1. Pregnancy
22.6.5.2. Advanced Age

22.7. Strategies for Rehabilitation and Recovery from Exertion

22.7.1. Recovery Techniques

22.7.1.1. Physical Measurements
22.7.1.2. Nutrition (Hydration, Diet)

22.7.2. Hypoxic Preconditioning

22.8. Sedentary Lifestyles and Obesity

22.8.1. Current Situation of Obesity Worldwide and in Spain
22.8.2. Obesity as a Metabolic Disease
22.8.3. Obesity Prevention Strategies and Sedentary Lifestyles

22.9. Pharmacological Treatment of Obesity. GLP1-Liraglutide

22.9.1. Pharmacological Mechanism of Action
22.9.2. Indications and Contraindications
22.9.3. Usefulness in Clinical Practice and its Applications

22.10. Dietary Supplementation

22.10.1. Vitamins
22.10.2. Antioxidants
22.10.3. Coenzyme Q 10
22.10.4. Calcium
22.10.5. Chondroprotectors
22.10.6. Nutricosmetics

Module 23. Nutrition

23.1. Micronutrition

23.1.1. Micronutrient Concept
23.1.2. Vitamins
23.1.3. Minerals
23.1.4. Trace Elements
23.1.5. Other Micronutrients

23.2. Orthomolecular Nutrition

23.2.1. Orthomolecular Nutrition Concept
23.2.2. Nutripharmaceuticals
23.2.3. Orthomolecular Nutrition Benefits

23.3. Supplementation

23.3.1. Concept of Nutritional Supplements
23.3.2. Types of Nutritional Supplements
23.3.3. Usefulness of Nutritional Supplements in Anti-Aging Medicine

23.4. Nutrigenetics. Nutrigenomics

23.4.1. Nutrigenetics Concept
23.4.2. Nutrigenomics Concept
23.4.3. Applications of Nutrigenetics and Nutrigenomics

23.5. Vitamins and Disease Prevention

23.5.1. Types of Vitamins
23.5.2. Hypovitaminosis and Hypervitaminosis
23.5.3. Hypovitaminosis Treatment and Prevention

23.6. Food Additives

23.6.1. Food Additive Concept
23.6.2. Functions of Food Additives
23.6.3. Classification and Identification of Foodstuffs

23.7. Integrated Nutrition and Eating

23.7.1. Concept and foundations of Integrative Nutrition
23.7.2. Anti-inflammatory Foods
23.7.3. Integrative Nutrition and the Future

23.8. Nutraceuticals

23.8.1. Nutraceuticals
23.8.2. Differences Between Nutraceuticals and Food Supplements
23.8.3. Most Representative Nutraceuticals

23.9. Prebiotics and Probiotics

23.9.1. Concept of Prebiotic. Benefits of Prebiotics
23.9.2. Probiotic Concept. Benefit of Probiotics
23.9.3. Symbiotic Concept. Benefits of Symbiotic

23.10. Free Radicals and Antioxidants

23.10.1. Concept of Free Radicals and their Role in Cellular Aging
23.10.2. Function and Types of Antioxidants
23.10.3. Role of Antioxidants in the Prevention of Aging

Module 24. Neurological and Psychological Aspects of Anti-Aging Medicine

24.1. Psychological Aspects of Aging

24.1.1. Psychological Aspects of Aging. What are They?
24.1.2. Psychosocial States of Aging
24.1.3. Psychological Changes in Aging (Attention, Memory, Intelligence and Creativity)

24.2. Neurological Aspects of Aging

24.2.1. Neurological Aspects of Aging. What are They?
24.2.2. Neurological Changes Associated with Aging
24.2.3. Neurobiological Foundations of Neuronal Aging
24.2.4. Proteins

24.3. Neuroimmunoendocrine Axis

24.3.1. Neuroimmunoendocrine System
24.3.2. Neuroimmunoendocrinology of the Nervous System
24.3.3. Neuroendocrine Regulation of the Immune System

