This innovative approach heralds a significant advancement in the field of biotechnology,
offering precise and efficient cell sorting capabilities facilitated by laser technology.
This technology provides life scientists and medical professionals with the ability to
closely examine and understand molecular events within tissue samples.
This enhanced visibility is crucial for driving forward our knowledge of molecular mechanisms underlying health and disease, offering significant potential for medical breakthroughs.
This innovative approach heralds a significant advancement in the field of biotechnology,
offering precise and efficient cell sorting capabilities facilitated by laser technology.
This technology provides life scientists and medical professionals with the ability to
closely examine and understand molecular events within tissue samples.
This enhanced visibility is crucial for driving forward our knowledge of molecular mechanisms
underlying health and disease, offering significant potential for medical breakthroughs.
Utilising SLACS for whole genome amplification enables spatially-resolved analysis of genetic material at a single-cell level, allowing for comprehensive genomic mapping.
Employ the SLACS technology for the amplification of the entire transcriptome, offering a spatially informed analysis of gene expression profiles that are essential for elucidating cellular functions and intercommunications.
Implement SLACS to obtain in-depth understanding of DNA methylation patterns and chromatin accessibility, providing a spatially contextualised overview.
Adopt SLACS technology to achieve precise quantification of proteins, allowing for a spatial analysis of their expression and distribution, which is key to unraveling complex cellular process.
Utilising SLACS for whole genome amplification enables spatially-resolved analysis of genetic material at a single-cell level, allowing for comprehensive genomic mapping.
Employ the SLACS technology for the amplification of the entire transcriptome, offering a spatially informed analysis of gene expression profiles that are essential for elucidating cellular functions and intercommunications.
Implement SLACS to obtain in-depth understanding of DNA methylation patterns and chromatin accessibility, providing a spatially contextualised overview.
Adopt SLACS technology to achieve precise quantification of proteins, allowing for a spatial analysis of their expression and distribution, which is key to unraveling complex cellular process.
Explore peer-reviewed publications powered by SLACS techonology and CosmoSort device.
Molecular Cancer
Translational Research in Breast Cancer
Cell Reports Method
Explore peer-reviewed publications powered by SLACS techonology and CosmoSort device.
Molecular Cancer
Translational Research in Breast Cancer
Cell Reports Method
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