Lab News

A presentation so good, we'd be scared if we had to present after her 😨

The Recanzone lab is thrilled to have our very own Catherine Zhang to present her research project called "Stereodisk" where she presents her findings along with Dr. Recanzone (the legend himself) on how aging affects the ability to distinguish sound frequencies/qualities with the addition of "distractor noises." So much progress made within the summer!

The Recanzone lab is thrilled to congratulate Catherine Zhang on joining the UC Davis Advancing Diversity in Aging Research (ADAR) program! This program aims to increase the diversity of undergraduate students planning on pursuing advanced degrees and research careers in aging-related fields. We can't wait to see the remarkable achievements Catherine will accomplish and present.

The Recanzone lab welcomes Yuri Kubo, Adoniyas Addis, and Catherine Zhang who join our team as new undergraduate interns! Following the successful completion of their training, our interns are enthusiastic and prepared to embark on their research endeavors with us. We look forward to their contributions they will bring to our scientific endeavors.

Hi! I'm Yuri and I am currently building my skills on managing this website. Stay tuned for more updates!

We are excited to share the Recanzone Lab logo with you all. We hope this imagery will be an eye-catching anchor that will attract bright minds, foster excitement for neuroscience research, and will communicate the lab's professionalism. Thank you to Ryan Large of UC Davis's Institute of Transportation Studies for his effort in creating this piece.

Our lab website has officially launched! We're ready to showcase our research to the UC Davis community and the world. The Recanzone Lab will continue to expand our knowledge of age-related hearing loss.

Congratulations to undergraduate Diana Polhac who will be presenting her poster at the Advances and Perspectives in Auditory Neuroscience (APAN) 2020 conference! She will be discussing her findings on cortical reorganization with age-related high frequency hearing loss in the auditory cortex. Click here to learn more about APAN.