Anatomie 2

Jens Niehaus

Jozef Mihalik - Silvia Rybárová

Vysokoškolské učebné texty sú určené pre študentov 1. ročníka odboru Všeobecné lekárstvo, pričom pozostávajú zo všeobecnej a špeciálnej časti. Vo všeobecnej časti sa študenti oboznámia so základnými pitevnými nástrojmi a pracovným postupom používanými pri pitve ľudského tela. V špeciálnej časti je horná končatina opísaná podľa jednotlivých krajín. V tejto časti učebných textov sú podrobne opísané hranice jednotlivých oblastí, kožné rezy, ako aj podkožné a hĺbkové štruktúry ktoré sa tu nachádzajú.

Květuše Lovásová - Darina Kluchová

The surgical practice starts with detailed knowledge of anatomy. Even if anatomy of human body has not changed over the time, perfection and precision of surgical practice require precise knowledge of anatomical structures, their location, and topographical relationships. Everyone should be aware of the occurrence of possible variations as well. 

A prospective medical doctor should not rely on knowledge gained by studying models, schemes, and pictures, but should combine two types of learning: visual and didactic. Wide array of the visual learning development, considering vision alone, and a detailed and realistic approach to difficult access to structures of the human body are important precursors that create sufficient and quality knowledge needed for clinical practice and appropriate professional development. 

This publication maps all of the clinically significant and difficult approached areas of the head that are not normally prepared for practical exercises in anatomy because of the time and difficulties with the preparation. The colorful, detailed photodocumentation enriched by schemes and followed by procedure guide provides a view of structures until now only poorly documented. We sincerely hope that this monograph will fill the gap in medical literature offered in the market at present time.

E-book

Terézia Kisková - Stanislav Matéffy - Františka Horváthová

The laboratory rat (Rattus norvegicus) is one of the most commonly used experimental animals. It serves as a model organism for analyzing numerous biological processes and pathological mechanisms, such as cardiovascular diseases, metabolic disorders (e.g., lipid metabolism, diabetes mellitus), neurological and neuropsychiatric conditions (e.g., stroke, epilepsy, or Alzheimer's disease), neurobehavioral research, autoimmune diseases (e.g., arthritis), cancer, and renal diseases. It offers many unique advantages for modeling human diseases, testing drugs and natural substances, and studying responses to environmental factors. The size of the laboratory rat, compared to the mouse, creates ideal conditions for physiological manipulations. Additionally, rats are used in clinical toxicology to test chemical substances (Hedrich, 2000).

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