Fundamental principles of therapy
Successful allergy treatment and prevention are absolutely impossible without systemic clinical thinking. In classical pathological physiology, it is customary to distinguish four fundamental principles upon which any competent management plan for a patient with allergic reactions is based. Remember them: etiotropic, pathogenetic, sanogenetic, and symptomatic approaches.
Each of these principles serves a strictly defined purpose within the framework of a comprehensive approach to patient health. Only their competent, scientifically grounded combination ensures the maximum effectiveness of therapy for any immunopathological conditions, making it possible not just to mask the problem, but to address it from all possible angles.
Drug support and physiotherapy
Special attention in our clinical practice is traditionally paid to pharmacological support and hardware procedures. For instance, if during diagnostics we encounter delayed-type allergic reactions, corticosteroids and various immunomodulators become the basis of serious drug intervention. These powerful medication groups allow the attending physician to effectively intervene in the subtle mechanisms of pathological development.
In addition, certain types of physiotherapeutic interventions are very often included in the comprehensive treatment regimen. They harmoniously complement the primary action of drugs, consolidate the achieved result, and significantly accelerate the overall recovery process of damaged tissues.
Sanogenetic effects: awakening reserves
The most important, yet unfortunately often underestimated stage of comprehensive treatment is the sanogenetic effect. Its main and only goal consists of the powerful, targeted activation of the patient's own body reserves. We are talking about triggering a whole cascade of protective, compensatory, substitutional, and adaptive processes. Moreover, this activation must occur both at the micro-level of individual damaged tissues and on the macro-scale of the entire organism.
To achieve this ambitious therapeutic goal, a fairly wide arsenal of available tools is used:
- Vitamins, which act as crucial catalysts and reliably support normal metabolic processes.
- Natural adaptogens (classic examples from our daily practice are extracts of ginseng and eleutherococcus).
- Non-pharmacological measures, including competent and gradual hardening, strictly dosed physical activity, and even controlled therapeutic fasting under the supervision of a specialist.
Symptomatic therapy: quality of life
Any allergy is very often accompanied by extremely unpleasant subjective sensations that catastrophically reduce the patient's quality of life, preventing them from working and resting normally. Symptomatic agents are aimed precisely at preventing or completely, leaving no trace, eliminating such distressing manifestations. These include debilitating headaches, sudden dizziness, uncontrollable feelings of anxiety, severe internal tension, and general psychological depression.
As reliable symptomatic support, attending physicians actively prescribe:
- Pain relievers for rapid relief of pain syndrome.
- Tranquilizers for effective relief of anxiety and nervous tension.
- Psychoanaleptics for actively combating emotional depression.
- Additional physical therapy methods specifically aimed at relaxation and well-being.
Autoimmune aggression diseases (AAD)
Speaking of allergies and immunopathological conditions in general, we are simply obligated to mention autoimmune aggression diseases (AAD) in detail. This is a completely specific, severe form of disorders in the normal vital activity of the organism.
The development of AAD is based on the emergence of pathogenic immunogenic reactions. The tragedy of this pathological condition lies in the fact that these aggressive reactions are mistakenly directed against the antigens (Ag) of the patient's own healthy cells and non-cellular structures. Understanding the deep mechanisms of the development of autoimmune aggression diseases is critically important for every medical student in order to correctly and safely apply all the comprehensive therapy principles described above in the future.
Briefly: answers to topical questions
What is the specific essence of etiotropic allergy therapy?
Etiotropic allergy therapy consists of identifying the allergen and completely stopping contact with it. This is the most effective approach to treating allergic reactions.
Which drug groups are used to provide pathogenetic treatment for allergic reactions?
Pathogenetic treatment of allergic reactions aims to interrupt pathogenic processes: medications do not eliminate the cause itself, but block the body's reaction to it. The sources indicate the following agents acting on the links of the allergic reaction:
- antihistamines / H1-histamine receptor blockers — eliminate the effects of histamine and prevent the triggering of the calcium cascade;
- mast cell membrane stabilizers (cromoglicic acid, nedocromil sodium) — block degranulation and the release of mediators;
- leukotriene pathway blockers (montelukast, zafirlukast, zileuton) — inhibit the effects or synthesis of leukotrienes;
- bronchodilators — used to relieve bronchospasm;
- corticosteroids / glucocorticoids — corticosteroids are used for delayed-type allergies; topical intranasal glucocorticoids are indicated for severe exacerbation of seasonal allergic rhinitis;
- omalizumab — binds free IgE and interrupts the bond between IgE and the mast cell receptor.
Which drugs are used for the pharmacotherapy of immediate-type allergic reactions?
For the pharmacotherapy of immediate-type allergic reactions, sources indicate:
- for anaphylactic shock — adrenaline, the drug of choice; it relieves the drop in blood pressure and bronchospasm;
- for immediate-type allergies — antihistamine and membrane-stabilizing drugs;
- for relieving symptoms of immediate-type hypersensitivity — H1-histamine receptor blockers.
What is the method of specific hyposensitization (AIT)?
The allergen-specific immunotherapy (AIT) method consists of administering gradually increasing doses of the causally significant allergen to a patient with IgE-mediated allergy. This leads to the formation of the "allergen + antibody" complex, a decrease in the level of corresponding allergic antibodies, and the development of hyposensitization. As a result, sensitivity to the trigger decreases, and the frequency of disease exacerbations upon natural contact with the allergen is reduced.
Remember the four principles of therapy by the acronym EPSS: Etiotropic, Pathogenetic, Sanogenetic, Symptomatic. This is the unbreakable foundation of treatment.
Class and exam questions
Which drugs are foundational in the treatment of delayed-type allergies?
In delayed-type allergic reactions, corticosteroids and immunomodulators are used first and foremost. They allow effective control over the development of the immunopathological process.
What is the main goal of sanogenetic intervention?
The main goal is the activation of the body's own protective, compensatory, substitutional, and adaptive processes in tissues and the organism as a whole. Vitamins, adaptogens, and non-pharmacological methods are used for this.
What are autoimmune aggression diseases (AID) in simple terms?
This is a form of immunopathological conditions in which the immune system begins to attack its own body. Pathogenic reactions are directed against the antigens of its own cells and non-cellular structures.
Why are tranquilizers and psychoanaleptics prescribed for allergies?
These drugs belong to symptomatic agents. They are necessary to eliminate the distressing sensations accompanying allergies: anxiety, tension, depression, and headache.
What else to study on this topic
- Detailed analysis of etiotropic and pathogenetic principles of therapy.
- Mechanisms of action of corticosteroids in delayed-type hypersensitivity.
- Influence of therapeutic fasting and hardening on adaptive processes.
- Pathogenesis of autoimmune aggression diseases at the cellular level.
- The role of autologous cell antigens (Ag) in the development of immunopathological conditions.
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