Recent graduate with excellent research, technical, and problem-solving skills. Detail-oriented and able to learn new concepts quickly. I am very passionate about research, specifically in the areas of cancer, molecular biology, biochemistry, vaccine development, and biomanufacturing. I am a hard worker with excellent communication skills. I am eager to learn and grow in my career, gain knowledge, and expand my skills. My short-term goal is to pursue a PhD in Biomedical Science with a focus in Cancer Biology. My long-term goal is to become a professor and an independent researcher in Cancer biology and Biomedical sciences.
My research interests lie at the intersection of cancer biology and cutting-edge technology, particularly in the development of Microelectromechanical Systems (MEMS) for cancer research and therapeutics. I am intrigued by the potential of MEMS to revolutionize cancer diagnostics, drug delivery, and personalized medicine.
Research Assistant, [Antibacterial effect of Tridax procumbens]
[KNUST], [Kumasi-Ghana]
May 2024 – August 2024
Mentor: Prof. Felix Charles Mills-Robertson
Description: This research project investigated the antibacterial activity by evaluating the plant’s effectiveness against various bacterial strains, and identifying bioactive compounds that contribute to its antibacterial properties
Duties: I assisted students by reviewing their literature summaries on Tridax procumbens guiding them on how to gather relevant research articles, organize information, and critically analyze existing studies on the plant’s antibacterial effects. I provided feedback to improve the clarity, accuracy, and relevance of their written work.
I also supported students in designing and executing experiments, including preparation of plant extracts and performing antibacterial assays.
Research Assistant, [Antidiabetic potential of Alchornea cordifolia]
[KNUST], [Kumasi-Ghana]
May 2024 – August 2024
Mentor: Prof. Felix Charles Mills-Robertson
Description: The objective of this study was to investigate the potential antidiabetic properties of Alchornea cordifolia, by extracting bioactive compounds from Alchornea cordifolia and testing their effects on animal models induced with Type 2 diabetes. The study focused on assessing blood glucose levels and biochemical parameters related to diabetes to determine the plant's efficacy as a natural treatment for managing diabetes.
Duties: I reviewed and provided feedback on their written summaries of existing studies on Alchornea cordifolia and its medicinal applications. This included assisting them in identifying credible sources, synthesizing information, and highlighting the relevance of the plant's antidiabetic potential.
I also helped students understand the experimental design, including the extraction and isolation of bioactive compounds, as well as methodologies for testing these compounds on diabetic animal models.
I also assisted students in their acquisition of the rat models
Research Assistant, [In Vitro Assessment of Lemongrass Extracts on candida albicans]
[KNUST], [Kumasi-Ghana]
May 2024 – August 2024
Mentor: Prof. Felix Charles Mills-Robertson
Description: The research aimed to evaluate the antifungal properties of lemon grass (Cymbopogon citratus) extract against Candida albicans, a common fungal pathogen responsible for various infections in humans.The study involved the preparation of methanolic extracts of lemon grass and testing its inhibitory activity against Candida albicans using in vitro assays. Different concentrations of the extract were prepared to determine the minimum inhibitory concentration (MIC) and the effect on fungal growth. The findings indicated that lemongrass extract exhibited significant antifungal activity, with potential applications as a natural alternative for antifungal treatments.
Duties: I assisted students in structuring their research reports, ensuring clarity and coherence, and guiding them on scientific writing standards.
I supported students in creating effective poster presentations that highlighted their research findings. This involved helping them select the most relevant data, organize information visually, and create clear and concise posters. I provided guidance on how to communicate their research objectives, methodologies, and emphasizing the importance of engaging visuals and logical flow
Research Assistant, [Evaluating the Antibacterial properties of Alstonei boonei: Unraveling its traditional uses, chemical components and potential benefits in West african herbal medicine with emphasis on Ghana]
[KNUST], [Kumasi-Ghana]
May 2024 – August 2024
Mentor: Prof. Felix Charles Mills-Robertson
Description: This research explored the antibacterial potential of Alstonia boonei and its chemical components, assessing its efficacy against various bacterial strains to validate its traditional uses. By isolating and testing active compounds, the research aimed to provide a scientific basis for the plant’s application in treating bacterial infections and promote its use as a natural alternative to conventional antibiotics.
Duties: I assisted students in organizing their dissertations, guiding them on how to present their introduction, methods, and results sections effectively, and ensuring thorough literature review and discussion of the significance of their findings.
Research Assistant, [Antibacterial activities of Hoslundia opposita ]
[KNUST], [Kumasi-Ghana]
May 2024 – August 2024
Mentor: Prof. Felix Charles Mills-Robertson
Description: This study investigated the antibacterial properties of Hoslundia opposita. The research aimed to evaluate the effectiveness of its bioactive compounds against strains of pathogenic microorganisms, with a focus on understanding its potential as a natural antibacterial agent.
Duties: Reviewing students' dissertations for clarity, coherence, and adherence to scientific writing standards.
Research Assistant, [Effects of High-Energy Drinks and Caffeine Consumption on Long-Journey Drivers Around Kumasi ]
[KNUST], [Kumasi-Ghana]
April 2024 – May 2024
Mentor: Prof. Caleb Firempong
Description: This research focused on understanding the impact of high-energy drinks and caffeine on drivers undertaking long journeys around the Kumasi area. The study aimed to assess how these stimulants affect drivers’ alertness, reaction times, and overall driving performance, as well as any potential side effects associated with prolonged consumption. The findings aimed to contribute to road safety awareness, particularly regarding the use of stimulants for long-distance driving.
Duties: Distributing questionnaires to drivers at various locations to gather data on their energy drink and caffeine consumption habits.
Lead Student Researcher, [Assessing the Antidiabetic potential on Annona muricata on type 2 induced diabetes rats ]
[KNUST], [Kumasi-Ghana]
May 2023 – August 2023
Mentor: Prof. Felix Charles Mills-Robertson
Description: By exploring this plant-based derivative, we discovered compounds with antidiabetic properties, expanding the arsenal of safe and less expensive treatments available for type 2 diabetes , paving the way for the stimulation of research and innovation.
Duties: As project lead, I performed all sample collection, developing the experimental protocols, including the induction of type 2 diabetes in rats, dosage administration, and duration of the treatment.
Compiling the research findings into comprehensive reports and preparing presentations,