Mi Li Knihy

Focusing on atomic force microscopy (AFM) nanorobotics, this book details innovative methodologies for detecting cellular and molecular biophysical properties. It introduces techniques for label-free visualization and quantification of single cells and molecules, including strategies for immobilizing living cells and assessing single-cell mechanics. The text also delves into the application of these methods in clinical lymphoma treatments, covering sample preparation, cancer cell recognition, and data analysis. Future biomedical applications of AFM are discussed, highlighting its potential in research and clinical settings.

Focusing on atomic force microscopy (AFM), this book explores its applications in studying biomolecules and cells, highlighting its unique ability to analyze living systems in aqueous environments with high resolution. It delves into AFM methodologies for biomedical detection, covers a variety of biological systems, and discusses the integration of AFM with complementary techniques. The state-of-the-art chapters aim to equip researchers with the tools necessary to tackle complex biological challenges using AFM.

Die vorliegende Dissertation hat zum Inhalt erstens eine Veranschaulichung des aBZVR-Konzeptes und eine Vereinfachung der mathematischen Beweisführung und zweitens eine Lösung für eine asymptotisch exakte Folgeregelung mit aBZVR.