Spectro–Microscopy of Spectro–Microscopy of Autofl ... fileSpectro–Microscopy of Autofl...

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Spectro–Microscopy of Autofluorescent Biomolecules RHOMBOS Sébastien Peter 9 Forschung & Entwicklung LIFE SCIENCES

Transcript of Spectro–Microscopy of Spectro–Microscopy of Autofl ... fileSpectro–Microscopy of Autofl...

Page 1: Spectro–Microscopy of Spectro–Microscopy of Autofl ... fileSpectro–Microscopy of Autofl uorescent Biomolecules Fluorescence microscopy has become an indispensable tool in life

Spectro–Microscopy of Autofl uorescent Biomolecules

RHOMBOS

Sébastien Peter

RHOMBOS

LIFE SCIENCES

Sébastien Peter

Spectro–Microscopy of Autofl uorescent Biomolecules

182 Seiten. Zahlreiche zum Teil farbige Abbildungen. Hardcover, Preis: 44,00 Euro. ISBN 978-3-944101-99-6.Rhombos-Verlag, Berlin 2014

9 9Forschung & Entwicklung

LIFE SCIENCESForschung & Entwicklung

Sébastien Peter

Spectro–Microscopy of A

utofl uorescent Biom

olecules

Fluorescence microscopy has become an indispensable tool in life sciences. � e information within a microscopic image can be largely extended by the simultaneous acquisition of spectral information from a microscopic volume because � uorophores act as sensors to their nano-environment. In this work, di� erent classes of auto� uorescent biomolecules are spectro–microscopically investigated. It is shown that the photophysical properties of GFP derivatives largely depend on the composition of the surrounding protein shell, allowing for a better understanding of these proteins. Furthermore, the spectro–microscopic investigation of photosystems in living plant cells enables the observation of adaptation processes of plants to external and internal growth conditions. � e parallel implementation and establishment of novel spectro–microscopic modalities further extends the accessible parameter space, o� ering even deeper insights into the photophysics of auto� uorescent biomolecules.

Key words: auto� uorescent biomolecules, spectral information

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