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Medical Lives and Scientific Medicine at Michigan, 1891-1969
Portrays the development of modern medicine through the lives and work of six pioneers
Not Just Any Medical School
Presents a fascinating view of medical education at the University of Michigan supplemented with rare photographs
Medicine at Michigan
An insightful look at the University of Michigan's groundbreaking Medical School
Hypertension: A Companion to Braunwald's Heart Disease E-Book
Effectively manage the chronic problems of your hypertensive patients with the practical clinical tools inside Hypertension, 2nd Edition: A Companion to Braunwald’s Heart Disease. This respected cardiology reference covers everything you need to know - from epidemiology and pathophysiology through diagnosis, risk stratification, treatment, outcome studies, concomitant diseases, special populations and special situations, and future treatments. Confidently meet the needs of special populations with chronic hypertensive disease, as well as hypertension and concomitant disease. Learn new methods of aggressive patient management and disease prevention to help ensure minimal risk of further cardiovascular problems. Benefit from the authors’ Clinical Pearls to reduce complications of hypertension. Use new combination drug therapies and other forms of treatment to their greatest advantage in the management of chronic complications of hypertension. Successfully employ behavior management as a vital part of the treatment plan for hypertensives and pre-hypertensives.
Michiganensian
None
Regents' Proceedings
None
Holographic Models
Holographic correspondences provide models of strongly correlated systems whose thermodynamic and transport properties are computationally tractable. In this thesis we first provide a class of seemingly innocuous bottom-up holographic models which are argued to be inconsistent, violating microcausality. With such cautionary cases in mind, we go on to construct a variety of consistent top-down holographic models. In particular, we engineer holographic lattices, dimers, and dimer-glasses, using ingredients in type IIB string theory. Finally, we set up disordered holographic systems and develop technology which enables us to study renormalization group flows and thermodynamic properties in these strongly correlated systems with randomness.
