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Technology Networks | How Can Data Platforms Unlock the Power of Single-Cell Analysis?

Single-cell technologies have positioned themselves at the forefront of biomedical research. These platforms allow researchers to bypass the uncertainties of bulk data and instead interrogate biological systems at a level of detail that was previously unreachable. But the value of these systems risks being impaired by bottlenecks in data analysis and handling. To find out more, we spoke to Marilyn Matz, CEO and co-founder of Paradigm4, an analytics solutions company that aims to provide solutions to these data problems.

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Biocompare || Peptidomics: Methods in the search for molecular disease signatures

Peptides play important roles in human physiology. They present as intact peptides or can arise from protein degradation. Regardless of the source, peptidomics—the characterization of intact peptides in a biological sample—is fast emerging as an approach to uncover another layer in human health and disease.

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Manufacturing Chemist | The increasing power of single-cell omics: changing the future of medicine

Advances in the single-cell genomic analysis of cells and tissues, including the required computational methods, have now put systematic, high-resolution and comprehensive reference maps of all human cells within our reach. Paradigm4’s Marilyn Matz, CEO and cofounder, and Dr Zachary Pitluk, VP of Life Sciences and Healthcare, report

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R&D World | The need for next generation analytics to extract valuable insights from genomic biobank data

Precision medicine is poised to transform healthcare, with biobanks being identified as a key enabler to bring it to fruition by 2030 by putting new, extended datasets at the disposal of pharmaceutical researchers and healthcare professionals. — by Marilyn Matz

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