ABSTRACT

First published in 1995: Clinically Applied Microcirculation Research combines state-of-the-art microcirculation technology with present and potential applications in clinical medicine. This comprehensive guide unites the expertise of clinicians and basic researchers from around the world. Many of the chapters are authored by scientist/physician teams. The book provides a broad overview of how microcirculation is involved in clinical research. This is also a valuable reference source for both the history of and latest developments in microcirculation research.

section Section I|1 pages

Introduction

section Section II|1 pages

Clinical Syndromes and the Microcirculation

chapter Chapter 2|12 pages

Atherosclerosis and the Microcirculation

chapter Chapter 3|14 pages

Diabetes and the Microcirculation

section Section III|1 pages

Development of Microcirculation Research

section Section IV|1 pages

Specific Application of Microcirculation Research

chapter Chapter 12|18 pages

Bone Microcirculation

chapter Chapter 13|10 pages

Brain Microcirculation

chapter Chapter 14|10 pages

Eye Microcirculation

chapter Chapter 15|12 pages

Stomach Microcirculation

chapter Chapter 16|14 pages

Heart Microcirculation

chapter Chapter 17|12 pages

Intestine Microcirculation

chapter Chapter 18|10 pages

Kidney Microcirculation

chapter Chapter 19|14 pages

Liver Microcirculation

chapter Chapter 20|14 pages

Lung Microcirculation

chapter Chapter 21|8 pages

Peripheral Nerve Microcirculation

chapter Chapter 22|12 pages

Pancreas Microcirculation

chapter Chapter 24|24 pages

Skin Microcirculation

chapter Chapter 25|18 pages

Spleen Microcirculation

chapter Chapter 26|10 pages

Thyroid Microcirculation

chapter Chapter 27|6 pages

Urinary Bladder Microcirculation

section Section V|1 pages

Functional Components of the Microcirculation

chapter Chapter 28|16 pages

Angiogenesis

chapter Chapter 30|12 pages

Endothelial Cells

chapter Chapter 31|16 pages

Interstitium and Lymphatics

chapter Chapter 33|10 pages

Microvascular Architecture and Networks