Анализ статической периметрии - базовый курс.

Learn to Analyze Static Perimetry: A Comprehensive Masterclass

This webinar-masterclass delves into the fundamental principles of static perimetry analysis, equipping you with essential skills for clinical practice. Understand key perimetry indices like MD (Mean Deviation) and PSD (Paired Saccade Defect), and their clinical significance.

We explore the selection of static perimetry software commonly used in clinical settings. Master the algorithm for analyzing static perimetry trends, including cluster analysis and identifying disease progression (trend analysis). Gain clarity on important concepts such as visual scotoma and the Bézier curve.

Learn to interpret perimetry reports, focusing on scotoma and overall retinal sensitivity reduction. Identify common scotoma types associated with glaucoma and neurological changes, understanding their formation and anatomical correlation to functional deficits. The course details glaucoma classification based on MD index values.

Develop foundational skills and a deep understanding of perimetry printouts and the clinical relevance of key digital values. We address the comparability of Humphrey and Octopus perimetry results.

Crucially, we cover common errors and inaccuracies in perimetry, including false positive and false negative responses, and their implications. Learn about perimetry errors in patients using pilocarpine, those exhibiting inattentiveness, or "happy trigger" responses.

The course provides basic explanations of various perimetry programs and research strategies. Analyze the speed of glaucoma progression (slow, rapid, and very rapid, particularly in unstable disease). We offer a parameter comparison between Humphrey and Octopus devices.

Guidance is provided on software selection for neurological changes and advanced glaucoma. This course offers a solid foundation for high-quality perimetry analysis in daily clinical practice. This training is utilized by ophthalmology consultants at the "Новое зрение" and "Эксимер" clinic network.