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Ultrafast time-resolved crystallography
Nature Structural Biology, 1998Synchrotron radiation sources have allowed time-resolved crystallographic experiments with nanosecond time resolution to be conducted on myoglobin and photoactive yellow protein.
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Time‐Resolved Fluorescence Measurements
Current Protocols in Cytometry, 2000AbstractThis unit provides a detailed review and technical discussion of the principles of time‐resolved fluorescence. The unique feature of this particular unit is that the principles are directly tied to the use of flow cytometry. There are a number of advantages in being able to discriminate between fluorochromes based upon their lifetimes as ...
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Time-Resolved Fluorescence Assays
2016Fluorescence-based detection techniques are popular in high throughput screening due to sensitivity and cost-effectiveness. Four commonly used techniques exist, each with distinct characteristics. Fluorescence intensity assays are the simplest to run, but suffer the most from signal interference.
Chen-Ting, Ma, Eduard A, Sergienko
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Time-resolved fluorescence spectroscopy
Current Opinion in Structural Biology, 1996Time-resolved fluorescence spectroscopy is used to monitor molecular interactions and motions that occur in the picosecond-nanosecond time range, and is especially useful in the analysis of biomolecular structure and dynamics. Recent advances in the application of time-resolved fluorescence spectroscopy to biological systems have led to a better ...
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Nature, 1991
IN a conventional hologram, a photographic film records the interference pattern of monochromatic light, scattered from the object to be imaged, with a reference beam of unscattered light. Illumination of the developed film with a replica of the reference beam then creates a virtual image of the original object.
A. Rebane, Jack Feinberg
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IN a conventional hologram, a photographic film records the interference pattern of monochromatic light, scattered from the object to be imaged, with a reference beam of unscattered light. Illumination of the developed film with a replica of the reference beam then creates a virtual image of the original object.
A. Rebane, Jack Feinberg
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1994 Conference on Lasers and Electro-Optics Europe, 1994
Recent demand for rapid and non-invasive diagnostic techniques in medicine has initiated an extensive research in the field of optical diagnostics. Reflection of light from biological tissue is a typical multiple scattering phenomenon. The backscattered light from an incident short optical pulse will be broadened in time, and this broadening can be ...
L.O. Svaasand +2 more
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Recent demand for rapid and non-invasive diagnostic techniques in medicine has initiated an extensive research in the field of optical diagnostics. Reflection of light from biological tissue is a typical multiple scattering phenomenon. The backscattered light from an incident short optical pulse will be broadened in time, and this broadening can be ...
L.O. Svaasand +2 more
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IEE Colloquium on Measurement and Plasma, 1997
Emission spectroscopy is very often used as a diagnostic tool in the study of discharges, for example in recognising the presence of particular species within the discharge. Inferring even the relative concentrations of discharge species from emission measurements alone is however very difficult.
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Emission spectroscopy is very often used as a diagnostic tool in the study of discharges, for example in recognising the presence of particular species within the discharge. Inferring even the relative concentrations of discharge species from emission measurements alone is however very difficult.
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1980
The basic procedures of Fourier Transform Infrared Time Resolved Spectroscopy (TRS) have been described previously by R. E. Murphy [1], A. Mantz [2], and G. Mamantov [3], In this chapter we have chosen to present only a brief overview of this technique.
D. E. Honigs +2 more
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The basic procedures of Fourier Transform Infrared Time Resolved Spectroscopy (TRS) have been described previously by R. E. Murphy [1], A. Mantz [2], and G. Mamantov [3], In this chapter we have chosen to present only a brief overview of this technique.
D. E. Honigs +2 more
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Time-Resolved Fluoroimmunoassay
1988The number of published fluoroimmunoassay (FIA) methods and their applications is increasing continuously and FIA has established its position as a reliable analytical method and a nonisotopic alternative to RIA (Hemmila, 1985). It has been anticipated that RIA methods will be gradually replaced by nonisotopic methods, first by enzyraic methods and ...
Erkki Soini, Timo Lövgren
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1997
Abstract In recent years technological advances in synchrotron and neutron sources, detectors, and computer hardware and software have allowed diffraction techniques to advance to a stage where data can be collected on a system with time.
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Abstract In recent years technological advances in synchrotron and neutron sources, detectors, and computer hardware and software have allowed diffraction techniques to advance to a stage where data can be collected on a system with time.
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