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Biomedical Applications
This book is dedicated to the discussion of several biomedical applications of the mechanical phenotyping of cells and tissues to specific disease models. The topical chapters on mechanics in disease are preceded by chapters describing cell and tissue structure and their relationship with the biomechanical properties, as well as by the description of dedicated sample preparation methods for the nano- and microscale mechanical measurements.
Biomedical Methods
The mechanical properties of cells can be used to distinguish pathological from normal cells and tissues in many diseases. This book will outline the physics behind cell and tissue mechanics, describe the methods which can be used to determine their mechanical properties, and present various diseases in which a mechanical fingerprint could be established. The book is designed to not require a background in either Physics or Life Sciences.
Biomedical Applications
The mechanical properties of cells can be used to distinguish pathological from normal cells and tissues in many diseases. This book will outline the physics behind cell and tissue mechanics, describe the methods which can be used to determine their mechanical properties, and present various diseases in which a mechanical fingerprint could be established. The book is designed to not require a background in either Physics or Life Sciences.
Mechanics of Breathing
This book offers a state-of-the-art description of the complexity of the healthy and pathological respiratory system, with particular reference to the mechanics of the airways, lung and chest wall. Detailed information is provided on new insights into the mechanics of breathing that have been obtained through technological innovations in measurement systems, cutting-edge modeling techniques and novel approaches to functional imaging of the respiratory system. It is explained how these advances permit the assessment of emerging treatment approaches, including new drugs, innovative surgical techniques and modes of mechanical ventilation and new forms of rehabilitation. In order to ensure compr...
Nanorobotics
What Is Nanorobotics An emerging area of technology known as nanoid robotics, often known as nanorobotics or nanobotics for short, is the process of building machines or robots using components that are on the nanometer size or very close to it. To be more exact, the term "nanorobotics" refers to the engineering field of nanotechnology that focuses on the design and construction of nanorobots. These nanorobots have devices that range in size from 0.1 to 10 micrometers and are built from nanoscale or molecular components. Nanobot, nanoid, nanite, nanomachine, and nanomite are a few of the other names that have been thrown about to designate similar machines that are now the subject of study a...
ERS Handbook of Respiratory Medicine
The European Respiratory Society (ERS) Handbook of Respiratory Medicine, now in its third edition, is a concise, compact and easy-to-read guide to each of the key areas in respiratory medicine. Its 20 sections, written by clinicians and researchers at the forefront of the field, explain the structure and function of the respiratory system, its disorders and how to treat them. The Handbook is a must-have for anyone who intends to remain up to date in the field, and to have within arm's reach a reference that covers everything from the basics to the latest developments in respiratory medicine.
Mechanics of Cells and Tissues in Diseases
The mechanical properties of cells can be used to distinguish pathological from normal cells and tissues in many diseases. This two-volume work outlines the physics behind cell and tissue mechanics, describe the methods which can be used to determin
[Set Mechanics of Cells and Tissues in Diseases, Volume 1+2]
The mechanical properties of cells can be used to distinguish pathological from normal cells and tissues in many diseases. This book will outline the physics behind cell and tissue mechanics, describe the methods which can be used to determine their mechanical properties, and present various diseases in which a mechanical fingerprint could be established. The book is designed to not require a background in either Physics or Life Sciences.
