Can you describe your current role and what your typical day looks like?
As a PhD student in cellular and molecular biology, my role involves a range of activities centered around my research in animal nutrition and epigenetics. A typical day includes handling large animals for experiments, conducting lab work, and performing bioinformatics analyses. I also attend classes and workshops to further my knowledge and skills. Additionally, I spend time analyzing data, writing research papers, and preparing grant proposals to support my work. Each day is dynamic, balancing hands-on research with academic and administrative tasks.
What is your educational background and experience, and how did it prepare you for this career?
I hold a bachelor’s degree in microbiology and a master’s degree in biotechnology from Bangladesh. My extensive experience working in infectious diseases, including significant contributions to developing a COVID-19 RT-PCR kit during the pandemic, has been instrumental in shaping my career. This background provided me with valuable technical skills and demonstrated my ability to work effectively under pressure. Despite the challenges of limited PhD funding opportunities during the pandemic, my previous experiences and strong academic background were crucial in securing a fully funded PhD program. These experiences have well-prepared me for my current research and academic pursuits.
What is your proudest achievement in your career so far?
I secured a fully funded PhD scholarship despite a low CGPA, coming from an underrepresented community, and having a speech impediment, is one of my proudest achievements.
This year’s theme is “From Dreams to Reality: Dynamic Women in STEM.” Is this your dream career? If not, how do you plan to turn your dreams into reality?
My passion for science was deeply inspired by my late mother, whose own scientific aspirations were constrained by societal norms in Bangladesh. Her dream was to see me earn a foreign advanced degree and make a meaningful impact. As a PhD student, I see this as a pivotal step towards achieving my ultimate goals. I aspire to develop and implement nutritional strategies that enhance livestock production and influence public health policies. My broader vision includes addressing food security, improving pregnancy outcomes, and advancing sustainable development. Additionally, I am committed to creating a supportive environment for women, particularly those from underrepresented communities. By harnessing my passion for science, and through patience and perseverance, I am dedicated to turning these dreams into reality.
How do you think your work impacts the broader community or the world?
My research is crucial because it explores how prenatal nutrition can impact sustainable agricultural practices and contribute to global food security. By examining the relationship between maternal nutrition and fetal development, my work addresses key questions about improving agricultural methods and enhancing food production efficiency. This research is particularly significant for countries facing challenges in feeding their populations. Moreover, these findings may be translated into strategies that enhance human health outcomes, thereby benefiting both agricultural and health sectors.
What are some strategies you use to maintain resilience and persistence in the face of obstacles?
Over the past five years, I have focused on what I can control rather than what I cannot. This mindset shift has profoundly impacted my perspective and approach to challenges. I view obstacles as an integral part of life that does not deter me but rather strengthens and motivates me. Each challenge presents an opportunity for growth and self-discovery, revealing my inner strengths and capabilities. Embracing these experiences helps me uncover and harness my hidden potential, contributing to my resilience and persistence.
What are the emerging trends or technologies in your field that excite you?
One of the most exciting emerging trends in my field is the advancement of multi-omics approaches to provide a comprehensive understanding of biological processes. This technology is transforming how we study complex systems like prenatal nutrition and fetal development, offering deeper insights into molecular interactions and regulatory mechanisms. Advancements in artificial intelligence and machine learning are enhancing our ability to analyze large-scale omics data, leading to more accurate predictions and discoveries. Another promising development is the use of CRISPR and other gene-editing technologies, which have the potential to revolutionize how we address genetic and environmental factors influencing health and disease.
What advice do you have for other women or nonbinary individuals considering this field?
Firstly, it’s crucial to address and overcome the societal pressures and stereotypes that can be overwhelming, especially for women and nonbinary individuals. These pressures can sometimes discourage us from pursuing our passions. It’s important to focus on your own goals and aspirations, rather than being swayed by external judgments. Embrace the mindset of concentrating on what you can control and letting go of what you cannot. This approach not only helps you stay resilient but also empowers you to make meaningful progress in your career. By prioritizing your personal and professional growth, you can navigate challenges effectively and achieve your aspirations in any field.