Proteomics

Spatial Proteomics with Fiona Ginty Ph.D. – Translating Proteomics

Parag Mallick interviews spatial proteomics pioneer Fiona Ginty Ph.D. on the Translating Proteomics podcast.

Intro to Proteomics – Translating Proteomics

Listen to this episode of Translating Proteomics for a refresher on the basics of proteomics or to get started in the field.

The evolving concept of druggability

New protein targets may become druggable as proteomics technologies advance.

3 Examples of Exciting Proteomics Research in 2024 – Translating Proteomics Year-end Special

Translating Proteomics hosts Parag Mallick and Andreas Huhmer discuss 3 exciting examples of proteomics research from 2024.

PTMs are pixels – Proteoforms are screenshots

Learn how proteoforms provide clear data that can be ambiguous at the level of PTMs.

Protein Function 201 with Kathryn Lilley – Translating Proteomics Episode 10

Parag chats with Professor Kathryn Lilley to discuss our evolving understanding of protein function.

Beyond the central dogma – Forging a new era of biological discovery

Biology's central dogma is an oversimplification, but a general theory of biology requires new proteomic tools and data.

What is broadscale proteomics?

Broadscale proteomics studies examine the entire proteome of a sample in an untargeted way to uncover novel biology.

Understanding proteoforms – Unlocking the complexity of proteins

Proteoforms, single molecule variants of proteins, could unlock the next wave of breakthroughs in drug discovery and disease diagnostics.

AI in proteomics – Unleashing the potential of artificial intelligence in biomedicine

The ongoing AI revolution holds the potential to accelerate proteomics discoveries — if we can harness it correctly.

Moving from snapshots to movies to capture the dynamic nature of the proteome

The proteome is dynamic. To understand it, we need to move beyond static snapshots to motion pictures.

The future of proteomics – How converging trends will revolutionize biology and medicine

Advances in technology and a clear need in precision medicine make proteomics more valuable than ever.