LenaKSchroeder

Making rounds at the poster session #ascb #cellbio2023

Green Green and Blueberry spin the wheel #ascb #cellbio2023

Green Green the sea turtle and Blueberry the husky attending their first #ASCB #cellbio2023

@YongdengZhang Very nice! Of course I'd love to hear how you chose to label.

The Golgi Apparatus imaged with our 4Pi-SMS microscope!

.@freethepipette, @fran_bottanelli and colleagues combine gene editing and STED super-resolution #microscopy to reveal the nanoscale localization of ARF #GTPases in living cells bit.ly/3HhBHcp

Congrats Sarah!

ICYMI at #cellbio2022 Shirin Bahmanyar named 2022 WICB Junior Award for Excellence in Research ascb.org/member-news/sh…

@ASCBiology @Yale Congrats Shirin! I appreciate your excellent mentoring skills and scientific prowess. So happy to see you recognized with this award!

Shirin Bahmanyar of @Yale will receive the WICB Junior Award for Excellence in Research during #cellbio2022 in Washington, DC. Congratulations! 📚ascb.org/society-news/a…

Hey #science twitter! We have update our preprint to showcase the endogenous tagging with TurboID pipeline with datasets with the native proximity proteome of all adaptor protein complexes! #membranes #MS #CRISPR biorxiv.org/content/10.110…

Out today from @bewersdorflab! Two-color fluorogenic DNA-PAINT introduces self-quenching, kinetics-optimized probe designs. This approach improves imaging speed 26-fold and eliminates the need for optical sectioning. nature.com/articles/s4159…

Small but mighty! This is a video of a killer T cell of the immune system destroying a monstrous ovarian cancer cell. I recently captured this data on a spinning disc confocal microscope.

“Cryo-ExM” or “how to see (almost) everything you ever dreamt of” Want to know more ?!? Check our story out with @CentrioleLab @nikolai_klena in @naturemethods: nature.com/articles/s4159… which combines cryo-fixation/Freeze substitution with #expansion #microscopy (#UExM).

@DrMammel @biorxiv Beautiful images Anna! It was a pleasure working with you. Go team #STED

I just posted my first research article as a #TeamHatchLab post doc to @BioRxiv and I’m so excited to share it with you in this thread! “Chromosome length and gene density contribute to micronuclear membrane stability” 🧵 biorxiv.org/content/10.110… 1/13

2-photon excitation + adaptive optics + red dyes + #STED = 3D super-resolution imaging ~100 microns deep in the brain of a living 🐭! Our paper is now out in #OSA_Optica. Congrats Mary Grace Velasco et al.! 🙌🔬doi.org/10.1364/OPTICA… @OSAPublishing @YaleCellBio @YaleBme

Remarkable images of mitochondria and Golgi from @OnsMSaad1! I love the flexibility of combining protein specific antibody labeling, organelle specific stains, and primary amine labeling to see exquisite details of the cell.

@YongdengZhang and @lenakumba's 'salvaged fluorescence' multicolor super-resolution paper in collaboration with @DavidBaddeley5, Jim Rothman and @PDClab of @YaleCellBio, @rhodamine110, @JonasRies and colleagues is now out in Nature Methods. Great start to 2020! 🎉🥳🍾

The Summer issue of Yale Medicine Magazine is out! Focused on technological innovations at YSM, it features the creativity of engineers, scientists, and doctors like Jeorg Bewersdorf, PhD, who are working together to push the limits of what's possible. medicine.yale.edu/news/yale-medi…

from @PDClab, use of DNA-origami nanostructures supports a model where lipids are transferred between ER and plasma membrane through a shuttle mechanism mediated by the synaptotagmin E-Syt1 go.nature.com/2YTUTol (free-to-read at rdcu.be/bKZq2)

I love the #howcellbiologistswork blog series by #COMPASS @ASCB - thank you to @KiraTheExplora for taking the time to write these relatable pieces to showcase the diversity of paths and approaches to a career in science.