<?xml version="1.0" encoding="UTF-8"?><item href="/news/2023-03-going-up-discovering-a-proteins-elevator-motion-could-spur-new-cancer-treatments.aspx" dsn="blogs"><homehero>true</homehero><unit>Biochemistry,Chemistry,College of Natural Science,Mathematics</unit><pubDate>03/09/2023</pubDate><title>Going up: Discovering a protein's 'elevator' motion could spur new cancer treatments </title><description><p>Michigan State University biochemist Jian Hu has taken another important step in learning as much as possible about tiny protein machines that help shuttle metals into living cells. This latest step, published in the journal Nature Communications, provides detailed new insights into how these machines work. Hu and his team are working to use this knowledge to develop new cancer therapies and enable people to live healthier lives.</p>
<p> </p></description><author>Matt Davenport</author><hero-image><img src="/_assets/images/news/2023/2023-03-going-up-discovering-a-proteins-elevator-motion-could-spur-new-cancer-treatments.banner.zip.jpg" alt="New research from Michigan State University has shown how proteins known as ZIPs transport metal into living cells. ZIPs are found across the tree of life, playing important roles in health and disease. "/></hero-image><image><img src="/_assets/images/news/2023/preview2023-03-going-up-discovering-a-proteins-elevator-motion-could-spur-new-cancer-treatments.banner.zip.jpg" alt="New research from Michigan State University has shown how proteins known as ZIPs transport metal into living cells. ZIPs are found across the tree of life, playing important roles in health and disease. "/></image><tags><tag>Mathematics</tag><tag>ZIP proteins</tag><tag>biology</tag><tag>bmb</tag><tag>cancer treatments</tag><tag>computational models</tag><tag>plant resilience institute</tag></tags></item>