Get up to date on the main allergens and diagnostic techniques, including Prick test, Prick by Prick and epicutaneous tests"

Various factors such as pollution, changes in eating habits, overweight or a more sedentary lifestyle have contributed significantly to the progressive increase in the number of people suffering from some type of allergy. This trend is worrying, especially in the elderly and children, where certain food or pharmacological allergies can be more sensitive.

In fact, the most common allergies are respiratory, food and contact allergies, with particular emphasis on reactions to egg and milk protein, mites, pollens, metals and some types of topical medications. This situation has boosted innovation and research in the field, with outstanding advances in areas such as immunotherapy or diagnostic devices. Specialists are therefore called upon to an almost continuous updating process in view of the growth of both the number of cases to be treated and the methodologies used to treat them.

It is at this juncture that TECH's Advanced master’s degree in Allergology is justified, as it compiles the most relevant scientific postulates and developments in both common allergies in adulthood and those treatments and approaches more specific to the pediatric area. The specialist will have access to a myriad of multimedia resources, complementary readings, analysis of real cases and more material with which to be updated in a reliable way in epidemiology, approaches, diagnosis and the most modern allergological research.

The entire syllabus has been developed by a team of experts with extensive experience in the care of allergic patients, working in major clinical centers and hospitals. This is essential to provide the entire syllabus with the necessary practical vision, giving the specialists not only the most innovative work methodology but also the way to apply it and carry it out in the real clinical field.
A completely online and flexible program, without the usual ties of face-to-face classes or fixed schedules. It is the specialists who decide how to distribute the entire teaching load, being able to adapt it to their own work and personal responsibilities. To this end, the entire syllabus is available on the Virtual Campus for downloading from any device with an Internet connection.

It delves into the most prevalent fields of Allergology today, highlighting food, respiratory and pharmacological allergens"

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

• The development of case studies presented by experts in allergies
• The graphic, schematic, and practical contents with which they are created, provide scientific and practical information on the disciplines that are essential for professional practice
• Practical exercises where self-assessment can be used to improve learning
• Its special emphasis on innovative methodologies in allergy diagnosis and management
• Theoretical lessons, questions to the expert, debate forums on controversial topics, and individual reflection assignments
• Content that is accessible from any fixed or portable device with an Internet connection

You will have a Virtual Campus available 24 hours a day, being able to choose when, where and how to take on the entire teaching load"

It includes in its teaching staff professionals belonging to the field of pediatrics, who pour into this program the experience of their work, in addition to recognized specialists of reference societies and prestigious universities. 

The multimedia content, developed with the latest educational technology, will provide the professional with situated and contextual learning, i.e., a simulated environment that will provide an immersive learning experience designed to prepare for real-life situations. 

This program is designed around Problem-Based Learning, whereby the student must try to solve the different professional practice situations that arise throughout the program. For this purpose, the professional will be assisted by an innovative interactive video system created by renowned and experienced experts. 

Delve into the future of Allergology at the research level in this TECH Advanced master’s degree”

Benefit from high quality multimedia material, rich in details on the most relevant allergic cases in the clinical setting”

The entire Advanced master’s degree has been developed following the pedagogical methodology of Relearning, based on the reiteration of content and in which TECH is a pioneer. Thus, the most relevant key concepts in the field of Allergology are given to the specialist in a natural way throughout the program, resulting in a much more effective learning and saving a considerable number of hours of study.

