Deepti Talwar

PhD..Redox Biologist..Travel and painting enthusiast..

[Danny Schilling @schilling_d12]

Science Meets Art! Amazing to see our paper and my little cartoon-style illustration published in the latest issue of @angew_chem. Many thanks to @Vladi76320028 and @RedoxDKFZ.

[Tobias Dick @RedoxDKFZ]

If you want to detect protein persulfides you need to trap them first… here we share a story that started with puzzling observations and led to new insights into the behavior of alkylating agents. Thanks to @DrugDiscov_DKFZ for the nice collaboration.

https://t.co/TX46JuulMo

[ANKITA ARORA @arorankita]

@HardeepSPuri
Sir this is to bring to your attention the urgent matter to guarantee NIE for Mr Naresh Chandra Tyagi, his wife and Jyotsna Rai to perform last rites as their daughter @swatstyagi (34 yrs) was killed in a road accident on June 23rd in USA.

[P Kritsiligkou @Parikki]

Tolerance to nascent protein misfolding stress requires fine-tuning of the cAMP/PKA pathway - Journal of Biological Chemistry https://t.co/4nuIm3LBk9

[Michalis Nikolaidis @mg_nikolaidis]

A paper that could change the redox signaling field in a significant way.

A novel sensor can detect hydrogen peroxide concentrations up to 12 μM at nanodomains, further supporting its singaling properties. Plus, sets a new value for your calculations.

https://t.co/yCht7kJ6v3

[Neville Sanjana @nevillesanjana]

As promised, here’s an overview of our study to find host factors required for SARS-CoV-2 infection in human cells. We use a genome-wide CRISPR screen to identify genes (& key mechanisms) that might be therapeutically targetable to prevent viral infection.

[Olivier Borkowski @O_Borkowski]

Genetically Encoded Fluorescent Biosensor for Rapid Detection of Protein Expression https://t.co/6hnLrBKT7n

[Johannes Burtscher @JohBurtscher]

How does SARS-CoV-2 influence mitochondrial function? @OroborosI, @Mito_News, @MitoAging. https://t.co/aVmoJ1pQ8g. Thanks to the great team: Giuseppe Cappellano, Akiko Omori (from @LabScorrano), Takumi Koshiba and @GregoireMillet1.

[Jyoti K Jaiswal @jyoti_k_jaiswal]

Mitochondrial shape regulates signaling required for the injured cells to repair. A review by @AdamHorn_GWU, discussing this newly discovered role of mitochondria is now online: https://t.co/mGFhBoLu1z

[Tobias Dick @RedoxDKFZ]

Specific redox signaling needs a scaffold. Check out our new paper on the Prx2-STAT3 redox relay... @NatureComms

https://t.co/z0fHl6jtRu

[Simon Anders @s_anders_m]

Simplified COVID-19 testing using isothermal amplification (LAMP): easier to perform, even without expensive lab equipment, and very scalable. See our new paper (with @knoplab and VL Dao Thi) in Science Translational Medicine. https://t.co/XTtuQIpb81

[Tobias Dick @RedoxDKFZ]

Thank you, Ari, Bruno and Madia @Udelaruy for writing an insightful commentary on our recent peroxiredoxin paper.

https://t.co/XQXa18Q2Na

[Brandán Pedre @Brandanium]

Human peroxiredoxins 1 and 2 oscillate between decamers and dimers, depending on the cellular oxidative conditions. We designed genetically-encoded probes, based on homo-FRET, to follow these oscillations inside cells, in real time! @deeptital
https://t.co/6EXyqtLBAz

[Deepti Talwar @deeptital]

And our paper is there..

[P Kritsiligkou @Parikki]

Congrats ⁦@deeptital⁩ ⁦@Brandanium etc⁩!! Real-time monitoring of peroxiredoxin oligomerization dynamics in living cells | PNAS https://t.co/cETzPiwst6