@SN_Lab

Developing and using advanced optical tools for the study and visualization of biological systems.

 Cornell University
snlab.bme.cornell.edu
Joined August 2015
  • Tweets562
  • Following140
  • Followers665
55Media
#LookingForPostdocs: We have an opening for a #postdoctoral researcher focused on in vivo #cardiac imaging and physiology. If interested, check the description below and submit your CV! @CornellBME #AcademicTwitter #AcademicChatter
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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!
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SchafferNishimuraLab retweeted
Hao Yin
@HaoYin20
23 May 2023
Nox2 inhibition in APP/PS1🐭#AlzheimersDisease -⏬Cerebral #CapillaryStalling (neutrophil trapping) -⏫Arteriole flow -⏫Short-term memory A beautiful 2PM paper😍 What occurs to Pericyte on gp91-ds-TAT?😁 @NancyRuizU @OBracko @chris_schaffer bioRxiv 2023 biorxiv.org/content/10.1101/…
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Happy to see our ⁦@chris_schaffer⁩ awarded for his excellence in mentorship! ⁦@CornellBME⁩ news.cornell.edu/stories/202…

Four honored for excellence in undergraduate advising | Cornell Chronicle

Three Cornell faculty members and a senior lecturer have been recognized with Kendall S. Carpenter Memorial Advising Awards for their sustained and distinguished contributions.

news.cornell.edu
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New #publication: Evaluation of a gain-managed nonlinear fiber amplifier for multiphoton microscopy. In collab with the Wise lab, check it out 👇 @chris_schaffer opg.optica.org/boe/fulltext.…
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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
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New preprint: ‼️A multivariate network analysis of ring- and diffuse-porous tree xylem vasculature segmented by convolutional neural networks ⁦@nozomi62⁩ ⁦@MohammadHaft⁩ biorxiv.org/content/10.1101/…

A multivariate network analysis of ring- and diffuse-porous tree xylem vasculature segmented by...

The xylem network, the water conduction system in wood determines the ability of trees to avoid hydraulic failure during drought stress. The capability to withstand embolisms, disruptions of the...

biorxiv.org
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The SN lab is at #SfN22! If you are interested in #optics and #brain check out our posters in row E @Rick_Zirkel @NancyRuizU @LianneTrigiani @LauraBerkowitz @NEChernavsky @AustinBunce0 @SfNtweets – at San Diego, CA
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Warms this ol' @CornellBME heart to see @SN_Lab @OBracko and @NancyRuizU reunited in science! :)
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SchafferNishimuraLab retweeted
Matt Isaacson@misaacson
11 Nov 2022
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
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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.” optica.org/en-us/about/newsr…
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We're Hiring @Cornell @CornellEng @CornellBME ! Seeking a Tenure Track Faculty Position in Computational Biomedicine, Biomedical Engineering; #computational #biomedicine. Learn more, apply: academicjobsonline.org/ajo/j…
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SchafferNishimuraLab retweeted
Alex Kwan 關進晞@kwanalexc
4 Oct 2022
The joy of starting the day right with @SN_Lab’s espresso machine 🙏☕️
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The power of crowdsourcing to advance science: how we use #StallCatchers for studying Alzheimer's disease. Read the article below 👇 @pmichelu @chris_schaffer @CornellBME nature.com/articles/d41586-0…
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SchafferNishimuraLab retweeted
Charle Garé@charlesgare40
17 Sep 2022
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 ' nitter.cf/kwanalexc/status/15708…, see more tweetedtimes.com/charlesgare…
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SchafferNishimuraLab retweeted
NAVBO@vascularbiology
20 Sep 2022
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 snlab.bme.cornell.edu 👉ivbm2022.org
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SchafferNishimuraLab retweeted
Fischbach Lab@FischbachLab
21 Sep 2022
We are hosting a bake sale today in Weill Hall to support @CancerResource! Things are selling fast so drop by before we run out 🍪🍰🧁
Fischbach and Lammerding lab members standing at a table with an assortment of delicious baked goods

ALT Fischbach and Lammerding lab members standing at a table with an assortment of delicious baked goods

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Deeper and faster: We are happy to share a new grant awarded to our lab in collaboration with the Xu @CornellAEP and Iadecola @constantinoiade1 labs to explore blood flow deep (~1200 µm!) in the mouse brain 🔬🐭 @chris_schaffer #Alzheimers #bloodflow #imaging
WCM Brain and Mind Research Institute@WCM_BMRI
7 Sep 2022
New @NIH grant supports collaboration between @CornellEng @CornellBME Schaffer-Nishimura @SN_Lab, @CornellAEP Xu Lab, & @WCM_BMRI @costantinoiade1 Costantino Iadecola to explore how brain blood flow increases risk/severity of Alzheimer’s disease and related dementias #WCMResearch
Image of blood vessels from the cortex, corpus callosum, and superficial hippocampus in a live mouse. (a) 3D image of the network structure. (b) Single, sequential image frames at ~1 mm depth showing moving red blood cells (shadows) inside brain capillaries.

ALT Image of blood vessels from the cortex, corpus callosum, and superficial hippocampus in a live mouse. (a) 3D image of the network structure. (b) Single, sequential image frames at ~1 mm depth showing moving red blood cells (shadows) inside brain capillaries.

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New @NIH grant supports collaboration between @CornellEng @CornellBME Schaffer-Nishimura @SN_Lab, @CornellAEP Xu Lab, & @WCM_BMRI @costantinoiade1 Costantino Iadecola to explore how brain blood flow increases risk/severity of Alzheimer’s disease and related dementias #WCMResearch
Image of blood vessels from the cortex, corpus callosum, and superficial hippocampus in a live mouse. (a) 3D image of the network structure. (b) Single, sequential image frames at ~1 mm depth showing moving red blood cells (shadows) inside brain capillaries.

ALT Image of blood vessels from the cortex, corpus callosum, and superficial hippocampus in a live mouse. (a) 3D image of the network structure. (b) Single, sequential image frames at ~1 mm depth showing moving red blood cells (shadows) inside brain capillaries.

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Now Hiring postdocs! @CornellEng @CornellBME @SN_Lab is looking for a postdoctoral researcher interested in developing in vivo multiphoton microscopy for in rodent models of heart failure. For details, see posting: bme.cornell.edu/bme/job-open…
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