Michael A. Nash

Professor for Engineering Synthetic Systems - Univ. Basel & ETH Zurich (@UniBasel_en, @ETH_en); Bioengineering, Nanotechnology, Biophysics; Alumnus @UCLA @UW

[Michael A. Nash @nash_lab]

Basel is ranked 4th among top emerging biotech hubs in 2026 behind Beijing, London and Seattle:
https://t.co/MWXT50qHle

[Michael A. Nash @nash_lab]

Check out my lecture @cassyniapp talk Crosstalks Episode 2

"Engineering Biocatalysts with Large Scale Data"

@AdvPortfolio

https://t.co/7Evv9VHxTk

Keywords: protein engineering; machine learning; @ACSCatalysis with @doyarzunrod

https://t.co/qh0Sgy28iS

[Michael A. Nash @nash_lab]

Signatures of Electron–Hole Hopping in Myoglobin Peroxidase Activity Revealed by Deep Mutational Learning | ACS Catalysis https://t.co/qh0Sgy28iS

[American Peptide Society @ampepsoc]

Hemostatic Protein Polymers
Reflecting work in the Nash Group

Hemorrhage accounts for roughly 40% of trauma-related fatalities and more than a quarter of maternal deaths worldwide...

https://t.co/18ozvYO4mN

[Michael A. Nash @nash_lab]

Check out my seminar titled Engineering Biocatalysts with Large Scale Data.
📄 About 10.1038/s41467-026-69913-z

@cassyniapp @AdvPortfolio https://t.co/q3xRz8Kouf

[Michael A. Nash @nash_lab]

Check out our latest work on engineering the substrate specificity of an enzyme using high-throughput methods!

https://t.co/cyDKnQFGsg

[Michael A. Nash @nash_lab]

Enzyme-Responsive Hemostatic Elastin-like Polypeptides for Fibrin Stabilization and Coagulation Restoration in Thrombocytopenia | Journal of the American Chemical Society https://t.co/FbKxwoojKe

[Michael A. Nash @nash_lab]

Almost one in ten couples in Germany is involuntarily childless. Many different factors play a role in this... our recent Izumo-Juno study is discussed:
https://t.co/A6uTdk7KXi via @radioeins

[Michael A. Nash @nash_lab]

Fun project and interesting project spearheaded by @sean_boult - more to come on this topic!

How egg and sperm cells hold together so tightly https://t.co/JCmiu8NMI4 via @eth

[biorxiv_bioengineering @biorxiv_bioeng]

Discovery of Electron Hole-hopping Redox Mutations in Myoglobin by Deep Mutational Learning https://t.co/3NKKW2K104 #biorxiv_bioeng

[bioRxiv Bioengineering @bioRxiv_bioE]

Discovery of Electron Hole-hopping Redox Mutations in Myoglobin by Deep Mutational Learning

https://t.co/nqIi5Z9Pk6
#biorxiv_bioE

[bioRxiv Bioengineering @bioRxiv_bioE]

Decoding Substrate Specificity in a Promiscuous Biocatalyst by Enzyme Proximity Sequencing

https://t.co/cKkko3CvgV
#biorxiv_bioE

[bioRxiv Bioengineering @bioRxiv_bioE]

Enzyme-responsive Hemostatic Elastin-like Polypeptides for Fibrin Stabilization and Enhanced Coagulation in Thrombocytopenia

https://t.co/uQmDBdNCMR
#biorxiv_bioE

[Michael A. Nash @nash_lab]

Thanks @UniBasel_en @UniBasel Grants Office and New Media Center @nmc_unibasel for featuring our lab in this short video on applying for ERC Grants!

#pitching #process #biotechnology @ERC_Research

https://t.co/ZGwqD77kih

[UCLA @UCLA]

Still #1, and still redefining legendary. In US News' national universities rankings — which emphasize academic reputation, student outcomes, university resources, and social mobility — UCLA is the nation's #1 public university. The rankings are published in September. #1UCLA

[SNE ChemBio @SNE_ChemBio]

Session 3 of the #SNEChemBio retreat delivered fascinating insights!
🔹Prof. Ross Milton (@Milton_UNIGE) shared advancements in enzymatic electrochemistry.
🔹Prof. Michael Nash (@nash_lab) presented on deep mutational scanning for enzyme engineering.

An inspiring start to Day 2!

[ACS Nano @acsnano]

Using #AtomicForceMicroscopy-SMFS analysis & SMD simulations, @rafaelcbernardi, @nash_lab et al. show how altering the anchor point can affect the mechanostability of a therapeutic AFF:(PD-L1) complex. #Biophysics @AuburnU @UniBasel_en @ETH_en

Read: https://t.co/sjAxhLRv6J

[bioRxiv Biophysics @biorxiv_biophys]

Force-dependent Reorganization and Mechanostability of the Izumo1:Juno Complex Involved in Human Fertilization https://t.co/EYvgQAPYT1 #biorxiv_biophys