Max Levine

Swartz Laboratory Researcher, Stanford

[Max Levine @MaxZLevine]

Just published in New Biotechnology, our latest paper from the Swartz Laboratory in collaboration with the Rao Lab at UMBC and NCATS/NIH displays a proof of concept to synthesize a broad spectrum antiviral on the spot in preparation for future pandemics https://t.co/5SgfpiXANk

[Max Levine @MaxZLevine]

Check out our latest preprint! https://t.co/yNuvlEglnM
#cfps #cellfree #insulin #synbio

[Alex Vlahos (he/him) @AlexVlahos]

Excited to share a new preprint from @SynBioGaoLab at @StanfordEng on Compact Programmable Control of Protein Secretion in Mammalian Cells https://t.co/zBwa5X2sTl

There is a need to ensure that the #synbio tools we develop can fit within pre-existing vectors for delivery!

[Circulation @CircAHA]

#OriginalResearch: A combination of cardiac reprogramming genes delivered via a novel AAV can support myocardial cell regeneration and improve function in rats following MI. @TenayaThera #AHAjournals https://t.co/71F8AFoJth

[Max Levine @MaxZLevine]

@NewsMedical thank you for featuring our preprint!

https://t.co/gpmv5h8tKa

[Elliot Hershberg @ElliotHershberg]

Distributed biomanufacturing is not sci-fi 🧬

It's already happening.

I want to share a few tangible recent examples of the *Atoms are Local* thesis in action:

[Max Levine @MaxZLevine]

@biorxivpreprint @CFSciences

[Max Levine @MaxZLevine]

Check out the latest preprint from the Swartz Laboratory in collaboration with the NIH, NCATS, and UMBC. We hope that this study will facilitate future pandemic preparedness. #Stanford #nih #COVID19 #pandemicpreparedness #antiviral #cellfree #cfps

[bioRxiv @biorxivpreprint]

An approach to rapid distributed manufacturing of broad spectrum anti-viral griffithsin using cell-free systems to mitigate pandemics https://t.co/bvF8xKSHV2 #bioRxiv

[Max Levine @MaxZLevine]

@barstoolsports @DrBretLevine

[Max Levine @MaxZLevine]

@KNBR Anything by Yung Joc

[Alex Vlahos (he/him) @AlexVlahos]

Ever wanted to use protein circuits to control intercellular signals? Just in @NatureComms, we report our modular platform called RELEASE, to control the secretion and surface display intercellular signals. 🧵1/n https://t.co/qBURpWu1Qq

[Alex Vlahos (he/him) @AlexVlahos]

Excited to share the first work from my post-doc with @SynBioGaoLab at @Stanford_ChEMH. This pre-print highlights a platform to control the secretion and display of proteins that is compatible with pre-existing protein based synthetic circuits.

[Javin Oza @ozalabCP]

The slow nature of #cellfree reactions is a pain point for implementations, esp. for #synbio #education & #diagnosics. @BurringtonLogan has identified ways to speed up the CFPS reactions & can observe a TX/TL signal in ~10 mins!
@CalPolyCSM
https://t.co/vtYQZNSPZW

[Max Levine @MaxZLevine]

Honored to have our laboratory featured in this article!

https://t.co/2rxKqP4Ysy via @Stanford

[SFGiants @SFGiants]

Thank you, Shark.

#SFGiants

[Javin Oza @ozalabCP]

I am thrilled to share our latest paper by @MaxZLevine @BillySoScience @AliDoesScience!
Particularly because it integrates #cellfree technical advances and discovery.

& Trying something new:
A video trailer to describe the paper. Enjoy! (and share :) )

https://t.co/Rwx5KTciPq

[Max Levine @MaxZLevine]

I am very excited to share part of my master's thesis that was recently published in ACS Synthetic Biology with @ozalabCP @AliDoesScience @BillySoScience! https://t.co/okKMj2fSzF

[Lacra Bintu @BintuLacra]

https://t.co/DUU4kHqrV3

[Philip Thrift @philipthrift]

"Rather than just being able to control information, I now get to control information that builds atoms.”
-- Michael Jewett @jewettlab_NU, professor of chemical and biological engineering
https://t.co/0guMWl6jXu

[Max Levine @MaxZLevine]

It is so exciting to be a part of such an ever growing field! #cellfree #synbio

[Methods and Protocols @MPs_MDPI]

#HighlyCitedPaper
A User’s Guide to #Cell-Free Protein Synthesis
by Nicole Gregorio, Max Levine and Dr. Javin P. Oza @OzaLabCP
https://t.co/0yRn8OTBF1