Aron Venczel

Physicist | Medical Student | PhD Student at Veigel lab @LMU_Munich

[Nikolas Hundt @HundtNikolas]

@PNASNews: Myosin VI oligomerises on cardiolipin membranes and transports vesicles processively, linking it to mitophagy!
Using dynamic #MassPhotometry, we track Myo6 assembly states directly on lipid bilayers.
https://t.co/jcqSzBWrmc

@LMU_Muenchen @JohannesDietri7 @AronVenczel

[Priscila Figueiredo @priscila_fgomes]

Our latest publication is now live in @NatureNano! Very excited to be part of this amazing work with @kinasekid @MeloMCR @rafaelcbernardi @LipfertLab where we investigated the force-stability and kinetics of SARS-CoV-2 VOCs. Details here: https://t.co/uGBgVfng1P

[Max Planck Society @maxplanckpress]

Wir sind sprachlos! Ferenc Krausz vom Max-Planck-Institut für Quantenoptik in München erhält zusammen mit Pierre Agostini und Anne L’Huillier den Physik-Nobelpreis 2023. Wir gratulieren! 👏🍾😊https://t.co/3S5W6wWZuy #Nobelpreis #Physik @NobelPrize @MPI_Quantum

[Anjali Sharma - @anjalisharma.bsky.social @anjali_physics]

Chen et al. design and fabricate an untethered dandelion-inspired #microflier, that is spatially and temporally controlled by an ultralight and supersensitive light-driven bimorph #softactuator
Out now @NatureComms #Actuators
#Polymers #GettingApplied
https://t.co/7wHJX5QO5S

[Institute for Protein Design @UWproteindesign]

01. Today we report the computational design of highly efficient enzymes. Lab testing confirms that these novel luciferases can recognize specific synthetic substrates and efficiently catalyze the emission of light.

https://t.co/IeGKoGhc2g

[SelectScience @SelectScience]

In this article, we speak with Dr. Nikolas Hundt, a Ludwig Maximilian University of Munich researcher, to discover the benefits of a #massphotometry approach to shed new light on fundamental biological processes: https://t.co/1tw2sEZfnQ
@refeynit @HundtNikolas @LMU_Muenchen

[LipfertLab @LipfertLab]

We show that considering the *variance* of the extension fluctuations of supercoiled DNA, in addition to their mean (the famous rotation or "hat curves" that everyone in the magnetic tweezers community knowns and loves), provides critical additional information. (2/n)

[Sarah Youssef @SarahYo45655307]

Proud to share our recent reprint: Folding double-stranded DNA into designed shapes with triplex-forming oligonucleotides
https://t.co/o0B6BtZrOA

[alfredosciortino @alf_fonsi]

The third (final?) chapter of my gliding trilogy is out: after "gliding on a membrane" and "on a sphere", I offer you our new paper on *gliding in a nematic*! https://t.co/kT9V1sd95m Huge thanks to Lukas @BauschLab, Ivan&Timo @PhysOfLifeLMU & Tetsu @TU_Muenchen. Here's a🧵(1/15)

[Science in Seattle @science_seattle]

💊 The 2nd top tweet of 2022 highlights Dr. Gaurav Bhardwaj (@GBhardwaj8) at @UWProteinDesign and a #DrugDesign breakthrough that may lead to new medications for a wide variety of health disorders!
https://t.co/KBtB25jRHo

[Science Magazine @ScienceMagazine]

A new era of biological engineering is emerging in which living cells are used as building blocks to address therapeutic challenges.

Read more in a new #ScienceReview: https://t.co/9TK8I8jdv2

[Nature Portfolio @NaturePortfolio]

A Review in @NatRevNeurol reviews our current understanding of the mechanisms underlying synaptic degeneration in Alzheimer disease and highlights key questions that still need to be answered. https://t.co/6C5JzYmuQH

[Biophysical Journal @BiophysJ]

Tuneable Diffusion: @IbonSantiago @SimmelLab and team use cholesterol-modified #DNAorigami that change their binding behavior to lipid bilayers in a salt-dependent manner to create a customizable 2D diffusion sandbox. https://t.co/tTBrRCw7Wb

[SerwaneLab @serwanelab]

I am happy to share our paper introducing a minimal complexity lightsheet microscope: https://t.co/h8d7wi4wAf
Thanks to team!