VIU professor develops imaging technology to take a deeper look at tumour metabolism

Dr. Kyle Duncan is part of an innovative cancer research team that received funding from the Terry Fox Research Institute.

A team of researchers is leading an innovative project that will give clues to the origin and behaviour of cancer.

Alum finds forever chemicals in sixgill shark

Forever chemicals are in our waterways and oceans. Recent research by VIU alum Misha Zvekic shows they are also turning up in marine life.

Forever chemicals, also known as Per- and Polyfluoroalkyl Substances or PFAS, are persistent, human-made substances. They’re called forever chemicals because they hardly break down in the environment and could last for decades. These chemicals are commonly found in stain-resistant and water-repellant consumer products as well as some firefighting foams.

Solving real-world problems with computational chemistry

Doing research as an undergraduate student has helped Savannah Mercer make the connection between what she is learning in class and how it can be applied in the real world.

The fourth-year Bachelor of Science student is part of Dr. Heather Wiebe’s Molecular Modelling Research Group, which specializes in computational chemistry. The group uses computer simulations to answer scientific questions.

Savannah, whose hometown is Parksville, decided to attend VIU because it was close to home and offered small class sizes.

VIU lecture series kicks off with the story of the endangered Vancouver Island marmot

Science and Technology Community Lecture Series features seven presentations by VIU faculty.

Scientists are sharing their insights on everything from the endangered Vancouver Island marmot to investigating deep-sea organisms with computational chemistry during the Vancouver Island University (VIU) Science and Technology Community Lecture Series.

VIU researcher aims to build a new tool to map molecules in tissue

Chemistry Professor Dr. Kyle Duncan receives NSERC Discovery Grant to help develop new mass spectrometry imaging technology.

A Vancouver Island University (VIU) Chemistry Professor is developing mass spectrometry technology that could help discover new treatment options for cancer.

From climate change to fish kills – environmental chemistry enabled by innovative research

VIU Chemistry Professor Dr. Erik Krogh receives NSERC Discovery Grant to continue groundbreaking research.

Dr. Erik Krogh, a Vancouver Island University (VIU) Chemistry Professor, is expanding the frontiers of mass spectrometry to develop real-time measurements of emerging contaminants in real-world samples.  

Gaining a global research perspective

Angelina Jaeger expanded her research horizons for three months in Germany after earning a spot in a prestigious summer internship program.

She received a German Academic Exchange (DAAD) Research Internships in Science and Engineering (RISE) scholarship. Angelina is the first Vancouver Island University undergraduate student to receive this scholarship and competed with students from North American, British and Irish universities. Only 320 scholarships were awarded.

From recovery to harm reduction

Editor’s note: This feature article is being published posthumously with the permission of Armin Saatchi’s family. Armin passed away in October 2022, prior to defending his Master of Science in Chemistry. To honour his memory, the family is establishing a memorial award in his name at Vancouver Island University. To contribute, please connect with the VIU Foundation.   

 

VIU alumnus Armin Saatchi has a strong vision of where he wants his life to go.

VIU researchers measure methane at Alberni Valley Landfill

Student researchers gain valuable hands-on experiences while helping to fight climate change.

Methane is more potent than carbon dioxide and reducing or eliminating emissions is a critical step to help fight climate change. 

Researchers at Vancouver Island University (VIU) are working with the Alberni-Clayoquot Regional District to monitor the Alberni Valley Landfill to find methane hot spots. This information will help the regional district pinpoint where the methane is coming from and make decisions on how to mitigate it.

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