SLACS (Spatially-resolved Laser Activated Cell Sorter) -
Bridging Advanced Sorting and Molecular Assays in Biology
Discover the forefront of cellular analysis with Spatially resolved Laser-Activated Cell Sorting (SLACS).
Our groundbreaking SLACS technology is a versatile tool, enabling precise isolation and analysis of specific cells from complex biological systems.
Ideal for a wide range of research areas, SLACS provides insights into cellular dynamics, disease mechanisms, novel therapeutic targets and much more.
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Whole Genome
Amplification
Leverage SLACS for whole genome amplification, enabling spatially-resolved analysis of genetic material at a single-cell level for comprehensive genomic mapping.
Whole Transcriptome
Amplification
Utilize SLACS to amplify the whole transcriptome, providing a spatial perspective on gene expression patterns, crucial for understanding cellular functions and interactions.
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Methylation and chromatin accessibility
Apply SLACS for detailed insights into DNA methylation patterns and chromatin accessibility, offering a spatially contextualized view of epigenetic modifications.
Protein quantification
Harness the power of SLACS for protein quantification, enabling spatial analysis of protein expression and distribution, key for elucidating complex cellular processes.
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