Imagine having a microscopy system that can perform image-guided protein isolation automatically in a large scale, boosting efficiency and unlocking new possibilities for scientific discovery. As the scientific community strives to unravel the intricate details of the proteome, researchers find themselves at a critical juncture where scaling up is paramount due to the lack of a PCR-equivalent amplification method for proteins. Automation and AI are directly addressing the challenges that once stalled progress. By bringing forward new methods for isolating proteins in ultrahigh content with a subcellular precision and identifying them with mass spectrometry, these advancements are propelling us toward a future of discovering key protein constituents relevant to diseases or basic biology, all with an unprecedented level of precision.
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Info@syncell.com |
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617-631-2746 |
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200 Dexter Ave, Watertown, MA 02472, USA |
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Imagine having a microscopy system that can perform image-guided protein isolation automatically in a large scale, boosting efficiency and unlocking new possibilities for scientific discovery. As the scientific community strives to unravel the intricate details of the proteome, researchers find themselves at a critical juncture where scaling up is paramount due to the lack of a PCR-equivalent amplification method for proteins. Automation and AI are directly addressing the challenges that once stalled progress. By bringing forward new methods for isolating proteins in ultrahigh content with a subcellular precision and identifying them with mass spectrometry, these advancements are propelling us toward a future of discovering key protein constituents relevant to diseases or basic biology, all with an unprecedented level of precision.
![]() |
Info@syncell.com |
![]() |
+886-2-2785-6780 |
![]() |
200 Dexter Ave, Watertown, MA 02472, USA |
![]() |