Remember how our old-school parents used to warn us about watching too much TV, believing that nothing good could come from it? Well, in Dr. Shivaani Mariapun’s case, watching TV was the spark that ignited her passion for science! It all began when a then 16-year-old Shivaani was watching a documentary showcasing the power of genetic information to trace human migration, which sparked her curiosity. That’s right, it wasn’t your typical teenage drama series or animated cartoon.
This fascination led her to pursue a degree in genetics and molecular biology, eventually landing her an internship at Cancer Research Malaysia (CRMY), where she found her true calling in cancer research.
As a Senior Research Associate at CRMY, Dr Shivaani’s work focuses on understanding how information from mammograms can help predict breast cancer risk in Asian women. Mammographic density might sound like a mouthful and above one’s head but worry not, because Dr Shivaani can explain it in simpler terms for everyone to understand.
Mammographic density is a term, basically describing those ‘white’ areas you see on mammograms, representing the proportion of connective, epithelial and fatty tissue in the breast. And guess what? It’s linked to breast cancer risk and is reportedly higher in Asian women. Her research on mammographic density aims to drive improvements in breast cancer outcomes across Asia.
Having been born and raised in Kuala Lumpur, Dr. Shivaani aspires to become a credible epidemiologist, focusing on under-studied populations. As the incidence of cancer continues to rise, epidemiologists are becoming increasingly important in cancer prevention and control efforts.
When asked about her source of inspiration, she credited Professor Datin Paduka Dr Teo Soo Hwang who has been her mentor for over 14 years.
“Professor Teo is a remarkable scientist who has had numerous achievements in the Asian breast cancer research arena. I have learnt a lot from her, not just about what it takes to be a good research scientist, but also about leadership and the importance of collaborative research,” said Dr Shivaani.
Like any journey in life, she faces some challenges in her scientific endeavours, such as ensuring scientific rigor, which is critical in scientific research but can be challenging when human participants are involved and various uncontrollable environmental influences are at play.
That said, Dr Shivaani’s research isn’t just about numbers and data. Her research goes beyond numbers and data and is also about changing lives. Through personalised screening approaches based on risk profiles, her work could help with early detection of breast cancers and better allocation of resources, potentially saving lives.
Outside of her work, Dr Shivaani finds joy in physical activities like running, brisk walking, as well as in music and baking. These activities not only help her unwind but also provide a creative outlet and relaxation. Remember, balance is key.!
For all the young adults out there considering a career in science, Dr Shivaani’s advice is to stay curious, nurture your passion and be resilient.
“Success in research is neither definite nor immediate, so it’s important to enjoy the ride! A fulfilling career in research comes from knowing that your work could make an important contribution to society.”
Dr Shivaani
From a curious 16-year-old to a PhD graduate from the University of Nottingham Malaysia, Dr Shivaani’s journey shows that inspiration can come from unexpected places and pursuing unconventional interests can lead to a rewarding career.
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