What courses does David Rose teach at Emory University?

What courses does David Rose teach at Emory University?

Professor Rose teaches courses like "Advanced Neurobiology" and "Genomics Applications" at Emory University's undergraduate and graduate levels. Enroll through the university's online registrar for syllabi, featuring hands-on lab modules.

What department is David Rose affiliated with at Emory Universi

David Rose is affiliated with the Department of Biology at Emory University, specializing in molecular neuroscience research. Key areas include genomic analysis and cellular signaling pathways, supported by Emory University's state-of-the-art laboratories.

What awards has David Rose received at Emory University?

David Rose has earned awards such as the Emory Distinguished Faculty Award and NIH grants for innovative neuroscience research. Details are listed on Emory University's official accolades database.

How to contact David Rose for research inquiries at Emory Unive

Contact David Rose via email at david.rose@emory.edu, or visit his office in the Rollins Research Center. Schedule appointments through Emory University's faculty directory online for personalized consultations.

What are David Rose's current projects at Emory University?

Current projects include NIH-funded research on Alzheimer's disease mechanisms at Emory University. Explore updates on Emory's research portal, featuring collaborations with the Emory Brain Health Center.

Who is David Rose at Emory University?

David Rose is a prominent faculty member at Emory University, holding positions such as professor in the Department of Biology, with a focus on neuroscience and genetic research. His work includes collaborations on Emory University's neurodegenerative studies programs, influencing academic circles.

What are David Rose's key research contributions at Emory Unive

David Rose's research at Emory University contributes to neurodegenerative disease therapies, including publications in journals like "Nature Neuroscience". Key findings involve CRISPR-based gene editing advancements.