Download all the content available in the Virtual Campus and compile a complete and essential reference guide in the field of Allergology"

Module 1. Introduction to Allergology

1.1. Introduction. Terminology. Atopy and allergy

1.1.1. Terminology
1.1.2. Atopy
1.1.3. Allergy

1.2. History of Allergies

1.2.1. Origins and Development

1.3. Prevalence of allergic diseases. Prevalence of allergic diseases

1.3.1. Prevalence
1.3.2. Pharmacoeconomics

1.4. Immunological basis of allergic diseases. Classification of hypersensitivity reactions

1.4.1. Immunological Basis of Allergic Diseases
1.4.2. Classification of Hypersensitivity Reactions
1.4.3. Cells and Molecules Involved in the Immediate Hypersensitivity Immune Response

1.5. Pathophysiology of an Allergic Reaction. Immunological basis of allergic diseases
1.6. Effector Cells Involved in Allergic Reactions

1.6.1. Effector Cells Involved in Allergic Reactions
1.6.2. Basophils, Mast Cells, Cytokines, Eosinophils, Allergy Mediators

1.7. Immunoglobulin E: Features. Mechanisms of IgE Synthesis Regulation. High and Low-Affinity IgE Receptors
1.8. The Complement System Components. Activation and Regulation Pathways
1.9. Immunological Mechanisms Involved in Allergic Dermatoses
1.10. Digestive Tract Immunology Mechanisms of Immunological Tolerance Allergic Reactions to Food Adverse Reactions to Additives and Preservatives

Module 2. Allergic Disease

2.1. Epidemiology

2.1.1. Prevalence of Allergic Disease
2.1.2. Genetic, Epigenetics and Environmental Factors

2.2. Immune System Development

2.2.1. Fetal Immunity
2.2.2. Immune System Maturation

2.3. Inborn Errors of the Immune System

2.3.1. Main Primary Immunodeficiencies
2.3.2. Warning Signs
2.3.3. Allergic Manifestations
2.3.4. Diagnostic Approximation
2.3.5. Treatment

2.4. Allergic Sensitization

2.4.1. Cells Involved
2.4.2. Inflammatory Mediators
2.4.3. Sensitization Pathways

2.5. Tolerance Mechanisms

2.5.1. Factors Influencing the Achievement of Tolerance
2.5.2. Immunological Basis
2.6. Atopic Gait

2.7. General Evaluation of the Allergic Patient

2.7.1. General Medical Records
2.7.2. Findings on Physical Examination Suggestive of Atopy
2.7.3. General Notions of Diagnostic Tests in Allergy

2.8. Terminology

2.8.1. Allergy. Sensitization
2.8.2. Allergenic Source. Allergens. Cross-Reactivity

2.9. Molecular diagnosis

2.9.1. Current Indications and Limitations
2.9.2. Approach to Molecular Diagnostics
2.9.3. Most Relevant Allergen Families

2.10. Respiratory Function Tests in Children

2.10.1. Spirometry and Bronchodilation Test
2.10.2. Bronchial Provocation Tests
2.10.3. Tests for Measuring Eosinophilic Inflammation
2.10.4. Others Diagnostic Methods

Module 3. Allergens. Panallergens and their Impact on Allergic Diseases

3.1. Allergens. Types. Structure. Characterization and Purification of Allergens. Concept of Cross-Reactivity. Panallergens
3.2. Classification of the Main Environmental Allergens
3.3. Classification and Taxonomy of the Main Food Allergens
3.4. Classification and Description of the Main Skin Allergens
3.5. Allergic Reactions to Latex. Cross Allergenicity with Food. Latex Allergy Prevention Clinic
3.6. Description of Pollen-Food Syndromes: Classification, Description, Prevalence
3.7. Classification and Description of the Main Allergic Diseases of Drug Origin
3.8. Classification, Description, and Taxonomy of Animal Allergens
3.9. Classification, Description, and Taxonomy of Vespid Allergens

Module 4. Diagnostic Techniques for Allergic Diseases

4.1. General Aspects of the Diagnosis of Allergic Diseases

4.1.1. Basic Criteria

4.2. In Vivo Diagnostic Methods of Allergic Diseases: Prick-test Prick Prick Epicutaneous tests. Oral provocation tests
4.3. In-Vitro Methods of Allergic Diseases. Classification and Description
4.4. Molecular Diagnostics by Components in Pneumoallergen Allergic Respiratory Diseases: Pollens
4.5. Molecular Diagnostics by Components in Pneumoallergen Allergic Respiratory Diseases: Mites and Fungi