24.4. Stress Management

24.4.1. Definition of Stress
24.4.2. How Does Stress Affect Aging?
24.4.3. Treatment of Stress in Adulthood

24.5. Mindfulness (Meditation and Neurological Rejuvenation)

24.5.1. What Is Mindfulness?
24.5.2. How to Practice Mindfulness? Exercises
24.5.3. Neurological Changes with the Practice of Mindfulness

24.6. Scenar Therapy

24.6.1. Introduction to Scenar Therapy
24.6.2. Benefits of Scenar therapy
24.6.3. Scenar Devices

24.7. Neural Therapy

24.7.1. What is Neural therapy and What Is It For?
24.7.2. How Does Neural Therapy Work?
24.7.3. Main Indications for Neural Therapy
24.7.4. Treatment

24.8. Functional Changes and Aging

24.8.1. Functional Aging
24.8.2. Physiological Changes Associated with Aging
24.8.3. Cognitive Changes Associated with Aging
24.8.4. Strategies to Slow Aging

24.9. Importance of Circadian Rhythms (Chronobiology)

24.9.1. Circadian Rhythms in Humans
24.9.2. Circadian Rhythms and Sleep
24.9.3. Circadian Rhythms and Jet Lag
24.9.4. Chronobiology of Aging

24.10. Self-Concept of the Aging Process

24.10.1. Definition of Self-Concept
24.10.2. Chronological Age:
24.10.3. Biological Age:
24.10.4. Functional Age

Module 25. Minimally Invasive Therapies

25.1. Regenerative Medicine I

25.1.1.General Introduction
25.1.2. Concept
25.1.3. Types of Fabrics

25.1.3.1. Cell Types

25.1.4. Advantages and Disadvantages
25.1.5. Medical Application

25.2. Regenerative Medicine II

25.2.1. Types of Treatment
25.2.2. The Choice of Treatment
25.2.3. Results

25.3. Ozone Therapy

25.3.1. Theoretical Basis
25.3.2. Indications and Contraindications in Medicine
25.3.3. Applicability and Treatment

25.4. Hyperbaric Medicine

25.4.1. Theoretical Basis
25.4.2. Indications and Contraindications in Medicine
25.4.3. Applicability and Treatment

25.5. Carboxytherapy

25.5.1. Theoretical Basis
25.5.2. Indications and Contraindications in Medicine
25.5.3. Applicability and Treatment

25.6. Oxidermotherapy

25.6.1. Theoretical Basis
25.6.2. Indications and Contraindications in Medicine
25.6.3. Applicability and Treatment

25.7. Stem Cell Therapy

25.7.1. Fundamentals and Theoretical Foundations
25.7.2. Stem Cell Therapy in the Aging Process
25.7.3. Stem Cell Research and Other Applications

25.8. Autohemotherapy

25.8.1. Fundamentals and Theoretical Foundations
25.8.2. Autohemotherapy Applicable to Regenerative Medicine
25.8.3. Applications in Classical Medicine

25.9. Plasma Which Is Rich in Growth Factors

25.9.1. Theoretical Background, Biochemical Basis and History
25.9.2. Applications in Regenerative Medicine

25.9.2.1. Other Applications

25.9.3. Procedure and Tissue Effects

25.10. Intraparental Supplementation

25.10.1. Theoretical Foundations of Parenteral Nutrition and Supplementation
25.10.2. Types of Nutrients
25.10.3. Applications in Regenerative Medicine and Complications

