Viruses getting on your nerves?

Victoria Rachleff is a Molecular & Cellular Biology Ph.D. student at the University of Washington. Melding her background in neuroscience and interest in virology, Rachleff uses clinical data and animal models to study viruses that infect the nervous system.

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Peeing off a skiff and other adventures of a seabird biologist

Amelia J. DuVall spent the last several years getting pooped on while studying seabirds at Channel Islands National Park in southern California. Now a graduate student at the School of Aquatic and Fishery Sciences at the University of Washington, her research is on seabird ecology, conservation, and management across the Pacific Ocean, from the Channel Islands to French Polynesia.

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Seeing is believing (and understanding)

Molly Zych studies cell division in order to understand how human cells accurately separate DNA into two new daughter cells. Using microscopy and cell biology tools Molly hopes to understand why errors occur in this process and how they contribute to both developmental disorders and cancer advancement.

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'Bad dogs' for good causes: Using rescue dogs to help with wildlife conservation

Natalie Mastick is a Ph.D. student in Aquatic Sciences at UW and a Graduate Fellow with Oceans Initiative, and she studies how parasites affect marine mammals in Puget Sound. She uses historical ecology to figure out how parasite abundances in fish have changed over the course of the past century, and works to determine how parasitized the whales that eat those fish species are today using recently collected fecal samples.

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Seeing the forest for the (dead) trees

Jenna Morris is an ecologist studying the ways forests respond to disturbances like fire and insect outbreaks. Her current research explores how management activities and bark beetle outbreaks interact to shape forests across western North America, with implications for improving our ability to maintain resilient forest structure and function in a changing climate.

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Microbes: A Quest for Iron

Jiwoon Park is a PhD student in chemical oceanography. She studies organic molecules that are produced by marine microbes to efficiently take up metals (e.g. iron, cobalt) for growth, to understand how the production or consumption of organic molecules may affect metal availability and eventually the microbial population in the North Pacific Ocean.

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What we can learn from plants and their partners

Anne Polyakov is a graduate student at the University of Washington and she studies how plants communicate using vast, underground fungal networks, through which they share nutrients and warning neighbors of incoming danger within the network. Anne studies the costs and benefits of participating in this network, and what we can learn from plant communities by listening to what they are saying in the wood wide web.

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“Why are we learning this? Because... [Mardi Gras Edition]”

A.J. Balatico is a Ph.D. student in Learning Sciences and Human Development in the University of Washington’s College of Education with interests in computational neuroscience and educational equity, especially for science, technology, engineering, and math education. He focuses on how people learn motivation and identities from their experiences.

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Can Indian spices treat baby brain injury?

Andrea Joseph is a Chemical Engineering graduate student at the University of Washington. She studies the brain’s natural defense systems and how they go awry in disease. These changes are important to consider when designing new treatments that target the brain.

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Mt St Helens is not acting up

Taryn Black is a geoscientist studying glacier changes in Greenland. She uses satellite images to monitor seasonal and yearly variations in glacier size and to determine how they are responding to climate change.

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Possible Futures with Organic Electronics

Samantha Phan is a Chemistry graduate student at the University of Washington. Her research focuses on developing efficient and environmentally friendly chemical techniques for semiconducting materials used in organic carbon-based electronic devices, such as OLEDs, solar cells, and wearable electronics. The purpose of her project is to reduce the materials’ economic costs and chemical complexity, making them more suitable for large-scale commercial production and lower the cost of future electronic devices.

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A nano-sized trip to the brain

Mengying is a graduate student at UW studying molecular engineering. She studies fluorescent nanoparticles called quantum dots and their behaviors in the developing brain. Her work also focuses on using the knowledge gained above to better design imaging and tracking system of viruses or other biological entity in the brain.

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