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Early leukemia diagnostics breakthrough

A research team from the Institute of Physical Chemistry of the Polish Academy of Sciences have demonstrated a unique configuration of a system based on optical tweezers – which enables long-distance manipulation of various particles and cells in lab-on-the-chip devices – to enable fast and effective diagnosis and treatment of many serious diseases.

The volume of the information microfluidics can unlock, combined with its speed, accuracy and specificity can become the difference between life and death in diagnosing deadly diseases such as cancer. This possibility of early-stage diagnosis of blood cancer – better known as leukemia – was the motivation of the Polish team in building an innovative microfluidics-based diagnostic device.


https://pubs.rsc.org/en/content/articlelanding/2024/lc/d3lc00733b

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labnews.ai 的主编是 Marita Vollborn 和 Vlad Georgescu。自 1994 年以来,他们一直是畅销书作家、科学作家和科学记者。更多关于他们的写作信息,请访问 X-Press Journalistenbüro (https://xpress-journalisten.com)。更多维基百科信息:关于 Marita:https://de.wikipedia.org/wiki/Marita_Vollborn 关于 Vlad:https://de.wikipedia.org/wiki/Vlad_Georgescu
LabNews Media LLC

LabNews Media LLC

labnews.ai 的主编是 Marita Vollborn 和 Vlad Georgescu。自 1994 年以来,他们一直是畅销书作家、科学作家和科学记者。更多关于他们的写作信息,请访问 X-Press Journalistenbüro (https://xpress-journalisten.com)。更多维基百科信息:关于 Marita:https://de.wikipedia.org/wiki/Marita_Vollborn 关于 Vlad:https://de.wikipedia.org/wiki/Vlad_Georgescu