---
title: Geroproteomic Approaches To Investigate Proteome Dynamics During Age-Related Diseases
description: In this webinar, Dr. Nathan Basisty will introduce a new computational tool – TurnoveR – which accurately calculates protein turnover rates from mass spectrometry analysis of metabolic labeling experiments.
image: https://go.technologynetworks.com/hubfs/Social_640x320_Register-Oct-04-2021-11-08-00-63-AM.jpg
---

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Webinar

# Geroproteomic Approaches To Investigate Proteome Dynamics During Age-Related Diseases

Now available On Demand

While the loss of protein homeostasis is considered a hallmark of many conditions including neurodegeneration, sarcopenia and type 2 diabetes, alterations in markers of proteostasis machinery do not always reflect rates of protein turnover. It's therefore critical to examine turnover rates of proteins directly, to accurately examine the stability of the proteome during aging and disease processes.

In this webinar, Dr. Nathan Basisty will introduce a new computational tool – TurnoveR – which accurately calculates protein turnover rates from mass spectrometry analysis of metabolic labeling experiments. He will also demonstrate how this technology derives new biological insights into age-related diseases.

**Attend this webinar to learn more about:**

- The loss of protein homeostasis in aging and disease
- Accurately measuring protein loss
- Innovative solutions for calculating protein turnover rates

**Speaker Information:**

![Nathan-Basisty-](https://go.technologynetworks.com/hs-fs/hubfs/Technology%20Networks/TN%20Webinars/2021/1st%20December%202021%20-%20Multiomics/Nathan-Basisty-.png?width=195&height=183&name=Nathan-Basisty-.png "Nathan-Basisty-")

**Dr. Nathan Basisty**  
Tenure-Track Investigator  
National Institute of Aging

 

 

  
**Attend this webinar to learn more about:**

- The loss of protein homeostasis in aging and disease
- Accurately measuring protein loss
- Innovative solutions for calculating protein turnover rates

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