I trained in striated muscle biology, physiology and pharmacology. Currently aficionado of epigenetic and circadian biology for muscle and heart. I provide inspiration and opportunities to our lab members to grow mechanistic leads towards pathophysiological significance.
I am a PhD student on a mission to improve health and well-being by investigating molecular mechanisms and translatable biomarkers in cardiovascular diseases and skeletal muscle disorders. I am currently focusing on deciphering the function of novel genes with specific expression in heart and skeletal muscle.
I earned my PhD in applied mathematics and statistics from Stony Brook University, NY and then worked as biostatistician at St Jude’s Children’s Research Hospital, TN. I’m now a postdoctoral fellow spearheading new questions in human genetics and health.
I’m a master’s student investigating the molecular mechanisms and key biomarkers contributing to the metabolic dysfunction in heart and skeletal muscle. My current research work integrates genetics, epigenetics, and human induced pluripotent stem cells to study striated muscle rewiring in the contexts of obesity and diabetes.
I'm a postdoctoral fellow dedicated to advancing our understanding of striated muscle physiology. I earned my PhD in epigenetic regulation of tachyarrhythmias, for which I earned a competitive FPI fellowship from the Spanish Ministry of Science. My current research focuses on exploring the complexities of clock biology and pioneering new treatments for diabetic cardiomyopathy.
I studied infectious bacteria while working towards my BS in microbiology, spending generous amounts of time with molecular techniques. I now focus my time with organisms far larger than bacteria (mice) to achieve our goal of closing knowledge gaps in heart and muscle tissues.
I have a MS in molecular and developmental biology from the University of Cincinnati. I previously worked in the areas of histology, cell biology and molecular biology. I now propel genetic experiments in adult tissues by producing question-specific viral vectors for gain- and loss-of-function studies. I also manage the general operations in the day-to-day operations in the lab.
I trained and gained experience as animal caretaker in the mouse facility here at Cincinnati Children's. I now take care of mouse experiments and manage the complex genetic crosses in our colony. I also setup and perform complex live surgeries on mice, including heart surgeries and single/double catheterizations.
I am a medical student at the University of Cincinnati College of Medicine. I completed my BA in biochemistry at The Ohio State University. My research delves into new mechanisms to rescue Low Cardiac Output Syndrome in hopes of finding better treatments and biomarkers for therapeutic responsiveness.
I earned my MS in biotechnology from Kamaraj University (India) and PhD in biomedical sciences from UAE University (UAE). I am now a postdoctoral fellow delving into unrecognized mechanisms to boost or rescue the metabolic function of skeletal muscle.
I graduated in spring of 2023 from Otterbein University. I received my bachelor of science degree while majoring in biochemistry and molecular biology. My current research entails clock biology and expanding our knowledge on this fascinating topic in the context of striated muscles.
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