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Cover image for Biophotonics : visions for better health care
Title:
Biophotonics : visions for better health care
Publication Information:
Weinheim : Wiley-VCH, 2006
ISBN:
9783527406227

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30000010105468 R856 B566 2006 Open Access Book Book
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Summary

Summary

An account of a three-year research program funded by the German government, in which physicists and physical chemists set off together with biologists and physicians to develop new techniques for medical and biological problems and ended up with sophisticated scientific solutions and innovative equipment, partly ready for the market. It not only includes a concise description of the new discoveries but also offers also an introduction to the various fields within optics.


Author Notes

Marion Strehle studied biology and chemistry at the university Würzburg where she finished her PhD thesis 2003. During her PostDoc time at the Friedrich Schiller University Jena her research interests were focused on the development of innovative bio-spectroscopical methods for a fast, robust and very sensitive quality control of natural products. In addition to her research activities she was responsible for the public relation of the 2002 founded research framework "Biophotonik", funded by the BMBF, and for the organization of the international Bunsen discussion meeting "Raman and IR spectroscopy in Biology and Medicine" (2004) and the biophotonic symposium "Struktur und Dynamik biologischer Zellen mit optischen Methoden auf der Spur" (2005).

Jürgen Popp received his Ph.D. in chemistry from the University of Würzburg in 1995 and joined the group of Prof. Dr. Dr. h.c. W. Kiefer, University of Würzburg, where he finished his habilitation. He became full professor at the University of Jena and Director of the Institute of Physical Chemistry. Since 2002 he has been speaker of the research framework "Biophotonik" funded by the BMBF. In 2005, he became Head of the Microsystem Devision of the Institute of Physical High Technology. His work has been awarded the faculty prize of chemistry (1995), the Bayerischer Habilitationsförderpreis (1997), the Förderpreis der Würzburger Korporationen (2001), and the Kirchhoff-Bunsen award (2002).


Table of Contents

List of Contributors
1 Introduction: Biophotonics - Visions for Better Health CareS. Liedtke and M. Schmitt and M. Strehle and J. Popp
1.1 The Situation of Biophotonics in Germany and Other Countries
1.2 Interplay between light and matter
1.3 A Fascinating Tour Across Biophotonics
1.4 Links and Literature about Biophotonics
2 Online Monitoring of Airborne Allergenic ParticlesOMNIBUSS and S. Scharring and A. Brandenburg and G. Breitfuss and H. Burkhardt and W. Dunkhorst and M. v. Ehr and M. Fratz and D. Giel and U. Heimann and W. Koch and H. Lödding and W. Müller and O. Ronneberger and E. Schultz and G. Sulz, Q. Wang
2.1 Introduction
2.2 Monitoring Bioaerosols: State-of-the-Art
2.3 Online Monitoring of Airborne Allergenic Particles by Microscopic Techniques
2.4 Summary / Outlook.Glossary.Key References.References
3 Online Monitoring and Identification of Bioaerosol (OMIB)P. Rösch and M. Harz and M. Krause and R. Petry and K.-D. Peschke and H. Burkhardt and O. Ronneberger and A. Schüle and G. Schmauz and R. Riesenberg and A. Wuttig and M. Lankers and S. Hofer and H. Thiele and H.-W. Motzkus and J. Popp
3.1 Bioaerosol and the Relevance of Microorganisms
3.2 Diagnosis of Microorganisms: State-of-the-Art
3.3 Innovative Optical Technologies to Identify Bioaerosol
3.4 Instrumentation of a Fully Automated Microorganism Fingerprint Sensor
3.5 Outlook.Glossary.Key References.References
4 Novel Singly Labelled Probes for Life Science Applications (SMART PROBES)O. Nolte and M. Müller and B. Häfner and J. P. Knemeyer and K. Stöhr and J. Wolfrum and R. Hakenbeck and D. Denapaite and J. Schwarz-Finsterle and S. Stein and E. Schmitt and C. Cremer and D. P. Herten and M. Hausmann and M. Sauer
4.1 Introduction: The Requirement for Novel Probes
4.2 The Principle of SMART PROBES
4.3 Instrumentation
4.4 Applications
4.5 Summary / Outlook.Glossary.Key References.References
5 Early Diagnosis of Cancer (PLOMS)J. Helfmann and U. Bindig and B. Meckelein and K. Wehry and N. Röckendorf and D. Schädel and M. A. Schmidt,M. Bürger and A. Frey
5.1 Cancer: Epidemiological, Medical and Biological Background
5.2 Diagnosing Cancer: State-of-the-Art
5.3 Emerging Optical Techniques in Cancer Diagnosis
5.4 The Future of Fluorescence Techniques in Cancer Diagnosis
5.5 Summary.Glossary.Key References.References
6 New Methods for Marker-free Live Cell and Tumor Analysis (MIKROSO)G. v. Bally and B. Kemper and D. Carl and S. Knoche and M. Kempe and C. Dietrich and M. Stutz and R. Wolleschensky and K. Schütze and M. Stich and A. Buchstaller and K. Irion and J. Beuthan and I. Gersonde and J. Schnekenburger
6.1 Introduction
6.2 Cellular Analysis by Interference-basedMicroscopy
6.3 Minimally Invasive Holographic Endoscopy
6.4 Ultrasensitive Interference Spectroscopy for Marker-free Biosensor Technology
6.5 Outlook.Glossary.Key References.References
7 Regenerative Surgery (MeMo)V. Andresen and H. Spiecker and J. Martini and K. Tönsing and D. Anselmetti and R. Schade and S. Grohmann and G. Hildebrand and K. Liefeith
7.1 Regenerative Surgery and Tissue Engineering: Medical and Biological Background
7.2 State-of-the-art and Markets
7.3 Cell and Tissue Culture Technologies
7.4 Controlled Tissue Cultivat
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