Dr. Clement Yedjou, Florida Agricultural & Mechanical University, United States.
Dr. Clement G. Yedjou is an Associate Professor at Florida A&M University, specializing in Biology and Data Science. With expertise in biomedical data science and health disparities, he has received numerous awards, including the NIH AIM-AHEAD Leadership Fellowship and NSF STEM Leadership Fellowship. He is an active researcher, mentor, and educator, dedicated to advancing AI/ML in healthcare. His research focuses on cancer treatment, environmental toxicology, and the use of natural products in combating disease. 🌱🔬💻
Profile
Education and Experience
Dr. Yedjou earned his Ph.D. in Environmental Health Science from Jackson State University in 2006. He completed post-doctoral research in Pharmacology and Toxicology at Jackson State University, focusing on cancer research and toxicology. He is a certified expert in AI/ML for healthcare and data science, with continuous leadership roles in STEM education and healthcare innovation. 🧑🎓📚🌍
Professional Development
Dr. Yedjou actively participates in leadership development through prestigious programs, such as the NIH AIM-AHEAD Research Fellowship and the NSF STEM Leadership Fellowship. These experiences have enhanced his ability to mentor graduate students and integrate emerging technologies like AI/ML into healthcare and biological sciences, especially in addressing health disparities. 💡🧑🏫🏆
Research Focus
Dr. Yedjou’s research is concentrated on the intersection of environmental health and cancer therapeutics, with a focus on the toxicological effects of heavy metals and natural plant products. His work aims to mitigate health disparities, particularly in underrepresented communities, and improve cancer treatment through innovative therapeutic strategies. 🧬⚖️🌱
Publication Cited By and Year of Publication
- Heavy metal toxicity and the environment, 9005 (2012) ⚡
- Broad targeting of resistance to apoptosis in cancer, 862 (2015) 🧬
- Health and racial disparity in breast cancer, 535 (2019) 🎗
- Environmental toxicology, 518* (2012) 🌍
- Assessing the carcinogenic potential of low-dose exposures to chemical mixtures, 363 (2015) 🧪
- Designing a broad-spectrum integrative approach for cancer prevention and treatment, 324 (2015) 🌿
- Oxidative stress, DNA damage, and antioxidant enzyme activity, 321 (2009) 🔬
- Pharmacological effects of cisplatin combination with natural products in cancer chemotherapy, 224 (2022) 💊