Core Insights - Illumina Protein Prep is revolutionizing proteomics by providing the broadest coverage of the blood proteome at the lowest cost per protein target, processing over 40,000 samples globally [1][2] - The solution enhances genomic studies with exceptional specificity, sensitivity, and precision, facilitating breakthroughs in various diseases [2][3] - Collaborations with institutions like Genomics England and PRECISE-SG100K are demonstrating the potential of proteomics in advancing research and clinical applications [6][9] Group 1: Product Launch and Impact - Illumina Protein Prep launched globally in September, enabling researchers to process a significant number of samples and generate comprehensive omic data [1] - The Sydney Mass Spectrometry facility is the first in the Asia Pacific region to adopt this technology, successfully conducting experiments that revealed significant biological insights [4][5] - The solution serves as an alternative or complement to mass spectrometry, enhancing researchers' ability to derive transformative insights [3] Group 2: Research Collaborations and Findings - Genomics England's use of Illumina Protein Prep in its 100,000 Genomes Project resulted in a 7.5% increase in disease classification when integrating genomics and proteomics [6] - The PRECISE-SG100K study aims to analyze 10,000 plasma samples to develop a standardized dataset for therapeutic target interrogation [9][10] - These studies highlight the importance of proteomics in understanding disease mechanisms, particularly in underrepresented populations [8] Group 3: Future Directions and Innovations - Illumina is committed to advancing proteomics through AI-driven infrastructure, integrating secondary and tertiary analysis in a single workflow [2] - The company plans to benchmark existing clinical mass spectrometry studies with Illumina Protein Prep to further validate its capabilities [5] - Ongoing collaborations and studies are expected to enhance the quality and depth of insights into genetic variants and protein expression, contributing to drug discovery [8]