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Microscopy in the Life Sciences from 1650 to the present

Autor Joel B. Sheffield
en Limba Engleză Paperback – iul 2025
Microscopy in the Life Sciences from 1650 to the present explores the transformation of the microscope, its application and techniques over the course of history, illustrating how the progress in optics and microscope design has informed our growing knowledge of cellular life. Beginning with the early observations of cellular structure, the book tracks the movement towards understanding of cell biology and pathology, considering the changing landscape of microscopy, lens development and the limitations and challenges tackled through to the 20th century. It also considers more recent advances, including fluorescence studies and the use of computational procedures to assemble images of individual molecules. This book traces the evolution of understanding that scientists have had regarding cellular life and how comprehension of this has been supported by the development of the microscope. It considers a range of experts central to its progression over the years, including Schleiden, Schwann, Abbe, Schott and Zeiss, and is a useful reference for researchers working with microscopy techniques across the biological sciences.


  • Provides a historical overview of the changing microscopy techniques from the 17th century to the present day
  • Studies the development of various microscopes, including the transmission electron microscope, scanning electron microscope, and confocal microscop
  • Explores the impact the evolution of the microscope had on understanding of the cellular world and disease
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Specificații

ISBN-13: 9780443224096
ISBN-10: 0443224099
Pagini: 300
Dimensiuni: 191 x 235 mm
Editura: ELSEVIER SCIENCE

Cuprins

1. The early observations of cellular structure 2. Solving the challenge of lens aberrations 3. Reaching a consensus about the organization of tissues and the origin of disease 4. The quest for increased resolution: The transmission electron microscope 5. Playing with optics 6. The scanning electron microscope 7. Confocal microscopy: Super resolution