Thieme Test Prep for the USMLE (R): Medical Histology and Embryology is the choice of medical students... ...The major test-prep resources do not focus on these subjects in detail. A question bank...would be beneficial to those who struggle with these as an additional resource for studying ... - Ethan Young (Fourth-year medical student, University of South Dakota, Sanford School of Medicine) I especially like the clinical focus of the questions, which are "two layers" deep instead of straight recall. - Deborah Chen (Third-year medical student, Rutgers Robert Wood Johnson Medical School) Well thought out and also extremely well written. ... an effective tool for students both in learning the material initially and also in reviewing it for the USMLE. - Roger A. Dashner, MS, PhD (Clinical Anatomist and CEO, Advanced Anatomical Services) Thieme Test Prep for the USMLE (R): Medical Histology and Embryology fills a void in available board prep materials in its combination of histology and embryology. Consistently organized sections cover everything from microstructures of basic tissue and body systems to the development of all major body systems. Key Highlights Nearly 600 USMLE (R)-style multiple choice questions and detailed explanations, classified by organ system and difficulty level Questions begin with a clinical vignette and approximately 20% are image-based, mirroring the USMLE-format The only resource containing correct proportions of light and electron micrographs for histology, consistent with USMLE (R) testing standards This essential resource will help you assess your knowledge and fully prepare for board examinations.

Ensure readiness for the USMLE (R) or any other high-stakes exam covering neuroscience! Thieme Test Prep for the USMLE (R): Medical Neuroscience by Manas Das and Lee Baugh fills a void in available board prep materials with its focus on neuroscience. Readers will learn to recall, analyze, integrate, and apply biochemical and molecular biological knowledge to solve clinical problems. Key Highlights Approximately 520 USMLE (R)-style multiple choice questions on neuroscience, classified as easy, moderate, and difficult, with detailed explanations Questions cover clinical neurology as well as basics of neuroscience such as development, structure, and function Chapters are organized based on neuroanatomical structure and systems, from the spinal cord to the automatic nervous system Neuroimaging section and final exam chapter are invaluable tools for students to utilize before the boards Questions begin with a clinical vignette, and approximately 35% are image-based, mirroring the USMLE (R) format This essential resource will help you assess your knowledge and fully prepare for the USMLE (R) Step 1 or COMLEX Level 1 exam. Be prepared for your board exam with the Thieme Test Prep for the USMLE (R) series! Das: Histology and Embryology Q&A Fontes and McCarthy: Medical Biochemistry Hankin et al: Clinical Anatomy Q&A Harriott et al: Medical Microbiology and Immunology Q&A Kemp and Brown: Pathology Q&A Waite and Sheakley: Medical Physiology Q&A Visit www.thieme.com/testprep to learn more about our online board review question bank.

In the era of nanotechnology, deterministic high precision finishing methods with automated finishing without manual intervention are of utmost importance and are the need of the present manufacturing scenario. Also, finishing of high precision parts having complex geometrical shapes is most critical and labor intensive. Rotational-Magnetorheological Abrasive Flow Finishing (R-MRAFF) offers both automation and flexibility in final finishing operations. The book is organized into six chapters. Chapter 1 introduces briefly the state-of-art of the precision finishing processes and mechanism of R-MRAFF process. Chapter 2 discusses development of R-MRAFF experimental setup. Study of the rheological behavior of MR polishing fluid is discussed in Chapter 3. Chapter 4 reports the findings related to the finishing experiments conducted on flat brass, EN-steel, and SS workpieces. In Chapter 5, experimental results related to finishing of internal surfaces and corrections of roundness error of SS tubes have been discussed. In Chapter 6, Computational Fluid Dynamics (CFD) simulation and magnetic field simulation of MRAFF process are explained.