Consequently,
π this innovation makes it:
Chinese researchers have developed an innovative technique to visualize the interior of the organs without altering them.. Nevertheless, This method opens up new perspectives for the study of the brain and other biological tissues.
The traditional obstacles of organ imagery could soon disappear. Meanwhile, Thanks to an approach based on ionic liquids. Similarly, scientists are now able to make the tissues transparent while retaining their structure intact.
Image d’illustration fictive
The principle of ion transparency β π this innovation makes it
The ionic liquids used have. Meanwhile, a single property: they penetrate the tissues without distorting them. Unlike conventional methods, they avoid problems of dilation or crystallization during cooling.
This technique, called Vivit, transforms biological samples into a vitrous state. The organs thus treated become translucent, allowing precise microscopic observation. Fluorescent markers π this innovation makes it also gain intensity, revealing previously invisible details.
Applications are immediate for neuronal cartography. The first experiences on human and murine brains have already delivered promising results. The method could extend to other organs, such as heart or spleen.
Notable practical advantages
Unlike existing techniques, Vivit fully preserves the morphology of the tissues. Additionally, The samples treated resist time, keeping without damage in extreme cold conditions.
Improving fluorescence facilitates the identification of cellular connections. Rare proteins or neural networks are easily observable. This unequaled clarification is of interest to research in medicine personalized.
Scientists are already considering clinical applications. The identification of pathological markers or artificial intelligence imaging could benefit from this innovation.
π this innovation makes it β π this innovation makes it: Chinese researchers have developed. an innovative technique to visualize the interior of the organs without altering them. This method opens up new perspectives for the π this innovation makes it study of the brain and other biological tissues.The traditional obstacles of or.
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