Catherine Newman

MD-PhD student @HarvardMed @HarvardMITmdphd @mit_hst. Chemical Biology PhD graduate student. Duke alum.

[Loren Walensky @LorenWalensky]

The @AlexsLemonade #MillionMile is on! All donations made TODAY 9/11 and TOMORROW 9/12 are DOUBLED by the amazing @VolvoCarUSA. To join us on this mission to achieve a world without pediatric cancer, please click donate on our lab’s fundraising page: https://t.co/wq6O5ZnQFG

[Catherine Newman @CeNewman24]

@newmanvisuals That’s a good looking cookie cake!

[Catherine Newman @CeNewman24]

Check out this amazing work by @blakemhauser!

[Blake Hauser @blakemhauser]

Check out our (@SchmidtLabHMS) new preprint, a collaboration with @lingwoodlab and @BalazsLab at @ragoninstitute! We investigate a possible approach to elicit neutralizing antibodies against future emerging coronaviruses as well as SARS-CoV-2
https://t.co/GVXz3DUKCs

[Edward Harvey, PhD @epharvey3]

Congratulations to Dr. Cathcart and the whole team! The binding interface between E1 and the a1 helix of E2 comprises an exciting new target site for blocking E1/E2 ubiquitin transfer. Ultimately, molecules that engage this site could promise a new means of proteasomal blockade.

[Deborah Plana, MD, PhD @PlanaDeborah]

Out now in @MedCellPress: using an IRB to deploy thousands of reusable 3D-printed face shields @BrighamWomens . All designs and protocols available to ⬆️resiliency for future crises, with @AMostaghimi @Mj_Antonini @VanInventorMan @DrSinhaEsq @Heleninthecloud @PanFabBoston

[Edward Harvey, PhD @epharvey3]

https://t.co/aS6cGf067u
Excited to share Zack's, Cat's, and my latest paper in which we biochemically and structurally characterize a homogeneous BAX oligomer and use it to interrogate the BAX activation pathway. Special thanks to @LorenWalensky and @jrengen for their mentorship!

[Edward Harvey, PhD @epharvey3]

I'm excited to share our latest work, led by Zack Hauseman and I, in which we conduct a disulfide tethering screen to identify fragments that covalently modify BFL-1 Cysteine 55 and thereby inhibit BFL-1 blockade of mitochondrial apoptosis!
https://t.co/m4EzQccCFW

[Edward Harvey, PhD @epharvey3]

https://t.co/eVyuPQWJ6Q
Check out the Walensky Lab's latest paper led by Dr. Yael Ben-Nun, in which we develop and structurally characterize HDMX selective SAH-p53 peptides.

[Catherine Newman @CeNewman24]

Excited to share our work on the RND transporter AcrB! Thank you to Ben Luisi @CamBiochem and everyone in the Luisi lab for all your support and mentorship.

[Structure @Structure_CP]

Multidrug efflux in bacteria contributes to antibiotic resistance during host infection. Here, Du et al. and Ben Luisi @CamBiochem determine the structure of a multi-drug transporter by #cryoEM under conditions that mimic the natural membrane environment. https://t.co/ervd2TUtYG