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This student profile has been archived and is no longer being updated.
This student profile has been archived and is no longer being updated.
My decision to go for a graduate degree was made long before the commencement of my undergraduate program at FUTO Nigeria. This was born from the premise that to be a good scientist, it’s imperative that I acquire and develop the necessary research skills and knowledge, and I was sure that a PhD degree would help actualize it.
I chose UBC because it is a research-intensive institution that provides a stimulating academic environment where I can acquire and develop excellent skills necessary to achieve my career goal. Besides, I have always been attracted to best global universities, and UBC being in the top 30 and in one of my favorite cities, Vancouver, captured my interest. So I was convinced that having the privilege to experience UBC’s culture and innovative research will empower me to truly become a world-changer.
I have been passionate about the genome and how to make sense of the huge amount of information it contains. However, having a passion is one thing, and choosing a graduate program that can make that dream come true is another. The ‘technology’ in GSAT first caught my attention because it meant that I was going to be trained in the field of genomics, and to be able to apply high throughput technologies in the field. My interest grew stronger upon realizing the transdisciplinary nature of the GSAT program, as I was of the opinion that the contemporary science should be more of a forum where researchers from related fields can collaborate in order to address pressing scientific questions. So here I am today, enjoying the program and all it can offer.
Frankly, UBC exceeded my expectation in terms of research and learning facilities. Its a serene and conducive environment that greatly challenges me to be innovative. The layout of the campus is amazing. In addition, life in Vancouver is fulfilling, with a lot of beaches, international cuisines, and other recreational activities such as hiking.
I am enjoying the way I have immersed myself in the application of high throughput technologies. My lab is extensively involved with the use of such technologies in investigating drug-gene relationships, using budding yeast as a model organism. It has also facilitated my research approach, ensuring that my research questions can be addressed with confidence. In addition, I enjoy the flexibility of my graduate program which allows me to choose whatever course that I feel meets my interests.
The major challenge will be lack of an adequate computational skill. It’s becoming clearer now that, to be a successful life scientist, a sound computational and statistical knowledge is paramount.
I feel very good that students are advised to register for courses such as GSAT540 that provide the necessary statistical background. In addition, we are also encouraged to learn Python, R, and other programming languages.
The MSc training I received from Glasgow developed my independent thinking, scientific writing, and communication skills, which have remained all-important to my present graduate study at UBC.
I play and watch soccer during my leisure time. I also watch TV, and read the news.
Prepare your mind, set a target, get ready for rewarding opportunities, and network with people you meet. Importantly, be inspired by a purpose.
I am investigating how genetically identical cells vary in their response to drugs. Very often some tumor cells in an individual evade a therapeutic treatment that is effective against other cells. This variation in drug response is most commonly attributed to genetic difference (acquired mutations, copy number variations or single nucleotide polymorphisms). However, there is growing evidence that variation in drug response can also be due to non-genetic heterogeneity (e.g. ‘noisy’ difference between cells in how proteins are made from DNA), and this is poorly characterized due to their transient nature as well as lack of robust methods. Therefore, my work seeks to develop tools (barcoded-yeast cells) that will be used to reliably quantitate the effects of genetic and non-genetic variation in drug response. One of my research questions will be addressing the extent to which genetically identical cells respond differently to drugs, and to determine whether such variability is drug-specific.
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