Module 26. Alliances Between Esthetic Medicine and Antiaging

26.1. Facial Anatomy

26.1.1. Skeletal Structure
26.1.2. Fat Structure
26.1.3. SMAS
26.1.4. Skin and Skin Appendages

26.2. Botulinum Toxin. Facial Upper Third

26.2.1. Mechanism of Action
26.2.2. Most Common Muscle Patterns
26.2.3. Application Techniques
26.2.4. Adverse Effects

26.3. Volumetrics Facial Upper Third

26.3.1. Orbit
26.3.2. Temporal Fossa
26.3.3. Fillers and Other Techniques Used

26.4. Volumetrics Midface

26.4.1. Cheekbone
26.4.2. Eye
26.4.3. Nose

26.5. Volumetrics Lower Third of the Face

26.5.1. Lips and Perioral Region
26.5.2. Chin
26.5.3. Jaw

26.6. Biostimulation

26.6.1. Sutures
26.6.2. Liquid Biostimulation

26.7. Neck, Neckline and Hands

26.7.1. Common Features
26.7.2. Neck
26.7.3. Neckline
26.7.4. Hands

26.8. Skin. Infiltrative Treatments

26.8.1. The Mesotherapeutic Technique
26.8.2. Homeopathic Mesotherapy
26.8.3. Allopathic Mesotherapy
26.8.4. Hydrobalance Mesotherapy

