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This student profile has been archived and is no longer being updated.
This student profile has been archived and is no longer being updated.
UBC's 2020 Three-Minute Thesis Finalist, Daniel He, conducts blood tests on patients who have Idiopathic Pulmonary Fibrosis with the aim of improving diagnostics for this disease.
I really enjoy data science and decided to combine those interests with my background in biological sciences. Data is starting to shape our society in a variety of ways, and I want to learn how to use it to improve our world in a positive manner - in this case, trying to solve complex human diseases!
UBC is a world leader in medicine. We have strong collaborations between our physicians and research scientists that allow for access to important patient samples and ensure the relevance of our biomedical research.
I have previously completed a Master of Science in Experimental Medicine, so I was quite familiar with the program. Attending my department's research day opens my eyes to the wide variety of research within the program, which is what I like most about it in addition to the freedom we are given to pursue our research interests.
I have lived in Vancouver my entire life, but I am constantly discovering new things about it thanks to the diverse group of students and staff at UBC. Someone who works on campus once took me up to the top of the Iona Building - wow, what a view!
Remember to prioritize your mental health, and don't compare yourself to others - we are all on our own journey. Think big with your research, but plan for the future while you're in graduate school!
I've done an undergraduate and a master's degree at UBC, and I've also worked in a UBC research lab. Being in these environments and learning about different expertise within our community has enabled me to create collaborations of my own, which is the key to performing successful research.
Remember to prioritize your mental health, and don't compare yourself to others - we are all on our own journey. Think big with your research, but plan for the future while you're in graduate school!
Interstitial lung diseases (ILDs) includes over 200 diseases common in older adults and characterized by excessive deposition of fibrotic material in the lung interstitium (tissue and space surrounding the alveoli), resulting in decreased oxygen uptake into the blood. Because ILD subtypes can be difficult to distinguish, diagnosis is often delayed and in some cases can take up to 5 years. Accurate distinction of ILD subtypes is crucial to ensuring proper clinical management, particularly due to contraindicated therapies between subtypes. The focus of my research is to discover gene biomarkers that can distinguish between ILD subtypes with the ultimate goal of developing a blood test with diagnostic utility in ILD clinical practice.