A new super-resolution imaging system (Microscope Camera) for recording and capturing real-time cell activity and cell interactions was born in Sydney. The new imaging system, called DeltaVision OMX, was born at the University of Technology Sydney (UTS). It may help researchers understand some pathological conditions of the world's most serious infectious diseases.
A macrophage was captured by the super-resolution imaging system DeltaVision OMX
UTS plays a pioneering role in new microscope technology in Australia and internationally. UTS biotechnology expert Ian Charles said, "We are at the forefront of living cell research that can truly see infectious diseases at the submicron level. "The beam of a traditional microscope (Microscope) is used to illuminate the body of the specimen, which limits its resolution and magnification. The traditional microscope (Microscope) also has difficulty in observing live specimens. The intensity of light required for research often destroys the specimen body.
This state-of-the-art microscope uses a few beams of light in a known mode to illuminate the subject, and uses a specimen with less damage to the beam intensity to increase the chance of the cultured specimen alive. The method it uses to produce higher resolution images is much better than the traditional optical microscope images. The new imaging system can record the behavior of living cells in real time with high definition, including interaction with other cells and infectious diseases.
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