4.5.1. Diagnostic techniques

4.6. Molecular Diagnostics by Components in Pneumoallergen Allergic Respiratory Diseases: Animals

4.6.1. Diagnostic techniques

4.7. Molecular and Component-Based Diagnosis in Food Allergy
4.8. Molecular and Component-Based Diagnosis in Vespid Allergy
4.9. Basotest in the Diagnosis of Allergic Diseases
4.10. Induced Sputum in the Diagnosis of Respiratory Allergic Diseases
4.11. Apparatus in the Diagnosis of Allergic Diseases
4.12. Diagnosis of Comorbidities of Allergic Diseases: Obesity, Gastroesophageal Reflux Disease, and Sleep Disorders

Module 5. Main Respiratory Allergic Diseases. Epidemiology, Diagnosis, and Treatment

5.1. Allergic Rhinoconjunctivitis
5.2. Nasosinusal Polyposis
5.3. Asthma

5.3.1. Definition and Classification
5.3.2. Diagnosis and Treatment

5.4. ACOS Mixed Phenotype
5.5. Biological Drugs in the Treatment of Asthma
5.6. Thermoplasty in Asthma Treatment
5.7. Eosinophilic Bronchitis
5.8. Allergic Bronchopulmonary Aspergillosis. Extrinsic Allergic Alveolitis
5.9. Alpha 1 Antitrypsin Deficiency and Respiratory Allergic Pathology

Module 6. Allergy-Related Skin Diseases

6.1. Atopic Dermatitis
6.2. Chronic Spontaneous Urticaria
6.3. Angioedema
6.4. Urticarial-Vasculitis
6.5. Alpha 1 Antitrypsin Deficiency and Skin Diseases in Allergology
6.6. Biological Drugs in the Treatment of Atopic Dermatitis
6.7. Biological Drugs in the Treatment of Chronic Urticaria
6.8. Biological Drugs in the Treatment of Angioedema

Module 7. Immunodeficiencies in Allergology: Diagnostics and Treatments

7.1. Primary Immunodeficiencies in Pediatric Patients
7.2. Primary Immunodeficiencies in Adult Patients
7.3. Organ-Specific Autoimmune Diseases
7.4. Systemic Autoimmune Diseases
7.5. Alpha 1 Antitrypsin Deficiency
7.6. Cutaneous Mastocytosis
7.7. Systematic Mastocytosis
7.8. Celiac Disease

Module 8. Food allergies. Epidemiology, Diagnosis, and Treatment

8.1. Food Allergy. Classification and Taxonomy
8.2. Fish Allergy
8.3. Seafood Allergy
8.4. Fruit and Nut Allergy
8.5. Legume Allergy
8.6. Allergy to Other Plant-Based Foods
8.7. Gluten Allergy
8.8. Allergy to Additives and Preservatives

Module 9. Food Allergy and the Most Frequent Food Allergens in the Pediatric Age Group

9.1. Approach to the Patient with Food Allergy

9.1.1. Medical History
9.1.2. Diagnostic Generalities

9.1.2.1. Skin Tests
9.1.2.2. Oral Tolerance Tests
9.1.2.3. In Vitro Determination

9.1.3. Treatment of Food Allergy

9.1.3.1. Avoidance
9.1.3.2. Active Treatments

9.2. Food Allergens Approach

9.2.1. General Aspects
9.2.2. Protein Stability
9.2.3. Effects of Processing
9.2.4. The Digestive System as an Immune Organ

9.3. Allergy to Cow's Milk Proteins

9.3.1. Epidemiology
9.3.2. Natural History
9.3.3. Diagnosis

9.4. Avoidance Therapy in Cow's Milk Protein Allergy

9.4.1. Hydrolyzed Formulas
9.4.2. Vegetable Formulas

9.5. Oral Immunotherapy to Cow's Milk Proteins

9.5.1. Indications
9.5.2. Rapid Protocol
9.5.3. Slow Protocol for Anaphylactic Patients

9.6. Egg Allergy

9.6.1. Epidemiology
9.6.2. Natural History
9.6.3. Diagnosis
9.6.4. Treatment

9.7. Oral Egg Immunotherapy

9.7.1. Indications
9.7.2. Tolerance Induction with Raw Egg
9.7.3. Tolerance Induction with Boiled Egg
9.7.4. Tolerance Induction with Baking

