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Optics of Biological Particles
(Englisch)
NATO Science Series II: Mathematics, Physics and Chemistry, Volume 238, NATO Science Series II: Mathematics, Physics and Chemistry 238
Hoekstra, Alfons & Maltsev, Valeri & Videen, Gorden

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Optics of Biological Particles

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Produktbeschreibung

Proceedings of the NATO Advanced Research Workshop on Fluorescence and other Optical Properties of Biological Particles for Biological Warfare Agent Sensors, Novosibirsk, Russia, 3-6 October 2005|

The first book exclusively dedicated to the optics of single biological particles

A truly multidisciplinary text, with contributions from physics, (micro)biology, cytology, etc.

State of the art discussions on the optics of many different types of biological cells

A strong interaction between new theoretical - and numerical insights and applications in experimental design


This book covers the optics of single biological particles, both theory and experiment, with emphasis on Elastic Light Scattering and Fluorescence. It deals with the optics of bacteria (bio-aerosols), marine particles (selected phytoplankton communities) and red and white blood cells. Moreover, there are dedicated chapters on a general theory for scattering by a cell, and modelling and simulation of scattering by inhomogeneous biological cells.

|The NATO Advanced Research Workshop on "Optics of Biological Particles” met in Novosibirsk, Russia 3 – 6 October, 2005. The focus of the meeting was the potential of light scattering in the detection and characterization of biological particles, on novel detection systems using polarized light scattering, imaging (microscopy), inelastic scattering, absorption, and emission over all EM spectral regions. The concept for the ARW came about at the culmination of a NATO Science for Peace Project, headed by Alfons and Valeri. It was thought this would be a convenient vehicle to advertise and demonstrate the apparatus resulting from this multi-year collaboration. Potential applications of the device for bio-aerosol Valeri Maltsev and Alfons Hoekstra. characterization interested the third member of the triumvirate. While the co-chairs were occupied by bureaucratic necessities, the logistics were worked out by the Local Organizing Committee, the seemingly endless number of students and colleagues of Valeri, and especially the fixer Dina Goloshchapova who dealt with all the difficult problems. Optics of biological Gorden Videen, Alfons Hoekstra and Valeri Maltsev at particles encompasses a conference dinner. vii viii Preface great many fields, and our workshop and this volume can only scratch the surface. We were lucky to have a group of outstanding lecturers willing to invest the time to provide illuminating and entertaining lectures on the fundamental research in their fields. This book is a compilation of Valeri Maltsev demonstrates prototype of the Scanning significant contributions Flow Cytometer.
Preface. Light Scattering from a Cell; G. Videen and D. Ngo.-Modeling of Light Scattering from Three-Dimensional Inhomogeneous Biological Cells; A.K. Dunn.- Angularly Resolved Elastic Scatteringfrom Airborne Particles; P.H. Kaye et al.- Bio-aerosol fluorescence; Yong-Le Pan et al.- Optical and Morphological Characterization of Selected Phytoplanktonic Communities; A. Palucci.- Astro-Biological Signatures; T.M. Gledhill et al.- Modeling of Light Scattering by Single Red Blood Cells with the FDTD Method; Jun Q. Lu et al.- Optics of Erythrocytes;P. Tarasov et al.- Optics of Platelets; I.Kolesnikova et al.- Optics of Leucocytes; K. Semyanov et al.- Index


Preface. Light Scattering from a Cell; G. Videen and D. Ngo.- Modeling of Light Scattering from Three-Dimensional Inhomogeneous Biological Cells; A.K. Dunn.- Angularly Resolved Elastic Scatteringfrom Airborne Particles; P.H. Kaye et al.- Bio-aerosol fluorescence; Yong-Le Pan et al.- Optical and Morphological Characterization of Selected Phytoplanktonic Communities; A. Palucci.- Astro-Biological Signatures; T.M. Gledhill et al.- Modeling of Light Scattering by Single Red Blood Cells with the FDTD Method; Jun Q. Lu et al.- Optics of Erythrocytes;P. Tarasov et al.- Optics of Platelets; I.Kolesnikova et al.- Optics of Leucocytes; K. Semyanov et al.- Index

Inhaltsverzeichnis

Preface. nLight Scattering from a Cell; G. Videen and D. Ngo.-nModeling of Light Scattering from Three-Dimensional Inhomogeneous Biological Cells; A.K. Dunn.- nAngularly Resolved Elastic Scatteringfrom Airborne Particles; P.H. Kaye et al.- nBio-aerosol fluorescence; Yong-Le Pan et al.- nOptical and Morphological Characterization of Selected Phytoplanktonic Communities; A. Palucci.- nAstro-Biological Signatures; T.M. Gledhill et al.- nModeling of Light Scattering by Single Red Blood Cells with the FDTD Method; Jun Q. Lu et al.- nOptics of Erythrocytes;P. Tarasov et al.- nOptics of Platelets; I.Kolesnikova et al.- nOptics of Leucocytes; K. Semyanov et al.- nIndex


Klappentext

This book covers the optics of single biological particles, both theory and experiment, with emphasis on Elastic Light Scattering and Fluorescence. It deals with the optics of bacteria (bio-aerosols), marine particles (selected phytoplankton communities) and red and white blood cells. Moreover, there are dedicated chapters on a general theory for scattering by a cell, and modelling and simulation of scattering by inhomogeneous biological cells.




The first book exclusively dedicated to the optics of single biological particles

A truly multidisciplinary text, with contributions from physics, (micro)biology, cytology, etc.

State of the art discussions on the optics of many different types of biological cells

A strong interaction between new theoretical - and numerical insights and applications in experimental design



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