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Are Proteins a Myth? With Special Guest Neil Kelleher – Translating Proteomics Episode 9

Key Takeaway: In the latest episode of Translating Proteomics, Parag interviews Neil Kelleher, a pioneer in proteoform research. They explore the significance of proteoforms, technological advancements needed for their analysis, and real-world examples demonstrating their impact, such as predicting liver transplant success. The episode emphasizes the complexity of proteoforms and their role in understanding biological functions.
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POSITIVE FACTORS

  • Insightful discussion on the importance of proteoforms.
  • Highlighting technological advances in proteoform analysis.
  • Real-world applications of proteoform research in predicting health outcomes.

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Full Press Release Details

Proteoform Analysis
Nautilus Biotechnology
October 3, 2024
In our Translating Proteomics episode titled “ Harnessing Proteoforms to Understand Life’s Complexity “ , Parag and Andreas discussed why proteoforms are important in a theoretical sense. In this episode, Parag sits down with Northwestern University Professor and proteoform pioneer, Neil Kelleher to dive deep into the biology of proteoforms. They cover:
• What proteoforms are
• Examples of the importance of proteoforms
• The scale of and technological advances needed to meet the challenges of proteoform biology
Find this episode on YouTube , Apple Podcasts , and Spotify .
Browse all episodes of Translating Proteomics.

Translating Proteomics Ep 9 - Are Proteins a Myth?

Stream the episode on YouTube

Chapters

• 00:00 – Introduction to proteoforms
• 03:36 – Why the term “proteoform” was coined
• 11:55 – Are proteins a myth?
• 13:39 – Evidence for the importance of proteoforms
• 22:45 – The Human Proteoform Atlas and Project
• 30:09 – How many proteoforms are there?
• 33:32 – Technological developments required for routine proteoform analysis
• 41:45 – Takeaways with Parag and Andreas

Examples of the power of proteoforms covered in this episode

• Recent work from Neil’s lab showing blood proteoforms can help predict liver transplant success ( Melani et al. 2022) .
• Work form Ying Ge’s lab showing changes in troponin proteoforms correlate with varying degrees of heart disease ( Zhang et al. 2011) .
• The BioTyper – a mass spectrometry-based device that can identify different kinds of microbes.

Additional proteoform resources

• The Human Proteoform Atlas webpage
• Publication describing The Human Proteoform Atlas (Hollas et al. 2022)
• Publication discussing how many human proteoforms there are (Aebersold et al. 2018)
• Animation – Proteoform Analysis on the Nautilus Proteome Analysis Platform
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Frequently Asked Questions

What are proteoforms?

Proteoforms are defined protein variants created by modifications to individual proteins, leading to different functions.

How do proteoforms relate to health predictions?

Recent studies show that blood proteoforms can help predict liver transplant success and correlate with heart disease.

What technological advances are needed for proteoform analysis?

Technological developments are required to facilitate routine analysis of proteoforms effectively.

Where can I find more resources on proteoforms?

Additional resources include the Human Proteoform Atlas webpage and related scientific publications.

Last updated: Oct 3, 2024