The Pathogenesis of Hypertensive Encephalopathy

1. Front Matter

   Pages I-X

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2. Introduction

   • Ludwig Michael Auer

   Pages 1-4

3. Methods

   • Ludwig Michael Auer

   Pages 5-20

4. Results

   • Ludwig Michael Auer

   Pages 21-85

5. The Clinical Significance of the Experimental Results

   • Ludwig Michael Auer

   Pages 86-93

6. Epilogue

   • Ludwig Michael Auer

   Pages 94-94

7. Acknowledgements

   • Ludwig Michael Auer

   Pages 95-95

8. Back Matter

   Pages 96-111

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This monograph aims to provide a survey of recent research on the pathogenesis of hypertensive encephalopathy. Or, in other words, to relate experimental results directly to a clinical problem. I am convinced that a very important task of experimental medical research is to find applications to the relevant clinical problem as soon as possible, and to avoid distraction by an increasingly over­ whelming accumulation of new information from all fields of scientific work. This is undoubtedly easier for a clinician than for a scientist who is only concerned with fundamental research; success­ ful research for clinical medicine thus requires that clinicians and scientific specialists in the theoretical medical branches cooperate with each other. To fulfill this aim the clinician must be able to think in pathophysiological terms to a considerable extent, which will scarcely be possible if he is involved in routine clinical medicine alone. Experimental work thus presents a real challenge to the physician who wishes to solve a medical problem and also possesses scientific curiosity. Besides an answer to his question, he has the opportunity to obtain a real feeling for what he has learned to call "physiologi­ cal". I hope with my own experimental work to provide a convincing example of how such work may serve as an impressive reminder to the clinician of the possibly grave consequences of underestimating a development in the course of a serious illness, for instance a hyper­ tensive episode following head injury.

• angiography
• blood
• blood pressure
• brain
• development
• drugs
• electron microscopy
• fluorescence
• hypertension
• intracranial pressure
• neurons
• pathogenesis
• patients
• production
• transport

• Neurosurgical Department, University of Graz, Graz, Austria

  Ludwig Michael Auer

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