
Program:
PhD student
Research Theme:
Nanomedicine and Chemical Biology
Prior Education:
Master of Pharmacy (in Pharmaceutics and Nanomedicine), University of Nigeria, Nsukka
"The synergy within the team, coupled with the mentorship of my supervisor, has made my research journey both productive and enjoyable."
What inspired you to pursue a graduate degree in the field of pharmaceutical sciences?
Growing up in Nigeria, where access to cutting-edge drug discovery and pharmaceutical research was limited, I developed a strong desire to improve healthcare outcomes through innovative solutions. My undergraduate research on developing solid lipid nanoparticles for antimalarial drugs was a pivotal moment, revealing the transformative potential of drug delivery systems. This passion deepened during my postgraduate studies where I created nanoparticulate mosquito-repellent systems as a novel tool to prevent malaria transmission. These experiences, coupled with the support and encouragement from mentors and peers, have inspired me to pursue advanced studies. My goal is to leverage my skills and knowledge to develop advanced therapeutics that address pressing health challenges, particularly in underserved communities.
What is your research project about?
One of the significant challenges in modern medicine is the rise of antibiotic-resistant bacteria and the lack of development of new antibiotics. This issue poses a serious threat to public health, as many bacterial infections are becoming increasingly difficult to treat with existing medications. My research addresses this critical problem by creating advanced drug delivery systems that mimic the body's natural defense mechanisms to enhance the efficacy of antibiotics. Specifically, I am working on creating nanoparticles inspired by neutrophils, which are white blood cells that trap and kill bacteria using web-like structures. These nanoparticles are designed to expand and capture bacteria, then release antibiotics in a controlled manner. This approach aims to revolutionize how we treat bacterial infections by increasing drug efficacy and safety.
What has been the highlight of your time at Pharm Sci so far?
The highlight of my time at UBC Pharm Sci has undoubtedly been my involvement in my lab (the Finbloom lab). For me, the two most important factors for a healthy and successful graduate school experience are having a supportive supervisor and a collaborative lab environment. Fortunately, I have found both in my current lab. The synergy within the team, coupled with the mentorship of my supervisor, has made my research journey both productive and enjoyable.
What are some fun activities you enjoy doing in and around Vancouver?
Away from the lab, I love to explore Vancouver's vibrant and diverse city, especially its food scene. Vancouver is a culinary paradise, offering everything from food trucks to fine dining. One of my favourite activities is visiting the various farmers' markets around the city, such as the Granville Island Public Market, where I find fresh, local produce and artisanal goods. Cooking with these fresh ingredients is an absolute joy! Living in Vancouver has also sparked my interest in trying different cuisines and cooking styles. I've taken a few cooking classes to prepare authentic dishes from various cultures, which has been both educational and enjoyable. Whether it’s mastering falafel making or learning the secrets of Italian pasta, these classes have enriched my culinary skills and provided fun, hands-on experiences.
How have you found support and community at Pharm Sci/UBC?
As an international student from a different country, the transition to a new environment can be challenging, but the warm and inclusive community at UBC has made it much easier. The graduate student society, PharGS, organizes numerous social events and activities throughout the year. These events have been fantastic opportunities to meet fellow students, build friendships, and create a support network. The sense of camaraderie and mutual support within the student community has been invaluable, making the transition smoother and more enjoyable.