<?xml version="1.0" encoding="UTF-8"?><!-- <?pcf-stylesheet path="/_resources/xsl/for-all-forever-news/news-post-campaign.xsl" title="CampaignHTML" extension="-campaign.html" alternate="yes" ?> --><item href="/technology/news/making-structural-biology-visible-through-virtual-reality-and-3d-printing.html" dsn="news"><teaser-title>Making Structural Biology Visible Through VR and 3D Printing</teaser-title><teaser-description>Students in a biochemistry course at Seton Hall explored molecular structures in three dimensions using virtual reality and 3D printing.</teaser-description><pubDate>04/29/2026</pubDate><title>Making Structural Biology Visible Through Virtual Reality and 3D Printing</title><description>Explore how virtual reality and 3D printing are transforming the way Seton Hall students experience molecular science—turning complex structures into immersive, hands-on learning. Discover how innovation in the classroom is making the invisible visible.</description><author>Jarrod Cecere</author><author-title/><image><img src="/images/Jarrod%20Cecere_David%20Calianese_Scott%20Bergenfeld_320.jpg" alt="Jarrod Cecere, Dr. David Calianese, and Scott Bergenfeld at the Biosymposium"/></image><shortnames/><category>Science and Technology</category><department>None</department><relationships>Department of Information Technology,Teaching Learning and Technology Center</relationships><created-date>2026-04-29T16:45:28.725Z</created-date></item>