| Life Science Microscopy - Using Fluorescence Microscopy for Genetic Applications |
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The latest life science microscopy news from AZoNetwork |
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 Live Cell Imaging with Raman Microscopy
In this live demo on May 22nd, you’ll learn how to analyze live cells through Raman spectroscopy. This non-contact, high resolution technique is an ideal tool in the identification and study of living cells. Researchers and scientists interested in high resolution biological imaging, the study of cell growth and death, or medical industries are encouraged to attend.
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| | |  Meteorites are asteroid fragments that arrive on Earth like shooting stars. These cosmic deposits have preserved the primordial soup from which our solar system arose, preserving it like a time capsule. These rocks assist researchers in understanding the origins of matter and life on Earth. | | | | |  Receptor molecules on the cell surface are essential for cellular communication. Periodically, these receptors must be absorbed and sorted for them to be broken down or recycled. | | | | |  OGM is an innovative cytogenomic technology for analyzing large eukaryotic genomes and structural chromosomal features at a high level of resolution. | | | | |  TEM is pivotal for characterizing gold nanoparticles, revealing their assembly and aiding the development of advanced nanodevices. | | | | |  Bacteria can build slimy coatings called biofilms when they adhere to a surface. These biofilms help the bacteria resist harsh conditions and even drugs. In a recent study, scientists demonstrated how biofilm growth may be regulated by laser light in the form of optical traps. | | | | | __638477308225671632_multisizecolor_150_custom.jpg) When pathogens attack the body, the innate immune system goes to work protecting against the invading disease. | |
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