Shaohua Xiao, PhD
Project Scientist Email: firstname.lastname@example.orgLearn More
Shaohua Xiao, PhD, earned her doctorate in biochemistry from the University of Michigan under the supervision of David Engelke, PhD. Her thesis research was on characterizing the role of conserved elements in the RNA and protein subunits of yeast nuclear RNase P. She then joined the laboratory of Lily Jan, PhD, at the University of California, San Francisco as a postdoctoral fellow to study ion channels in the brain, focusing on the calcium-activated chloride channel protein TMEM16B. Her current research in the Shaw Laboratory is on the regulation of connexin43 trafficking by internal translation in the heart.
Wassim Basheer, PhD
Postdoctoral Fellow Email: email@example.comLearn More
Wassim Basheer, PhD, earned his doctorate in biology from the University of South Carolina. During his graduate career, he trained with Lydia Matesic, PhD, using mouse models to help investigate the role of Wwp1 E3 ubiquitin ligase in cardiac dysfunction and gap junction remodeling.
Joseph Palatinus, MD, PhD
Cardiology Fellow Email: firstname.lastname@example.orgLearn More
Joseph Palatinus, MD, PhD, received his bachelor's degree in chemistry at Davidson College in North Carolina. He went on to obtain his medical degree and doctorate at the Medical University of South Carolina in Charleston. Palatinus completed his dissertation work investigating gap junction dynamics in the diabetic heart, and studying the molecular interactions of the connexin 43 C-terminus under the guidance of Robert Gourdie, PhD. Palatinus trained in internal medicine at Beth Israel Deaconess Medical Center in Boston before joining the Cardiology Fellowship at Cedars-Sinai. His research interests in the Shaw Laboratory include noncononical roles for gap junction proteins and cardiac regeneration after injury.
Daisuke Shimura, PhD
Postdoctoral Fellow Email: email@example.comLearn More
Daisuke Shimura, PhD, earned his doctorate from Waseda University in Japan. His thesis work is on the atrium-specific gene targeting and cardiac chamber-specific metabolic patterning. His focus in the Shaw Laboratory is on understanding the mechanisms of mitochondrial morphology and function are regulated by GJA1-20k.
Tara Hitzeman, MPH
Biostatistician, Lab Manager Email: firstname.lastname@example.orgLearn More
Tara Hitzeman. MPH, earned her bachelor of science in statistics from San Francisco State University and her master of public health in biostatistics at UCLA in 2016. She is a researcher and the lab manager for both the Hong Laboratory and Shaw Laboratory. Her research includes managing the cardiac BIN1 biomarker subgroup and serving as the Hong Lab's primary epidemiologist and biostatistician.
Yu Xie, MD
Cardiology Fellow Email: email@example.comLearn More
Yu Xie, MD, is currently training as a cardiology fellow at Cedars-Sinai. She earned her bachelor of science in molecular and cell biology from the University of California, Berkeley and her medical degree from the University of California, San Francisco. She completed her internal medicine residency and served as a chief resident at University of California, San Diego. Her research interest in the Hong Laboratory and Shaw Laboratory is on using cBIN1 as a clinical predictor of cardiac reserve in both healthy controls and patients with advanced heart failure, pre- and post-transplant.
Andriana Nikolova, MD
Cardiology Fellow & PhD Candidate Email: firstname.lastname@example.orgLearn More
Andriana Nikolova, MD, went to Grinnell College in Iowa, where she majored in biochemistry and abstract mathematics. After, she went to medical school at Harvard University and then internal medicine training at Brigham and Women's Hospital. Currently, she is exploring the West Coast while doing her cardiovascular fellowship and doctoral work at Cedars-Sinai. In the Hong Laboratory and Shaw Laboratory, her interest is in unraveling the role of cardiac Bin1 in HFpEF (heart failure with preserved ejection fraction) by working both on an animal model — to understand its molecular mechanisms — as well as human blood samples where Bin1 can be used as a diagnostic and prognostic marker.
Ronit Zadikany, MD
Medical Resident Email: email@example.comLearn More
Ronit Zadikany, MD, is currently training as an internal medicine resident at Cedars-Sinai. She earned her bachelor’s degrees in biomedical research and in history from the UCLA. She received her medical degree from the University of South Florida Morsani College of Medicine. She will be serving as chief resident for the Cedars-Sinai Internal Medicine Program for the 2017-2018 academic year. Her research interest in the Hong Laboratory and Shaw Laboratory includes the study of cardiac BIN1 as a clinic marker for cardiac reserve in heart failure patients.
Graduate Student Email: firstname.lastname@example.orgLearn More
Rachel Baum earned her bachelor of science in biochemistry and cell biology at the University of California, San Diego (UCSD). She first worked in chemistry research, and then at Vertex Pharmaceuticals in a neurobiology lab and at UCSD in an immunology lab. She is currently a PhD student in the Cedars-Sinai Graduate Program and is doing her thesis research under the joint mentorship of TingTing Hong, MD, PhD, and Robin Shaw, MD, PhD.
Research Associate Email: email@example.comLearn More
Sosse Agvanian earned her bachelor of science in biology from the University of California, Irvine. As a research associate for both the Hong Laboratory and Shaw Laboratory, Agvanian contributes to various projects studying BIN1 and connexin 43 in heart disease. Her interests include developing a biomarker to better predict and assess risk for heart failure in patients, as well as therapies to limit the impact of ischemic heart disease on heart function and arrhythmogenesis.
Research Associate Email: firstname.lastname@example.orgLearn More
Diana Hernandez obtained her bachelor of science in biochemistry at California State University, Los Angeles. In the Shaw Laboratory, she is currently examining the role of connexin43 and its alternative translated isoforms in heart failure. Her expertise includes mouse genetics and husbandry, as well as phenotyping using biochemical, physiological and molecular biology approaches. She also performs assays such as adult mouse cardiomyocyte isolation.