9.8. Non-IgE-Mediated Allergies

9.8.1. Allergic Proctolitis
9.8.2. Food Protein-Induced Enterocolitis
9.8.3. Food Protein Enteropathy

9.9. Nutritional Aspects of Food Allergy
9.10. Possible Interventions in the Primary Prevention of Cow's Milk and Egg Allergy

Module 10. Main Pharmacological Groups Causing Allergic Pathology

10.1. Allergy to Quinolone Group Antibiotics
10.2. Allergy to Sulfonamide Group Antibiotics
10.3. Allergy to Non-Steroidal Anti-Inflammatory Drugs
10.4. Allergy to Chemotherapy Drugs
10.5. Allergy to Anticoagulants
10.6. Proton Pump Inhibitor Allergy
10.7. Allergy to Contrast Media
10.8. Pseudoallergic and Idiosyncratic Reactions to Drugs

Module 11. Drug Allergies

11.1. Adverse Reactions to Medications

11.1.1. Classification of Hypersensitivity Reactions
11.1.2. Drugs as Allergens

11.2. Diagnostic Approximation

11.2.1. Peculiarities in the Child
11.2.2. Medical History

11.3. Allergy to Beta-Lactams

11.3.1. Penicillin. Chemical Structure and Classification
11.3.2. Side Chain Allergens
11.3.3. Allergens by Central Core
11.3.4. Medical History
11.3.5. Diagnosis
11.3.6. Avoidance Recommendations According to Results
11.3.7. Allergy to Cephalosporins and Cross-Reactivity with Penicillin Derivatives

11.4. Allergy to NSAIDs

11.4.1. Classification of NSAIDs
11.4.2. Types of Reactions to NSAIDs
11.4.3. Diagnosis
11.4.4. Avoidance Recommendations
11.4.5. Possible Alternative Drugs in Children

11.5. Allergy to Other Antibiotics

11.5.1. Macrolides
11.5.2. Aminoglycosides
11.5.3. Glycopeptides

11.6. Allergy to Local Anesthetics and Perioperative Anaphylaxis

11.6.1. Suspicion of Perioperative Allergic Reaction
11.6.2. Tests to be Performed for Screening of the Responsible Drug
11.6.3. Suspicion of Allergy to Local Anesthetics

11.7. Vaccine Allergy

11.7.1. Types of Vaccine Reactions
11.7.2. Vaccine Content
11.7.3. Epidemiology of Vaccine Allergic Reactions
11.7.4. Reactions that May Simulate Allergic Reaction After Vaccination
11.7.5. Diagnosis of Allergy to Vaccines
11.7.6. Vaccination Recommendations for those Allergic to any of the Following Components

11.8. Drug Desensitization

11.8.1. Introduction
11.8.2. Desensitization Mechanism
11.8.3. Risk Evaluation
11.8.4. Desensitization Protocols

11.9. Severe Manifestations of Non-IgE-Mediated Reactions to Drugs

11.9.1. DRESS
11.9.2. Lynch-Like Stevens-Johnson
11.9.3. Acute Generalized Exanthematous Pustulosis
11.9.4. Other Systemic Manifestations

11.10. Approach to Diagnosis in Severe Non-IgE Mediated Reactions

Module 12. Allergy to Hymenoptera. Classification and Taxonomy

12.1. Classification and Taxonomy
12.2. Epidemiology and prevalence
12.3. Geographical Location of the Different Allergologically Relevant Hymenoptera
12.4. Systemic Allergic Reactions due to Hymenoptera: Bees
12.5. Systemic Allergic Reactions due to Hymenoptera: Wasps
12.6. Diagnosis of Allergic Reactions to Hymenoptera
12.7. Prophylaxis of Reactions to Hymenoptera Venoms
12.8. Treatment of Hymenoptera Allergy
12.9. Allergy to Hymenoptera Venom and Mastocytosis
12.10. Other Insect Bites

