Electron microscopy is more than producing high-resolution images. It is about understanding how those images are produced, what they represent, and what they can legitimately tell us.
This book provides practical approaches to electron microscopy in life sciences, covering sample preparation, SEM imaging and interpretation, electron–matter interactions, imaging modes, detectors, EDS/EDX, diffraction, recognition of imaging artifacts, and interpretation of microscopy results.
Applications across biological, pharmaceutical, and related life-science fields are discussed, together with practical considerations for generating reliable and meaningful results.
Drawing on practical experience and incorporating selected insights from the legacy work of Prof. M. L. Sharma, this volume brings together established microscopy principles with a contemporary, application-focused learning framework.
Whether you are a student, laboratory operator, researcher, educator, or life-science professional, this book is intended to help you move beyond simply seeing an image—toward understanding what the image represents, how it was produced, and what conclusions it can legitimately support.