
Atherosclerosis Is The Most Significant Cause Of Cardiovascular Disease Worldwide. Vascular Biology Is The Key To Understanding How Atherosclerosis Arises And Operates. The Esc Textbook Of Vascular Biology Is A Rich And Clearly Laid-out Guide By Leading European Scientists Providing Comprehensive Information On Vascular Physiology, Disease, And Reasearch. The Textbook Covers Molecular Findings And Novel Targets Within The Speciality While Also Providing The Basics Of Vascular Biology And Disease Pathophysiology. It Also Covers The Major Changes In The Diagnosis, Prevention And Treatment Of Atherosclerosis That Have Occurred In Recent Years, Developments And Recent Breakthroughs In The Field Are Specifically Highlighted. The Official Publication Of The Esc Working Group On Arthrosclerosis And Vascular Biology, This Print Edition Comes With Access To The Online Version On Oxford Medicine Online, For As Long As The Edition Is Published By Oxford University Press. By Activating Your Unique Access Code, You Can Read And Annotate The Full Text Online, Follow Links From The References To Primary Research Materials, And View, Enlarge And Download All The Figures And Tables. The Textbook Particularly Appeals To Vascular Biologists, Cardiologists, And Other Practising Clinicians.
How does vascular biology function as the fundamental mechanism for the development and progression of atherosclerosis in cardiovascular disease? Edited by Magnus Bäck and Robert Krams, this text compiles contributions from leading European scientists to synthesize current knowledge on vascular physiology and pathology. The work provides a structured framework for understanding molecular mechanisms, diagnostic shifts, and therapeutic interventions relevant to modern cardiovascular medicine.
What You Will Find
Scope Limits
Experts recognize this volume as a primary resource for clinicians and researchers specializing in vascular health. Readers frequently note the technical density of the prose, which serves as a standard reference for those engaged in advanced cardiovascular study.
Page Count:
280
Publication Date:
2017-01-01
Publisher:
Oxford University Press
ISBN-10:
019107408X
ISBN-13:
9780191074080
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