Module 13. Allergic Cutaneous, Systemic and Respiratory Manifestations

13.1. Acute Urticaria

13.1.1. Pathophysiology
13.1.2. Frequent Etiology in the Child
13.1.3. Anamnesis and Physical Examination
13.1.4. The Role of Antihistamines in the Treatment of Acute Urticaria

13.2. Chronic Urticaria

13.2.1. Etiopathogenesis
13.2.2. Classification
13.2.3. Diagnosis
13.2.4. Treatment

13.3. Acute Angioedema

13.3.1. Pathophysiology
13.3.2. Frequent Etiology in the Child
13.3.3. Anamnesis and Physical Examination
13.3.4. Treatment

13.4. Recurrent Angioedema

13.4.1. Etiopathogenesis
13.4.2. Classification
13.4.3. Diagnosis
13.4.4. Treatment

13.5. Angioedema due to C1 Inhibitor Deficiency

13.5.1. Etiopathogenesis
13.5.2. Classification
13.5.3. Diagnosis
13.5.4. Treatment

13.6. Anaphylaxis

13.6.1. Pathophysiology
13.6.2. Etiology
13.6.3. Treatment
13.6.4. Prevention

13.7. Idiopathic Anaphylaxis

13.7.1. Differential Diagnosis
13.7.2. Diagnosis
13.7.3. Treatment

13.8. Exercise-Induced Anaphylaxis

13.8.1. Etiopathogenesis
13.8.2. Classification
13.8.3. Diagnosis
13.8.4. Treatment

13.9. Mastocytosis in Children

13.9.1. Prevalence
13.9.2. Mastocytoma
13.9.3. Urticaria Pigmentosa
13.9.4. Diagnosis and Monitoring
13.9.5. Treatment

13.10. Treatment of Asthma Attack

13.10.1. Severity Assessment
13.10.2. Treatment Algorithm
13.10.3. Response Assessment and Discharge Recommendations

Module 14. Other Allergens Causing Food Allergy in Childhood

14.1. Nut and Seed Allergy

14.1.1. Epidemiology
14.1.2. Natural History
14.1.3. Diagnosis
14.1.4. Treatment

14.2. Allergy to Shellfish and Fish

14.2.1. Shellfish Allergy

14.2.1.1. Epidemiology
14.2.1.2. Natural History
14.2.1.3. Diagnosis
14.2.1.4. Treatment

14.2.2. Fish Allergy

14.2.2.1. Epidemiology
14.2.2.2. Natural History
14.2.2.3. Diagnosis
14.2.2.4. Treatment

14.3. Legume Allergy

14.3.1. Epidemiology
14.3.2. Natural History
14.3.3. Diagnosis
14.3.4. Treatment

14.4. Oral Allergy Syndrome

14.4.1. Epidemiology
14.4.2. Natural History
14.4.3. Diagnosis
14.4.4. Treatment
14.4.5. Latex-Fruit Syndrome

14.5. LTP Sensitization Syndrome

14.5.1. Epidemiology
14.5.2. Natural History
14.5.3. Diagnosis
14.5.4. Treatment

14.6. Allergy to Cereals

14.6.1. Epidemiology
14.6.2. Natural History
14.6.3. Diagnosis
14.6.4. Treatment

14.7. Allergy to Food Additives and Preservatives
14.8. Induction of Tolerance to Other Foods

14.8.1. Current Evidence
14.8.2. New Forms of Immunotherapy with Food

14.9. Eosinophilic Esophagitis and its Relation to Food Allergy
14.10. Legislation on Allergen Labeling in the Food Industry

