The first edition set out to be a "modern classic," integrating knowledge from cardiology, biophysics, and pharmacology to create a unified understanding of heart rhythms.
The "story" of is one of rapid scientific evolution and the bridging of two very different worlds: the laboratory "bench" and the clinical "bedside".
Today, the book remains a "milestone" in medical literature, continuing to document how we move from understanding a single ion channel in a cell to saving a life at the bedside.
Dr. Douglas Zipes’ personal journey also influenced the field’s narrative. For instance, he once shared a story from his medical school days about a professor who dissected a for the class—an image he later used in a novel to illustrate the awe of cardiac anatomy.
While Zipes and Jalife were the original "architects," the latest editions have seen William G. Stevenson join as a lead editor to bring fresh clinical perspectives to the aging field. Real-Life Inspiration
The first edition set out to be a "modern classic," integrating knowledge from cardiology, biophysics, and pharmacology to create a unified understanding of heart rhythms.
The "story" of is one of rapid scientific evolution and the bridging of two very different worlds: the laboratory "bench" and the clinical "bedside".
Today, the book remains a "milestone" in medical literature, continuing to document how we move from understanding a single ion channel in a cell to saving a life at the bedside.
Dr. Douglas Zipes’ personal journey also influenced the field’s narrative. For instance, he once shared a story from his medical school days about a professor who dissected a for the class—an image he later used in a novel to illustrate the awe of cardiac anatomy.
While Zipes and Jalife were the original "architects," the latest editions have seen William G. Stevenson join as a lead editor to bring fresh clinical perspectives to the aging field. Real-Life Inspiration
