Dr. Austin supervised three students in the levofloxacin Distributed Analytical Laboratory project using HPLC. These students tested over 100 capsules and provided the data to Notre Dame. Elisha Reed, a Noyce scholar, presented the work at the Spring 2023 STEM symposium.
Dr. Austin was a guest of the POGIL Podcast in the fall of 2022 on an episode dealing with team roles in a POGIL classroom.
Student Rebecca R. Brubaker worked with me to determine the impact of glyphosate, commercially known as RoundupTM , on the growth of the soil bacterium, Pedobacter heparinus. The work was presented at the Student Symposium on the Environment, which was held on the campus of Westminster College December 3, 2015.
With students Katie Snyder, Sara Anderson, and Brooke Wible. Presented at the Student Symposium on the Environment, which was held on the campus of Westminster College December 4, 2014.
With students Katie N. Cramer, Cassandra K. Milliner, and Samuel J.Robb. Presented at the Student Symposium on the Environment, which was held on the campus of Westminster College December 5, 2013.
Dr. Austin is active in the biochemistry wing of the POGIL pedagogical movement, and is chair of the Video Workshop Group. He attended the POGIL national meeting in St. Louis in early June 2022.
My current work is to isolate and characterize a unique phytochrome from P. heparinus. This phytochrome protein has an associated heme oxygenase that is of interest as well.
This is a joint project with the Beaver Falls Municipal Authority. Samples are taken at select stages in water product where we analyze for TTHM production.
Dr. Austin supervised three students in the levofloxacin Distributed Analytical Laboratory project using HPLC. These students tested over 100 capsules and provided the data to Notre Dame.
Dr. Austin is active in the biochemistry wing of the POGIL pedagogical movement, and is chair of the Video Workshop Group. He attended the POGIL national meeting in St. Louis in early June 2022.
Dr. Austin oversaw six students in the Total Trihalomethane (TTHM) water project (using GC-ECD) for the Beaver Falls Municipal Authority.