Hyperhidrosis Under Control: Clinical Solutions and BoNT-A Therapy Strategy
Hyperhidrosis Under Control: Clinical Solutions and BoNT-A Therapy Strategy
Course overview
Hyperhidrosis is not only a localized aesthetic problem but also a clinical condition that responds variably to treatment.
The course is based on a shift from standard protocols to clinical reasoning, where each patient requires an individualized strategy founded on the causes, mechanisms, and prognosis of response to BoNT-A.
The training is built around the analysis of real clinical situations, including complex and resistant forms of hyperhidrosis. This format allows clinicians to move beyond protocols and develop the ability to make decisions under clinical uncertainty.
During the training you will learn:
Clinical diagnostic criteria and contemporary approaches to classifying hyperhidrosis
A system for selecting botulinum therapy tactics depending on the clinical scenario
Main reasons for reduced treatment efficacy and algorithms for addressing them
Approaches to managing complex, recurrent, and resistant forms of hyperhidrosis
Principles of dynamic monitoring and predicting treatment outcomes
Analysis of real clinical cases with emphasis on errors and clinical decisions.
Course lessons
Lesson 1. BoNT-A Therapy in the Treatment of Hyperhidrosis
Pathophysiology of hyperhidrosis and mechanisms of action of botulinum toxin
Indications for performing botulinum therapy for increased sweating
Correction areas: axillary regions, palms, soles
Expected clinical outcomes and duration of effect.
Lesson 2. Injection Protocols for Hyperhidrosis: Marking, Dosage and Injection Technique
Principles of anatomical marking of hyperhidrosis zones
Point injection technique and even distribution of the product
Dosage protocols depending on the area and severity of symptoms
Ensuring safety and minimizing adverse effects.
Lesson 3. Resolving Hyperhidrosis: Clinical Case Review
Clinical cases of hyperhidrosis treatment using BoNT-A
Author's approach to therapy planning
Algorithms for correcting complex and resistant cases
Practical strategies to increase effectiveness and predictability of outcomes.