Lviv as the capital of the Kingdom of Galicia and Lodomeria (which after the First Partition of Poland fell under Habsburg government in 1772) and its academic life were deeply connected with academic, legal, and political dynamics within the Habsburg Monarchy. For example, this can be shown by the introduction of a dissection course. It was first implemented in Vienna in 1786/87, and somewhat later in more peripheral academic institutions like Lviv, in 1810, after it had proofed itself in the capital. This showcases that Vienna held a special position among all („Austrian“) Habsburg universities as a testing ground for innovations, which later on could be implemented throughout the entire Habsburg Monarchy. The same mechanism has already been researched concerning other “smaller” Habsburg universities, for example in modern day Croatia

Henryk Kadyi, professor of anatomy in the Lviv university, was regarded as one of most eminent researchers in preparatory techniques. He studied medicine in Krakow and Vienna, then working in the Department of Anatomy in Jagiellonian University in Krakow under Professor Ludwik Karol Teichmann. 
Teichmann is recognized as master of preparatory techniques, which enabled him to achieve several important discoveries, especially in the field of lymphatic system anatomical structure. Kadyi was co-working with Teichmann for several years having opportunity to learn and practice the art of preparation. Still in Krakow he began his own scientific project aiming to make full description of the vascular system of the spinal cord. In agreement with Teichmann, exploring several materials and techniques, Kadyi was in close scientific collaboration with Professor Albert Adamkiewicz, whose name is to this day associated with so-called Adamkiewicz artery (arteria radicularis magna).

Cardiovascular diseases are a leading global cause of death. Coronary heart disease stands as the most prevalent, posing a significant global health challenge. The proper functioning of organs hinges on well-defined anatomical structures, making it imperative to comprehend the fundamental histological characteristics of the heart. In this manuscript, we explore microscopic features of acute myocardial infarction, post-myocardial infarction (post-MI), left ventricular hypertrophy, and fatty heart. The research, conducted ethically, utilized microscopic images captured at Uzhhorod National University, Ukraine. Specimen analyses revealed distinct histological changes associated with conditions such as intracellular lipid accumulation, myocardial hypertrophy, and acute myocardial infarction. This exploration serves as a valuable resource for students, researchers, and healthcare professionals seeking a deeper understanding of cardiac microanatomy, offering insights crucial for accurate diagnosis and management in cardiovascular healthcare.

Ендоваскулярні методи імплантації клапана аорти при аортальному стенозі вимагають передопераційного планування з оцінкою морфології пазух аорти, яка різняться за статтю. 

За результатами порівняння даних морфометричного аналізу висоти пазух Вальсальви з тяжким аортальним стенозом на основі гендерних відмінностей встановлено, що висота усіх пазух Вальсальви у чоловіків суттєво перевищує відповідні показники у жінок.