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Shows blood being donated and transfused, and blood typing being performed in the laboratory. Graphics show how agglutination occurs and the relationships between the different blood groups. Explains the...
1: The pressure of a column of blood, Bernouilli’s principle, Poiseuille’s Law, Reynold’s number, Laplace’s law, arteries, vascoconstriction and vasodilation, triple response. 2: Veins - the venous...
The human pharmacology of sympathetic stimulation on the heart is illustrated by observations on human volunteers when given isoprenaline to produce a tachycardia, and also when tachycardia is produced by...
Looks at how the heart responds to the demands from the tissues in various physiological situations. During exercise changes in blood flow can be achieved not only by an increase in heart rate, but by a...
Explores the reasons for individual differences in performance during exercise and sport, focussing on gender differences and differences between trained and untrained individuals. Deals with the following...
An interactive program simulating a range of experiments to demonstrate the effects of a variety of pharmacological agents/procedures on blood pressure and heart rate of the anaesthetised rat ‘in vivo’....
The series aims to help nurses perform more rapid and accurate assessments of the serious signs and symptoms regularly encountered in patients. Each video highlights three important areas for each symptom:...
Five programmes from the series NOBEL’S GREATEST HITS on topics relating to medicine and one on Nobel himself. Each 10-minute programme gives a clear explanation of a major advance in medicine.
1 (1981): Demonstrates the location and characteristics of the major pulses viz the apex beat, the jugular venous pulse, the carotid artery pulse and the femoral pulse. Also shows hwo to take blood pressure...
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