FXFSTOSCB

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FXFSTOSCB is an abbreviation that stands for FPGA based Fast Sampling Time-of-Flight Scanning Confocal Biosensor. This technology is used to provide an imaging detection platform for simultaneous quantification of multiple components in complex biological environments. It allows for improved accuracy and higher resolution scanning than other traditional methods. The application field and working principle of FXFSTOSCB is as follows:

The FXFSTOSCB technology has been used for a variety of applications, from biochemical analysis to bioreactors control. It can also be applied to the detection of enzymes, DNA, and proteins as well as to the study of intracellular structures. In addition, this technology can be used to monitor small particle size distributions or to assess protein localization, stability, and even reactivity. Its versatility is further increased by the addition of custom-made parameter data extraction software.

As a technique based on fluorescence, FXFSTOSCB typically operates in the wavelength range of 400-800 nm. It uses a combination of lasers, mirrors, and objective lenses to generate a highly focused beam that emanates from the sample and is then divided by a filter into two beams. One beam is focused on the specimen, while the other is focused on the sample\'s back-scattered light. The light reflected from the sample back-scattered is then detected by a detector. This back-scattered light is known as the confocal signal and is used to quantify the concentration of biological molecules in the sample.

The FXFSTOSCB technology takes advantage of the fact that tissue has index of refraction values which can be used to calculate the exact scattering angle of particles. This angle, also known as the PI-angle, is used to create a two-dimensional confocal image. The two beams created from the optical system are focused at the same PI-angle so that both the signal from the sample and the signal from the back-scattered light are detected simultaneously. This technique creates a highly detailed image of the specimen with excellent depth resolution.

FXFSTOSCB also takes advantage of the fact that different species of particles have different scattering signatures, allowing for the identification of different biological molecules. This technology can be used to image particles in-situ in real-time, with the help of a custom-made software to extract the necessary parameters for quantitative analysis. The result is a detailed map of the quantitative distribution of biological molecules, which can be used for further research.

Overall, FXFSTOSCB is a versatile imaging technology that is especially useful for measuring the concentration of biological molecules in a sample. It provides faster and more accurate results than conventional methods, and is ideal for a variety of applications. Moreover, the addition of custom-made software allows for the extraction of parameter data, thus increasing the versatility of the technique and allowing for detailed quantitative analysis of biological molecules.

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