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The simplest optical illumination method for microscopy is known as bright-field microscopy (BF). Transmitted white light is used to illuminate the sample, which is illuminated from below and viewed from above.
Dense areas of the sample cause contrast in the sample by attenuating the transmitted light. The most widely used approach for illuminating samples in light microscopes is bright-field microscopy because it is the most straightforward of a variety of illumination methods.
Since a dark sample is typically seen against a bright backdrop in bright-field microscopy images, the name fits.
The Global Bright field microscope market accounted for $XX Billion in 2023 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2024 to 2030.
The CytoSMART Lux3 BR, a novel brightfield live-cell imaging system from CytoSMART Technologies, has been launched. The tiny brightfield microscope has a 6.4 MP CMOS camera that is of excellent quality.
This new live-cell imager is made to operate inside a typical cell culture incubator without affecting temperature, airflow, or the ideal circumstances for the cells to grow.
This is similar to how other CytoSMART microscopes are made. This makes it possible for scientists to conduct prolonged live-cell imaging studies that guarantee optimum cell growth and health.
The new system is capable of capturing very detailed brightfield pictures. The microscope offers a resolution of 0.7 m/pixel and has a 1.45 mm field of vision with a resolution of 2072 pixels in both the x and y axes.
These images can cover the full page without sacrificing image quality, even at the standard image resolution of 300 dpi for printed publications. It can’t wait to increase the number of label-free microscope options they offer for live-cell research.
The resolution of live-cell imaging microscopes may be insufficient for correctly quantifying complex read-outs, such as cell tracking or differentiation processes, for cell biologists who want to integrate live-cell imaging into their workflow.
The study output is harmed by the inaccurate and inconsistent results caused by this. The Lux3 BR guarantees that cultures are not exposed to temperature, humidity, or CO2 fluctuations that can stress the cells, unlike high-end microscopes with incubation boxes, as the device readily fits in every CO2-incubator. It is a potent supplement to each study.
