Ciliated columnar epitheliumMany goblet cellsMechano- and chemoreceptorsGas conduction2–4Major bronchiRight main bronchus 25° angle of deviation from tracheaLeft main bronchus 45° angle of deviation from trachea5–11Small bronchiLarge increase in total cross-sectional…
Figure 43.5 Scattergram of numerical data Figure 43.6 Pie chart of categorical data Figure 43.7 Bar chart of categorical data Figure 43.8 Histogram – frequency distribution of continuous numerical data…
Figure 14.1 Cardiac muscle structure A further difference from skeletal muscle lies in the electrical conductive characteristics of the cardiac muscle fibres, which offer a low resistance to the propagation…
Figure 46.1 Vacuum-insulated evaporator Nitrous oxide supply Nitrous oxide is supplied from a central bank of gas cylinders, which contain a mixture of liquid and gas (critical temperature of nitrous…
Figure 45.1 The measurement system as a ‘black box’ The measurement system in turn consists of component ‘black boxes’ representing: A transducer – a detecting element which converts the quantity…
Figure 16.1 (a) Anatomy and (b) vasculature of the kidney Blood supply of the kidneys The kidneys receive 20% of cardiac output via the renal arteries. The renal artery to…
which is graphically demonstrated in Figures 26.4, 26.5 and 26.6. In this chapter the steps in the derivation of this and other equations are shown in boxes. In this chapter…
Figure 15.1 Adult circulation system Structure and function Blood vessel walls are basically structured in three layers. The adventitia is the outer layer and is made up of connective tissue…
Figure 18.2 A typical neurone Figure 18.3 Classification of mammalian neurones Fibre type Function Fibre diameter (mm) Conduction speed (ms–1) Aα Proprioception, somatic motor 12–20 70–120 Aβ Touch, pressure 2–12…
Figure 27.1 Overview of pharmacokinetic processes Drug administration Drugs are administered by many different routes. The aim of drug administration is to achieve therapeutic levels of the drug at its…
