By M. Hof, V. Fidler, R. Hutterer (auth.), Professor M. Hof, Professor R. Hutterer, Professor V. Fidler (eds.)
Quantity three of this new sequence specializes in brandnew examine and purposes in biology, biophysics and different fields of lifestyles sciences. Many frontline researcher have contributed to this hugely beautiful and interdisciplinary quantity which spans the full box of current fluorescence spectroscopy together with nanotechnology, membrane and DNA experiences and fluorescence imaging in melanoma research.
Read or Download Fluorescence Spectroscopy in Biology: Advanced Methods and their Applications to Membranes, Proteins, DNA, and Cells PDF
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Additional info for Fluorescence Spectroscopy in Biology: Advanced Methods and their Applications to Membranes, Proteins, DNA, and Cells
4. Representative TIR-FRAP curve for fluorescein-labelled prothrombin bound to planar membranes. Shown is a typical recovery curve for the binding of 1 µM prothrombin (labelled with fluorescein) to a planar bilayer. The dotted points represent the experimental data and the line the best fit, yielding the desorption rate. Note that the fluorescence intensity does not recover fully. 8 Single Molecule Fluorescence Recent advances in ultra-sensitive instrumentation have allowed the detection of individual atoms and molecules in solids [133, 134], on surfaces [135, 136], and in the condensed phase [137, 138] using laser-induced fluorescence.
Differences in methodology between pulse and phase-modulation fluorometries. (Adapted from reference 1) The differences in methodology between pulse and phase fluorometry, as illustrated in Fig. 2, will now be discussed. 1 Pulse Fluorometry The sample is excited by a short pulse of light and the fluorescence response is recorded as a function of time. If the duration of the pulse is not short with respect to the time constants of the fluorescence decay, the fluorescence response is the convolution product given by Eq.
It has been used to study transport phenomena in a wide variety of biological membrane-bound systems, as well as to probe the photobleaching properties of fluorescent molecules . FRAP is based on observing the rate of fluorescence recovery due to the movement of a new fluorescent marker into an area of the membrane which contains the same kind of marker, but which has been rendered non-fluorescent via an intense photobleaching pulse of laser light. The two-dimensional diffusion coefficient of the fluorescent marker is related to both its rate and extent of fluorescence recovery.