14.10.1. Recommendations to the Patient

Module 15. Asthma in the Infant and Young Child

15.1. The Debate Between Recurrent Wheezing and Asthma
15.2. Prevalence Around the World and in Spain BORRAR
15.3. Natural History

15.3.1. Tucson Phenotypes
15.3.2. Phenotypes by Triggers
15.3.3. IPA Index

15.4. Etiopathogenesis
15.5. Risk Factors

15.5.1. From the Guest
15.5.2. Perinatal
15.5.3. Environmental

15.6. Diagnosis

15.6.1. Clinical and Anamnesis
15.6.2. Complementary Tests
15.6.3. Evaluation of Severity
15.6.4. Assessment of Control

15.7. Differential Diagnosis
15.8. Medical treatment

15.8.1. Treatment Steps
15.8.2. Drugs Available for Asthma in Children under 3 Years of Age

15.9. Non-Pharmacological Treatment

15.9.1. Environmental Measurements
15.9.2. Immunizations

15.10. Inhaled Therapy in Children

15.10.1. Fundamentals of Inhaled Therapy: Particle Characteristics and Pulmonary Deposition
15.10.2. Correct use of Inhalers According to Age

Module 16. Asthma in Older Children and Adolescents

16.1. Prevalence
16.2. Pathophysiology

16.2.1. Cells Involved in Asthma
16.2.2. Inflammatory Mediators
16.2.3. Airway Obstruction Mechanisms

16.3. Phenotypes of Asthma

16.3.1. Th2 Phenotype
16.3.2. Non-Th2 Phenotype

16.4. Diagnosis

16.4.1. Pulmonary Function
16.4.2. Reversibility
16.4.3. Other Markers of Inflammation

16.5. Differential Diagnosis
16.6. Comorbidities

16.6.1. Rhinosinusitis
16.6.2. Sleep Apnea-Hypopnea Syndrome (SAHS)
16.6.3. Gastroesophageal Reflux
16.6.4. Obesity
16.6.5. Atopic Dermatitis

16.7. Medical treatment

16.7.1. Treatment Steps
16.7.2. Available Drugs

16.8. Non-Pharmacological Treatment

16.8.1. Asthma Education

16.9. Uncontrolled Severe Asthma
16.10. Approved Biological Treatments in the Pediatric Population

Module 17. Allergen-Specific Immunotherapy (AIT)

17.1. Immunotherapy
17.2. Mechanism of Action
17.3. Content of Allergenic Vaccines

17.3.1. Types of Extracts
17.3.2. Adjuvants

17.4. Indications and Contraindications of Immunotherapy
17.5. Effectiveness of Immunotherapy

17.5.1. Short-Term Efficacy
17.5.2. Long-Term Efficacy
17.5.3. Improving Efficiency through Molecular Diagnostics
17.5.4. Allergen Mixtures and Immunotherapies

17.6. Safety of Immunotherapy

17.6.1. Local Reactions
17.6.2. Systemic Reactions

17.7. Types of Immunotherapy

17.7.1. By Route of Administration
17.7.2. By Guidelines of Administration
17.7.3. By Type of Allergen

17.8. Practical Management of Immunotherapy

17.8.1. Starting Guidelines
17.8.2. Duration of Immunotherapy
17.8.3. Dose Adjustments

17.9. Monitoring and Adherence

17.9.1. Evaluation of the Response
17.9.2. How to Improve Adherence

17.10. Advances in Immunotherapy

17.10.1. New Adjuvants
17.10.2. New Routes of Administration

Module 18. Eye-Nasal Allergy

18.1. Prevalence

18.1.1. Quality of Life of the Patient with Eye-Nasal Allergy
18.1.2. Socio-Economic Cost

18.2. Etiopathogenesis
18.3. Diagnosis of Rhinoconjunctivitis

18.3.1. Clinical symptoms
18.3.2. Etiological

18.4. Differential Diagnosis
18.5. Pharmacological Treatment of Allergic Rhinoconjunctivitis
18.6. Health Education for Allergen Avoidance
18.7. Pollen Allergy

