Biswas-Fiss shared with QIAGEN that while she would love to train students in dPCR, the cost of technology was a barrier. That prompted QIAGEN to donate the high-end instrument.  

“It costs so much to conduct dPCR experiments, and our students get to do this, thanks to QIAGEN, which is extraordinary,” Biswas-Fiss said. 

Biswas-Fiss said the technology has applications for several MMSC classes.

“Digital PCR will be used in our molecular diagnostics and cell and tissue culture courses; it has applications for gene expression,” she said. “It also has applications for masters and doctoral students to conduct cutting-edge research as we integrate the device into all our labs.” 

This collaboration is just one example of how the MMSC Department innovates to ensure students are equipped with the skills and experiences needed to excel in the rapidly evolving fields of biotechnology and molecular sciences.

“As technology advances, we strive to update our curriculum,” said Biswas-Fiss. “Digital PCR gives our students unique exposure that few other students in the country have — I’m very proud of that.”  

QIAGEN’s generosity doesn’t end with the donation of the dPCR instrument. In addition to the training session, the company is donating reagents needed to run experiments and plans to bring MMSC students to tour their research and development facility in Frederick, Maryland, in the spring.  

“That opens up the door for our students to pursue possible internships with QIAGEN,” said Biswas-Fiss. 

During a networking session that followed the training, representatives of QIAGEN continued to be impressed by the students’ experience and enthusiasm. 

“Their passion and eagerness to learn made me confident that they will have a strong start when entering the job market,” said Antonina Spencer, senior manager with QIAGEN. “It made me proud to work for QIAGEN, knowing we could share this valuable experience with such a motivated group.”

“The students were bold and impressive in selling themselves and their desires for career prospects in the future,” said Megan Gallagher, field application specialist with QIAGEN. “The experience will certainly translate into opportunities for them once they enter the job market.”

A competitive edge

After a demo showcasing the precision and accuracy of the QIAcuity dPCR, Grace Davis, a junior applied molecular biology and biotechnology (AMBB) major, was in awe.  

“I want to pursue a career in vaccine and medication development, so I appreciate this experience because it gives us a leg up in the industry,” Davis said.  

This year, Zaina Punter, a junior AMBB major, transferred to UD from Delaware Technical Community College for opportunities like this.

“They’ve emphasized that this state-of-the-art technology isn’t often seen in undergraduate labs,” Punter said. “Knowing dPCR will put me ahead of all the undergraduates in the country whether I want to enter academia or industry.” 

As they continue to master the technique, students like Davis and Punter can add dPCR to their résumés.

“This collaboration strengthens UD’s MMSC program but also sets a benchmark for innovation in undergraduate education nationwide,” said Biswas-Fiss. “When our students enter the workforce, they will be well-prepared and exceed all expectations.”