Julia Noack

Scientist 🔬🥼

[James Nuñez @jamesknunez]

The Kranzusch train keeps rolling. Similar to human cells, bacteria possess gasdermin proteins to signal regulated cell death by forming mesh-like pores on the cell membrane. Super cool discovery!

https://t.co/c9XsEZlTxD

[Vir Biotechnology @Vir_Biotech]

BREAKING NEWS: Vir, in partnership with @GSK, has received Emergency Use Authorization from the @US_FDA for our investigational monoclonal antibody for the treatment of mild-to-moderate #COVID19. https://t.co/oVvqymAGfV

[Vir Biotechnology @Vir_Biotech]

As concerns continue to grow around new COVID-19 variants, researchers evaluated our investigational monoclonal antibody against variants found in India, as well as in Brazil, California, South Africa and the UK. Check out the data and updated manuscript: https://t.co/y5RspDYaCt

[Julia Noack @JuliaNoack2]

Check out our new study, spearheaded by Florian Lempp, on the effect of membrane lectins on SARS-CoV-2 entry and neutralizing activity of monoclonal antibodies! #sarscov2 #antibodies #lectins @Vir_Biotech

https://t.co/cJRaeWKq9z

[The Veesler Lab @veeslerlab]

Membrane lectins augment #SARSCoV2 entry into cells and modulate neutralization mediated by monoclonal antibodies (mAbs)!

Glad we (@YoungjunPark11 @coronalexington @johnbowenbio) contributed to this study led by @FLempp @atelentia & @DavideCorti6 @Vir_Biotech)

1/8

[Vir Biotechnology @Vir_Biotech]

We’re proud of our scientists’ ongoing work to explore every aspect of #COVID19 and uncover protective epitopes and mechanisms of immune evasion – work that’s all the more critical as new variants emerge. Read about our latest @biorxivpreprint publication. https://t.co/BmGKZdsNBX

[Chirag Jain @Chirag203Jain]

Check out our latest finding about a novel receptor: Inceptor 😀. Congrats to all the authors for their contribution to this paper. 🥂 @LickertHeiko @aman_ansar @kath_wiss @BilekovaSara @JohannaSiehler

[Varnesh Tiku @TikuVarnesh]

Our work here shows how the deadly bacterium A. baumannii induces cell death by perturbing mitochondria using its outer membrane vesicles.

[Vir Biotechnology @Vir_Biotech]

Can the scale and speed of therapeutic development for #COVID19 be replicated for other globally devastating infectious diseases? A new #OpEd in @ScienceMagazine explores what strategies may be needed. https://t.co/r34wOUjvty

[maurizio molinari @MolinariLab]

β-Coronaviruses traffic from ER to de-acidified lysosomes to leave cells. This also impairs antigen presentation. https://t.co/bpdHpDSheP

[Simon Olsson @smnlssn]

I have two open PhD positions in my newly established lab at @chalmersuniv on the use of generative models for protein structure and protein sequences, https://t.co/9ttQwtHG3S
and
https://t.co/ErADnxpCaV
Deadline: 31st December. Please retweet! #chemjobs #mljobs #proteins

[Melanie Brinkmann 🇺🇦 @BrinkmannLab]

Diese Grafiken sind toll aufgebaut - kann man auch sehr gut für den Schulunterricht verwenden. Masks work! https://t.co/ZqFodd6px1

[YouleLab @LabYoule]

Happy to share with you this interesting review on the relationship between mitochondria quality control mechanismsb and immunity from @atmoehlman @youle_rj @LabYoule https://t.co/4EKU2DujC0

[McKnight Lab @McKnightLab_UO]

I'm raising money for Helping Laura and Katherine get through my death.. Click to Donate
https://t.co/NNO8Sko6o3

[Johannes Herrmann @Herrmann_lab]

A mitochondrial protein can protect against #peroxisome defects! Overexpression of the Msp1/ATAD1 extractor on the surface of #mitochondria can rescue defects in models of Zellweger syndrome. Exciting study by the @RutterLab and friends! https://t.co/QciGExLYLB

[Julia Noack @JuliaNoack2]

The sweetest PI ever 🙂. Shaeri @Mukherjee_Lab took us Postdocs out for a delicious ice-cream treat today #postdocappreciationweek 🍧

[Julia Noack @JuliaNoack2]

@smnlssn @chalmersuniv @WASP_Research Congrats Simon!!!!🥳

[Silvia Ramundo @ramundo_silvia]

Apocalypse Now.
San Francisco, September 9, 2020 (ca 11am)

[maurizio molinari @MolinariLab]

Our new review about #TMX proteins is finally out! #ER_literature #openaccess Thioredoxin-Related Transmembrane Proteins: TMX1 and Little Brothers TMX2, TMX3, TMX4 and TMX5 https://t.co/HPUVgjQZ5i via @MDPIOpenAccess #ER #ProteinDisulfideIsomerase #ProteinFolding #ERAD #TMXs