18.7.1. Epidemiology
18.7.2. The Pollen Molecule
18.7.3. Pollen Classification
18.7.4. Geographical Distribution of Pollens
18.7.5. Main Allergens
18.7.6. Molecule Diagnostics in Pollen Allergy

18.8. Allergy to Animal Epithelia

18.8.1. Epidemiology
18.8.2. Main Allergens
18.8.3. Molecular Diagnosis in Allergy to Animal Epithelia

18.9. Dust Mite Allergy

18.9.1. Epidemiology
18.9.2. Mites
18.9.3. Distribution of Mites according to Climate
18.9.4. Main Allergens
18.9.5. Molecular diagnosis

18.10. Allergy to Damp Fungi

18.10.1. Epidemiology
18.10.2. Moisture Molds
18.10.3. Distribution of Fungi according to Climate
18.10.4. Main Allergens
18.10.5. Molecular diagnosis

Module 19. Atopic Dermatitis

19.1. Etiopathogenesis

19.1.1. Predisposing Factors
19.1.2. Skin Barrier Dysfunction
19.1.3. Immunological Alterations

19.2. Diagnosis

19.2.1. Clinical diagnosis
19.2.2. Severity Assessment
19.2.3. Differential Diagnosis

19.3. Complications of Atopic Dermatitis

19.3.1. Infectious
19.3.2. Non-infectious

19.4. General Guidelines for Atopic Skin Care

19.4.1. Hygiene
19.4.2. Feeding
19.4.3. Dresses and Clothing
19.4.4. Environmental Guidelines

19.5. Treatment Objectives

19.5.1. Treatment of the Inflammation
19.5.2. Itching Control
19.5.3. Restoration of the Skin Barrier

19.6. Topical Drugs

19.6.1. Emolients
19.6.2. Topical corticosteroids
19.6.3. Use of Topical Immunomodulators

19.7. Systemic Treatment

19.7.1. Antihistamines
19.7.2. Systemic Corticoids
19.7.3. Systemic Immunomodulators
19.7.4. Biological Drugs

19.8. Treatment of Infectious Complications

19.8.1. Infections of Viral Etiology
19.8.2. Infections of Bacterial Etiology

19.9. When and How to Assess Food Allergy as a Cause of Atopic Dermatitis
19.10. Contact Dermatitis

Module 20. Future Allergology. Research. Food Immunotherapy and Drug Desensitization

20.1. Research and Allergy
20.2. Big Data in Allergic Diseases
20.3. Immunotherapy of Allergic Diseases. Introduction
20.4. Immunotherapy of Allergic Rhinitis and Asthma
20.5. Food Allergy Immunotherapy
20.6. Desensitization for the Treatment of Drug Allergy
20.7. Peptide immunotherapy
20.8. Immunotherapy and the Use of Biological Drugs

Module 21. The Author's Professional Experience in the Diagnosis and Treatment of Allergic Diseases

21.1. Classification of Occupational Respiratory Diseases
21.2. Occupational Asthma. Diagnosis
21.3. Diagnostic Tests in Occupational Asthma: Skin Tests, Routine Respiratory Tests
21.4. Provocation Chambers in Occupational Asthma Diagnostics
21.5. Use of Induced Sputum in the Diagnosis of Occupational Asthma
21.6. High Molecular Weight Agents
21.7. Low Molecular Weight Agents
21.8. Occupational Eosinophilic Bronchitis and Pneumonitis Allergic Pneumonitis
21.9. Professional dermatoses: Classification and Description
21.10. Diagnosis of Occupational Dermatoses

Module 22. Miscellaneous

22.1. Anaphylaxis
22.2. Telemedicine and Social Media in the Field of Allergology
22.3. Pharmaceuticals in Development in the Field of Allergology
22.4. Associations in the field of Allergology

Delve into all the most relevant details of each topic through multiple complementary readings, compiled by the teachers themselves"