Can Humans Tell Time On Mars?

Alex Neitz is a 4th year PhD candidate in the Molecular and Cellular Biology Program. Her
research looks at how organisms act as clocks to predict daily variations in their environment.
She is interested in how the modern environment affects the timing of these inner clocks in
humans to cause Seasonal Affective Disorder and what we can do to prevent it.

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Predicting Algal Takeover

Miranda Mudge is a graduate student and researcher in the Molecular and Cellular Biology Department at the University of Washington. She is studying proteins to better understand how bacteria influence and respond to their environment. Her research involves using proteins in bacteria as a tool for predicting harmful algal blooms.

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How does lung cancer form? Let us count the ways. And stop all of them.

April Lo is a genome sciences graduate student at the University of Washington and the Fred Hutchinson Cancer Research Center. In her research, she studies what happens in lung cancer cells when there are errors or imbalances in genes. By connecting changes in genes to changes in the cell's messaging system, she hopes to better understand and help treat this deadly cancer.

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Diagnosing Liver Cancer in a Snap – Literally!

Connor Krolak is a 2nd year Bioengineering PhD student studying how ultrasound can be used to create better diagnoses for cancer, and then also use ultrasound to treat the cancer as well. He is currently focusing on using ultrasound to diagnose a really difficult type of liver cancer – hepatocellular carcinoma.

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Building our way out of climate change

Christina Bjarvin is a graduate student and researcher at the University of Washington’s School of Environmental Forest Sciences, working and studying in the Center for International Trade of Forest Products lab. Her research focuses on how constructing tall buildings out of wood can help us fight climate change.

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Do we need a psychiatrist for our immune system?

Saumya Jani is a graduate student researcher in the University of Washington’s Department on Lab Medicine and Pathology. She is studying the immune response to an aggressive and often lethal skin cancer, Merkel cell carcinoma, in order to improve immune-based cancer treatments.

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Would you be happy, sleeping on plastic?

Nicole Gregorio is a second year PhD student in bioengineering at the University of Washington. She is developing new, Jell-O-like materials that help us better understand cells and disease. These materials are also a key part of improving disease treatments that help the body regenerate itself.

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The Danger of Relegating Native Americans to the History

Doris Dai is a fifth-year PhD student in social psychology at the University of Washington. Her research focuses on how historical representations of Native Americans shape non-Native individuals’ (mis)perceptions of Native Americans, and how such (mis)perceptions have downstream negative consequences on Native Americans’ well-being and lived experiences.

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Since We Don’t Have Flying Cars Just Yet...

Caitlin Cruz is a Masters student in the School of Environmental and Forest Sciences at the University of Washington. She works in the field of biofuels— transportation fuels made from renewable resources. Her research examines what sorts of policies create the most beneficial conditions for biofuel facilities across the US, hoping to make the implementation of these fuels more widespread.

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Ytterbium: How Elements Get Their Unique Names

Rachel Gariepy is a second-year Ph.D. student studying how materials that undergo laser cooling can impact the surrounding environment. She is examining how the temperature difference caused by these materials affects the activity rate of enzymes, which are of vital importance in many biological and biochemical processes.

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In Science, the “How?” is Just as Important as the “What?”

Gabriella Reggiano works in a computational structural biology lab, a fancy way of saying she spends her time at a computer, writing a bunch of code and looking at a lot of protein models. Unlike most scientists, her goal isn’t to answer a fundamental question about the universe, but to develop a method that will make it easier for scientists to understand how proteins move, so they can answer whatever questions spark their curiosity (as long as they’re about proteins).

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What if your life and offspring depended on the success of a long-distance trip?

Ashley R. Townes is a passion-driven fish ecologist, educator, and international in-field environmental researcher working in the realm of ecological restoration and natural resource management at various international agencies, NGOs, and institutions around the world. At the University of Washington’s School of Aquatic and Fishery Sciences, Townes is studying both the behavior and ecology of spawning sockeye salmon ( Oncorhynchus nerka ) and the effects of marine biogenic habitat on groundfish species that are ecological, commercially and economically important.

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Miniature magnets, big questions

Sarah Sweger is a Ph.D. student in the Chemistry department at the University of Washington, but Sweger’s work sits at the crossroads between chemistry, biology, and physics. Sweger’s research focuses on utilizing electrons as magnetic “rulers” to understand the structure and function of proteins and how we can use statistics to determine the reliability of our measurements.

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Talkin’ Smack: Understanding What Jellyfish Have to Say

Bri Gabel is an experienced aquaculturist who managed a community science team for nearly a decade, focusing on rearing jellyfish for aquarium display and scientific research. For the last two years, her jellyfish have been used to help scientists understand what jellyfish are eating and how that might influence the entire Puget Sound food web.

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