Accelerate decisions and reduce costs with 24× the analytical power Protein barcoding makes the pre-clinical drug development process more efficient and cost-effective through multiplexed protein screening, to accelerate the path to first in human trials. This infographic highlights how multiplexing with next-gen protein sequencing and the Quantum-Si Barcoding Kit is a standout solution for pre-clinical […]
Next-gen protein sequencing (NGPS) offers a unique means to investigate proteins at a level of resolution inaccessible with other technologies. Moreover, with advanced single-molecule protein sequencing technologies like Quantum-Si’s Platinum® Pro instrument, researchers can now reliably identify changes to proteins at the amino acid level. Download our latest eBook and explore how NGPS can advance […]
Delve into the world of cancer research with Quantum-Si’s next-gen protein sequencing technology. Explore proteins with a crucial role in cancer progression and immune evasion. Our advanced platform provides detailed insights into the molecular landscape of cancer-related proteins, shedding light on mutations and alterations relevant to therapeutic development. Download now to unlock the potential of […]
Protein-level analyses are crucial to advancing human disease research. However, traditional proteomic methods often lack the accuracy, specificity and depth recorded at the genomic or transcriptomic level. The latest protein sequencing technology offers information-rich insights into the primary structure, interactions, and modifications of diverse proteins, supporting an understanding of biological function in human disease. This […]
Next-gen protein sequencing (NGPS) technology enables direct and accurate sequencing of proteins with single-molecule resolution. Overcoming limitations of traditional methods, the NGPS platform utilizes semiconductor chips and novel sequencing principles, eliminating the need for reverse complementarity. The Platinum® next-gen protein sequencer offers a benchtop solution poised to revolutionize proteomics, similar to the impact of next-generation […]