TODAY! We will be live on Twitch @ 3PM PST ( https://t.co/XX4re6bru6) with Dr. Jeremy Huang and Aric Lu to discuss their @natBME paper "Orthogonally induced differentiation of stem cells for the programmatic patterning of vascularized organoids".

Harvard counseling and mental health resources "Anti-Asian Racism Resources" page starting off strong with "You may wish that you weren't Asian, but remember that your ancestors likely went through similar or even worse incidents..."

A letter (draft) to the President @MIT from ~100 MIT faculty members. It compares facts and Government's allegations against Professor Gang Chen. Versions of it have been sent to many people, and it is in the public domain. A powerful ending: "We are all Gang Chen"

Looking forward to it @GVNlab Thanks so much for the kind invitation. I really appreciate it!

The controversy on in situ conversion of astrocytes to region-specific neurons continues... A new commentary argues that the Zhang group used too high AAV doses when claiming that in situ converted neurons are derived from existing neurons in the brain 1/5

Please spread the word! -- New @UCSF_BioE faculty position, part of a multi year initiative to foster equity and inclusion in science/engineering and promote the success of our diverse student population.

Proud to share a review by our very talented team @SilviaV74098895 and @bruna_paulsen; highlighting the current knowledge on brain organoids, comparing with the endogenous human brain, and discussing experimental strategies to pioneer understanding of neurodevelopmental disorders

An orthogonal differentiation platform for genomically programming stem cells, organoids, and bioprinted tissues https://t.co/fwrHq7cuap #bioRxiv

My first BioRxiv preprint! Check out our work with @mascott85 @JenniferALewis1 @geochurch

It's time vote for the Wyss in #STATMadness! Two Wyss Institute technologies, SWIFT 3D-organ printing and CRISPR smart materials, have been chosen to compete in this bracket-style, head-to-head competition.

This 3D-printed 3D printer can 3D print (say that 5 times fast!) complex, multimaterial objects at breakneck speed thanks to its custom printheads that seamlessly switch inks up to 50x per second. https://t.co/TsFMEoodVL

Monday Night Football: "You are who you are. This is a true statement." #MNF #really

Postdoc position available at BU BME in the awesome Nia Lab ( https://t.co/UhyuaR5mY4) on pulmonary tumor microenvironment. Feel free to share if you know anyone who would be interested!

Check out this work by my good friends in the Lewis Lab at Harvard! @mascott85 @SebastienUzel

Wyss images can be seen on display all over the Longwood area as part of the Outside program from @MASCOLMA. Here’s a preview - tweet at us if you see them outside.

Excited to be part of this study, led by Keith Tyo, on recording the timecourse of ion concentration into a strand of DNA, with few-minute time resolution. A step towards being able to record neural activity into a DNA-based ticker-tape? https://t.co/ZBmcWHLbXC

We are working on a cookbook-style protocol for learning expansion microscopy, designed for beginners with only basic biology experience -- would anyone want to try and beta-test it, and give us feedback? Email us at info@expansionmicroscopy.org ! #expansionmicroscopy