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Molecular Analysis for Precision Oncology ONLINE

Oncological care increasingly relies on molecular tumor characterization techniques to enhance patient outcomes. However, the clinical utility of some of these methods remains uncertain, potentially affecting their integration into healthcare systems. With all these new advancements, it can be challenging to stay up to date on the clinical applications and future prospects of these precision oncology techniques.

Join us for our latest webinar series, Molecular Analysis for Precision Oncology ONLINE, where we’ll hear insights from nine leading experts in the cancer genomics field, covering cutting-edge tumour characterisation techniques and their clinical applications.

The Spatial and Single-Cell Analysis Playbook

Spatial and single-cell omics is one of the fastest developing areas in genomics, and keeping up is a challenge. How […]

How can proteogenomics inform pan-cancer analysis?

The central dogma of molecular biology states that DNA is transcribed into RNA and then translated into protein. But with […]

Updated computational tools for spatial transcriptomics analysis

Spatial molecular analysis is not new. However, many subcellular, high-multiplex and multi-omics spatial methods have only emerged over the past […]

How to: perform polygenic risk score analysis

Original article written by Shannon Gunn, August 2020. Updated by Lyndsey Fletcher, July 2023. Polygenic risk scores are a particularly […]

Music to Beethoven’s Ears: Genomic Analysis Reveals Basis of Composer’s Chronic Health Conditions

Recent improvements in ancient DNA analysis approaches have enabled researchers from the Max Planck Institute for Evolutionary Anthropology to uncover […]

An overview of single-cell and spatial analysis technologies

Single-cell and spatial analysis technologies have enabled the study of biology and disease like never before, revealing a whole world […]

Novel applications in single-cell and spatial analysis

In the single-cell and spatial analysis literature you will find hundreds of review articles on these technologies from the past […]

A guide to single-cell sequencing and spatial analysis

Introduction The human body contains over 35 trillion cells, with tissues and organs comprising of many different cell types constantly […]

Choosing single-cell and spatial analysis technologies

The number of different technologies and hardware platforms that are now on the market can be overwhelming. Each comes with […]