What other criteria (parameters) could have been used to group the patients for special studies of the unfavorable course of inflammation?

Case 5

Analysis of ascitic fluid revealed light yellow colored fluid with protein content 1.5%, small amount of epithelial cells and leukocytes, pH of 7.4.
1. What is the origin and the name of the resulting liquid?
2. Are there any signs of inflammation?

Case 6

The same dose of toxin was injected to two rabbits with local inflammation of a leg caused by burn. One rabbit received toxin into the focus of ​​inflammation, another – into a place without inflammation. One of the rabbits died from toxin poisoning.
1. Specify which rabbit died and why? Substantiate your opinion

Hand-outs: cases, lecture

7.7.10. THE LIST OF LITERATURE:

The basic

10. Litvitsky P.F., Pirozhkov S.V., Tezikov E.B. Concise lectures and tests on pathophysiology E-tekstbook. – ГЭОТАР-Медиа, 2007

11. Pathologic basis of disease. Acute and chronic inflammation.V. Kumar, A.K. Abbas, S.N. Fausto, 8th edition, 2010.- P. 47-87

12. Basic Pathology. Acute and chronic inflammation. Vinay Kumar, Ramsi S. Cotran, Stanley L. Robbins. 9^th edition, 2013.

Additional

13. Textbook of pathology. Harsh Mohan. 4rd edition, Delhi, 2004.-P. 133-156.

6.1.11. THE THEME:

«GENERAL RESPONSE TO INJURY. FEVER»

6.2.11. The purposes of the class:

· Formation of knowledge of the main issues of the theme

· Formation of skills of pathophysiologic schemes construction

· Formation of communicative skills for discussion of the problem

6.3.11. Tasks of study:
• To learn the main issues of the theme
• To develop the skills to use the glossary in three languages for discussion of the theoretical material
• To Learn how to make pathogenetic schemes
• To apply the theoretical knowledge in solving of clinical cases

• To form communicative skills for discussion of the theoretical material
6.4.11. Questions for the theme

1. The systemic reactions to damage, concept, examples.

2. Acute phase reactions, causes, mediators and their effects. Acute phase proteins, their function. The significance of acute phase reactions for an organism. Concept about syndrome of systemic inflammatory response.

3. Definition of fever. Differences between fever and hyperthermia.

Types of pyrogens.

Pathogenesis of fever. Features of thermoregulation at different stages of fever.

The biological significance of fever.

Symptoms accompanying fever, and their mechanisms.

Types of fever: based on the extent of temperature rise; based on the circadian temperature fluctuations.