26.9. Skin. Dermocosmetics I

26.9.1. Classification of Skin Aging
26.9.2. Superficial Medical Peeling
26.9.3. Medium Medical Peeling

26.10. Skin. Dermocosmetics II. Home Anti-Aging Protocols

26.10.1. Mild Skin Aging
26.10.2. Moderate Skin Aging
26.10.3. Advanced Skin Aging
26.10.4. Severe Skin Aging

Module 27. Appliances and Lasers Applied to Anti-Aging Medicine

27.1. Physical Principles of Light Sources

27.1.1. Laser Definition
27.1.2. Properties
27.1.3. Laser Types

27.2. Intense Pulsed Light (IPL)

27.2.1. Mechanism of Action
27.2.2. Indications
27.2.3. Protocol
27.2.4. Side Effects and Contraindications

27.3. Q-Switched Laser

27.3.1. Mechanism of Action
27.3.2. Indications
27.3.3. Protocol
27.3.4. Side Effects and Contraindications

27.4. Plasma Laser

27.4.1. Mechanism of Action
27.4.2. Indications
27.4.3. Protocol
27.4.4. Side Effects and Contraindications

27.5. Radiofrequency I

27.5.1. Mechanism of Action
27.5.2. Indications
27.5.3. Protocol
27.5.4. Side Effects and Contraindications

27.6. Radiofrequency II

27.6.1. Mechanism of Action
27.6.2. Indications
27.6.3. Protocol
27.6.4. Side Effects and Contraindications

27.7. Cryolipolysis

27.7.1. Mechanism of Action
27.7.2. Indications
27.7.3. Protocol
27.7.4. Side Effects and Contraindications

Module 28. Genital Anti-Aging Medicine

28.1. Psychological Aspects of Aging at the Sexual Level

28.1.1. Sexuality and Aging
28.1.2. Sexual Dysfunctions. Medical and Psychological Aspects
28.1.3. Treatment

28.2. Anatomical and Histological Reminder of the Female Sex Organs

28.2.1. External Genitalia
28.2.2. Internal Genitals
28.2.3. Female Sexual Dysfunction

28.3. Platelet-rich Plasma in Female Genital Anti-Aging Medicine

28.3.1. Explanation of the Technique
28.3.2. Benefits
28.3.3. Contraindications

28.4. Carboxytherapy and Radiofrequency in Anti-Aging Medicine for Female Genitalia

28.4.1. Carboxytherapy

28.4.1.1. Beneficial Effects
28.4.1.2. Contraindications

28.4.2. Radiofrequency

28.4.2.1. Types of Radiofrequency
28.4.2.2. Beneficial Effects
28.4.2.3. Contraindications

28.5. Laser and LED Light in Female Genital Anti-Aging Medicine

28.5.1. Laser

28.5.1.1. Explanation of the Technique
28.5.1.2. Benefits
28.5.1.3. Contraindications

28.5.2. LED Lights

28.5.2.1. Explanation of the Technique
28.5.2.2. Benefits
28.5.2.3. Contraindications

28.6. Hyaluronic Acid Fillers in Female Genital Anti-Aging Medicine

28.6.1. External Genitalia

28.6.1.1. Explanation of the Technique
28.6.1.2. Benefits
28.6.1.3. Contraindications

28.6.2. Internal Genitals

28.6.2.1. Explanation of Available Techniques
28.6.2.2. Benefits
28.6.2.3Contraindicaciones

28.7. Anatomical and Histological Reminder of the Male Sex Organs

28.7.1. External Genitalia
28.7.2. Internal Genitals
28.7.3. Male Sexual Dysfunction

28.8. Platelet-Rich Plasma in Male Genital Anti-Aging Medicine

28.8.1. Explanation of the Technique
28.8.2. Benefits
28.8.3. Contraindications

28.9. Carboxytherapy and Shock Wave Therapy in Male Genital Anti-Aging Medicine

28.9.1. Carboxytherapy

28.9.1.1. Explanation of the Technique
28.9.1.2. Expected Benefits

28.9.2. Shock Waves

28.9.2.1. Explanation of the Technique
28.9.2.2. Expected Benefits

28.10. Hyaluronic Acid Fillers in Male Genital Anti-Aging Medicine

28.10.1. Indications
28.10.2. Benefits
28.10.3. Contraindications

Module 29. The Antiaging Medicine Clinic. Practical Aspects. Overall Approach to the Patient

29.1. Essential Legal Aspects. Needs of an Antiaging Clinic

29.1.1. Introduction to Health Law
29.1.2. Civil Liability
29.1.3. The Lex Artis ad hoc
29.1.4. Medical Negligence

29.2. Marketing. Social Media. Ethical Aspects. Medicine and Advertising

29.2.1. Marketing Plan

29.2.1.1. Situation Analysis (PESTEL, SWOT)
29.2.1.2. Plan of Objectives
29.2.1.3. Action Plan

29.2.2. Digital Communication

29.2.2.1. Social Media Plan
29.2.2.2. Social Networks

29.2.3. New Technologies

29.3. Medical History and Informed Consent

29.3.1. Types of Medical Records
29.3.2. Content of a Clinical History

29.3.2.1. Informed Consent

29.3.3. Legal Aspects of the Medical Record

29.4. General Approach to the Patient in the Antiaging Consultation

29.4.1. Psychology of Patient Approach
29.4.2. Coaching Adapted to the Consultation
29.4.3. Identification of Patient Problems and Demands

29.5. Biological Age Assessment

29.5.1. Definition of Concepts
29.5.2. Evaluation Methods
29.5.3. Other Calculators

29.6. Basic Laboratory Analysis

29.6.1. Hemogram and Basic Biochemistry
29.6.2. Vitamins
29.6.3. Early Detection of Diabetes Mellitus and Dyslipidemia
29.6.4. Thyroid Profile

29.7. Specific Laboratory Analyses

29.7.1. Free Radicals Study
29.7.2. Telomeric Length Test
29.7.3. Pathology Screening

29.7.3.1. Colorectal Cancer
29.7.3.2. Breast Cancer
29.7.3.3. Neurodegenerative Diseases

29.8. Evaluation of Results and Integrated Prescription

29.8.1. Detailed study of results
29.8.2. Definition of Objectives
29.8.3. Integrative Treatment

29.9. Monitoring

29.9.1. Consultation Planning
29.9.2. Need for Complementary Tests
29.9.3. Resetting of Objectives and Motivational Consultation

29.10. Complementary Specialties and the Need for Referral

29.10.1. Need for Collaboration
29.10.2. Diagnosis of Incidental Disease
29.10.3. Related Specialties

29.10.3.1. Family and Community Medicine
29.10.3.2. Endocrinology & Nutrition
29.10.3.3. Plastic and Reconstructive Surgery
29.10.3.4. Psychiatry/Psychology

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