Edema | Pathological Physiology Part 2
In the second part, we'll discuss intracellular edema and examine in detail its causes and mechanisms. Almost every physician encounters this condition. But behind the simplicity and commonplace nature of this term lie complex and important pathogenetic mechanisms, knowledge of which will not only facilitate understanding of the body's functions but also take your clinical skills to a new level.
00:00 Introduction
01:00 Recalling osmosis and tonicity in solutions using the example of a cell
02:30 Sodium-potassium ATPase (sodium-potassium pump) Beginning an analysis of the mechanisms of intracellular edema
03:02 Consequences and causes of sodium-potassium ATPase dysfunction
06:30 Hypoxia and ischemia - their role in the disruption of the Na-K pump
10:47 Direct damage to the cell membrane
13:56 Hyponatremia
Pathological physiology is undoubtedly a fundamental subject, an understanding of which will help you become a truly accomplished specialist. We will cover the physiological and pathophysiological components in each topic, thereby refining our clinical thinking.
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This is Stanislav Mezinov #doctormezinov, a radiologist and speaker for courses on medicine and radiation diagnostics. I've been working as a radiologist since 2015, promoting radiation diagnostics and radiology.
#mezicinaschool is a channel that explains even the most complex medical issues and topics in a simple and engaging way.
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