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.

AI-Driven Microscopy Meets Flow Cytometry

Subclonal Epigenetic Heterogeneity In ER+ Breast Cancer

evoCancerGPT: Predicting Cancer Evolution Using LLMs

Multi-Omic Single-Cell CNV Analysis In Leukemia

Advanced Liquid Biopsy for Mutation and Methylation Detection in Cancer

Applications of ctDNA in Drug Development

AI-Guided Multi-Property Optimisation Of Enzymes

Rewriting The Narrative of Diabetes and Obesity Drugs With Long Non-Coding RNA Genes

Automating & Scaling Single-Cell Like a Pro

Cracking FFPE for RNA & Protein Insights

Flexible High-Throughput Solutions in Single Cell Omics

Scailyte's AI Approach to Biomarker Discovery

Partition-Free Single-Cell Sequencing at Scale

Point-of-Care Digital Detection of Molecular Biomarkers and Viruses

Revolutionising Sample Prep with Magnetic Levitation

Long-Read RNAseq in Fragile X iPSC Neurons

Breakthroughs in MS Research: Multiplex Antigen Screening Of Cerebrospinal Fluid

The Power Of Multiomics Characterization

Evaluating Genomic Stability in Cell Therapy

Automated Solutions for NextGen Omics and Spatial Biology

ecDNA Clonal Evolution

Porcine xenotransplant: advancements in clinical studies