Respiratory System Disorders and Therapy From a New - Louis Bolk ...
Respiratory System Disorders and Therapy From a New - Louis Bolk ...
Respiratory System Disorders and Therapy From a New - Louis Bolk ...
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In asthma,<br />
• There is an intensification of normal functions of the airways, such as muscle tension <strong>and</strong><br />
inhalation: there is a functional hypertrophy on a local level<br />
• A normal function, such as awareness, shifts with asthma from the nerve-sensory system to<br />
the respiratory tract: there is a functional dislocation<br />
• Processes withdraw from the normal organization <strong>and</strong> phasing in time; they appear<br />
too early or too late, they slow down or speed up, as is the case in the persistence<br />
of the inflammation phase in asthma: the process withdraws from its normal time<br />
line.<br />
5.2. The Disrupted Homeostasis in Pneumonia<br />
In pneumonia, homeostasis is temporarily disturbed (fig. 3.5.).<br />
Pathophysiological Processes in Pneumonia<br />
Metabolizing foreign substances, regulating body temperature, <strong>and</strong> excreting waste<br />
products are normal physiological processes that become pathological symptoms in<br />
pneumonia <strong>and</strong> its related diseases described in Chapter 4.<br />
The fever that occurs in pneumonia is connected to a generalized intensification of<br />
metabolic processes. An explosively extended <strong>and</strong> intensified cleansing process is active<br />
to clear the airways of the increased number of bacteria <strong>and</strong> the exudate. The anabolism<br />
<strong>and</strong> catabolism of foreign substances, processes that belong primarily in the digestive<br />
tract, are shifted to the respiratory tract. The course of the infectious process prolongs the<br />
inflammatory phase of the healing process.<br />
In pneumonia,<br />
• Normal processes which are part of temperature regulation <strong>and</strong> immune response<br />
increase in intensity: there is local functional hypertrophy<br />
• Metabolic processes shift from the intestines to the respiratory tract: there is a functional<br />
dislocation