Thanks to @CornellBME@CornellEng@SN_Lab@chris_schaffer@nozomi62 for hosting a lab open house/tour today in Weill Hall for staff across the School, College, and University. Great to learn about your research efforts!
New #publication: Evaluation of a gain-managed nonlinear fiber amplifier for multiphoton microscopy. In collab with the Wise lab, check it out 👇 @chris_schaffer https://t.co/KYudVfTBkl
New #preprint‼️: Vascular oxidative stress causes neutrophil arrest in brain capillaries, leading to decreased cerebral blood flow and contributing to memory impairment in a mouse model of Alzheimer's disease. @NancyRuizU @OBracko @chris_schaffer@nozomi62@CornellBME
New preprint: ‼️A multivariate network analysis of ring- and diffuse-porous tree xylem vasculature segmented by convolutional neural networks @nozomi62 @MohammadHaft https://t.co/yewRrkUI87
Excited to share a fun project in the @SN_Lab, a VR headset for mouse neuroscience/behavior! Check out @hongyu_chang's SfN poster on Tuesday, 4pm! #SfN22#SfN2022
Congrats to @CornellBME's Prof. Chris B. Schaffer @chris_schaffer@SN_Lab, elected Fellow in @OpticaWorldwide (formerly OSA) for "pioneering optical imaging and manipulation tools to elucidate cellular mechanisms of disease, and for service to Optica.” https://t.co/XXSaf0i0In
Top story: @kwanalexc: 'Our neighbor @SN_Lab hosted a taco lunch and poster get-together for adjacent labs ❤️🌮 incl. @The_Lewis_Lab@SteveAdie1 Zipfel Williams Qian labs ', see more https://t.co/SUyAdtT0K5
On #IVBM2022
Chris Schaffer @SN_Lab
Professor at Cornell University
Neutrophil arrest in brain capillaries causes cerebral blood flow deficits and contributes to memory impairment in Alzheimer's disease mouse models
Lab https://t.co/jnERHmdEhQ
👉https://t.co/uvLmUqAFoB