Multi-Omics

Explore the power of multi-omics approaches and how insights from genomics, proteomics, transcriptomics and more are redefining disease understanding and therapeutic targeting.

Liquid Insights: Therapy Wins and Warnings in Lung Cancer

Using Liquid Biopsy Where It Matters Most—Disease Progression

Advancements and Trends in NGS for Liquid Biopsies

Looking into the Future of Cytology and AI

Predicting Lung Cancer Response with B Cell Biomarkers

Detecting Bladder Cancer With Urinary TERT Promoter Mutations

Diagnosing and Monitoring Lung Cancer Using Clinical ctDNA dPCR and Liquid Biopsy

cfDNA Methylation Profiling with Liquid Biopsy in Small Cell Lung Cancer

Beating the Diagnostic Odyssey With The 100,000 Genomes Project

Digital PCR Redefined

Quantifying Intact HIV DNA with Digital PCR Methods

Exploring the Development of Digital PCR in Three Assay Case Studies

Digital PCR For The Follow-up Of Patients With Cancer

How Digital PCR & NGS Are Changing Cancer Care

Streamlining NHS Clinical Genomics Workflows using LLMs

Mapping Gene Regulation with Graph Embedding of Single Cell Data

cATACpipe: Making Sense of scATAC-seq Data with Computational Tools

Innovations in dPCR Partition Classification

Beyond Black Boxes With Pathway-Driven Models For Biomedical Data

The iCAN Project: Upscaling Laboratory ProcessesTo Match Big Data Requirements

Generating Biological Insights with Unsupervised AI

Opportunities for Multiomics in Chronic Diseases