Julia Lazzari-Dean(@JLazzariDean) 's Twitter Profile Photo

Molecular interactions are essential for life, but they’re invisible to our microscopes.

But some confocals are a software upgrade away from revealing binding:
andrewgyork.github.io/tumbling_is_ge…

Imagine cytometers & lightsheets that reveal binding partners of GFP-labeled proteins, live!

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Cat Gadelha(@GadelhaLab) 's Twitter Profile Photo

Hello Twitter, I’m Cat Gadelha, a cell biologist interested in the molecular interactions that take place at the surface membrane of single-celled parasitic organisms. (1/5)

Hello Twitter, I’m Cat Gadelha, a cell biologist interested in the molecular interactions that take place at the surface membrane of single-celled parasitic organisms. (1/5)

#trypanosomes #parasites #kinetoplastid #CellBiology #CellSurface
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310.ai(@310ai__) 's Twitter Profile Photo

Unlocking the secrets of molecular interactions has fascinated scientists since the 1980s. AI is revolutionizing the field of docking, with rapid advancements like DiffDock-L outperforming its predecessor in just two years. Explore more: 310.ai/2024/04/18/dif…

Unlocking the secrets of molecular interactions has fascinated scientists since the 1980s. AI is revolutionizing the field of docking, with rapid advancements like DiffDock-L outperforming its predecessor in just two years. Explore more: 310.ai/2024/04/18/dif…
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EMBL PhD Symposium(@EMBLPhDSymp) 's Twitter Profile Photo

So much of biology comes from collective behaviour! To emphasize this, we’ve chosen to hold the EMBL PhD Symposium about collective behaviour across scales.
🌍🧬🦠🌱🐟🦤🐁🌍

From Proteins and molecular interactions up to organisms,  evolution and social collectives, all are…

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ACS-Astrochemistry(@ACSAstrochem) 's Twitter Profile Photo

Dr. Arthur Suits, Mizzou Chemistry professor, is an invited speaker for the symposium. His group develops new tools to probe the intimate details of atomic and molecular interactions with lasers and molecular groups.

Dr. Arthur Suits, @MizzouChem professor, is an invited speaker for the #ACSastrochem10 symposium. His group develops new tools to probe the intimate details of atomic and molecular interactions with lasers and molecular groups. #ACSFall2023
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Convergence Institute(@ConvergenceInst) 's Twitter Profile Photo

Congratualtions to Atul Deshpande and Dr. Elana J Fertig on the release and publication of their new software that identifies molecular interactions among distinct types of cells in and around a tumor. hopkinsmedicine.org/news/newsroom/…

Congratualtions to @atulpdeshpande and @FertigLab on the release and publication of their new #machinelearning software #SpaceMarkers that identifies molecular interactions among distinct types of cells in and around a tumor. hopkinsmedicine.org/news/newsroom/…
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Alina Brzeczek-Szafran(@BrzeczekSzafran) 's Twitter Profile Photo

Another excellent day at the fantastic COIL9!
Super proud of my PhD student Bartłomiej, presenting our recent research on the molecular interactions in bio-derived organic salts! Chrobok Group Karolina Matuszek

Another excellent day at the fantastic  COIL9! 
Super proud of my PhD student @BartlomiejGaida, presenting our recent research on the molecular interactions in bio-derived organic salts! #COIL9 @ChrobokGroup @K_Matuszek
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Jorge Luis Alonso G. 🥔🧬🇨🇴🇦🇷🇨🇦(@redepapa) 's Twitter Profile Photo

Potato Stress Resilience: Unraveling the Role of Signalling Molecules and Phytohormones, bit.ly/3wanBY8

This article details the molecular interactions among salicylic acid, jasmonic acid, ethylene, reactive oxygen species, calcium ions, and nitric oxide in potatoes.

Potato Stress Resilience: Unraveling the Role of Signalling Molecules and Phytohormones, bit.ly/3wanBY8

This article details the molecular interactions among salicylic acid, jasmonic acid, ethylene, reactive oxygen species, calcium ions, and nitric oxide in potatoes.
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Andrés Álvarez García(@AndresA79153813) 's Twitter Profile Photo

Practical Computational Chemistry Course for a Comprehensive Understanding of Organic, Inorganic, and Physical Chemistry: From Molecular Interactions to Chemical Reactions pubs.acs.org/doi/10.1021/ac…

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Corentin Lefebvre(@C_unelma) 's Twitter Profile Photo

Our new article is now online! Great work with Johanna Klein, Hassan Khartabil, Jean-Charles BOISSON and Eric Henon on the extraction, characterization and quantification of molecular interactions with IGMPlot 🖥️

onlinelibrary.wiley.com/doi/full/10.10…

Our new article is now online! Great work with @Johanna_c_klein, @khartab, @JcBoisson and @ehenon51 on the extraction, characterization and quantification of molecular interactions with IGMPlot 🖥️   

onlinelibrary.wiley.com/doi/full/10.10…

#compchem #quantumchemistry
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Paesani Lab(@PaesaniLab) 's Twitter Profile Photo

We welcome Lucie, our first 'Research Experience for Pre-K' student for the summer!
Stay tuned to learn about Lucie's work on toy models for molecular interactions! 😜

We welcome Lucie, our first 'Research Experience for Pre-K' student for the summer! 
Stay tuned to learn about Lucie's work on toy models for molecular interactions! 😜
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BlackSanta9111🎅🏾(@TurdFur58439807) 's Twitter Profile Photo

New pre-print looks @ molecular interactions during SarsCov2 infection that leads to diabetes/high blood pressure through ACE2 interactions but as we all know there are other receptors that spike interacts w/ that results in the same TNF-a/IL6 production
medrxiv.org/content/10.110…

New pre-print looks @ molecular interactions during SarsCov2 infection that leads to diabetes/high blood pressure through ACE2 interactions but as we all know there are other receptors that spike interacts w/ that results in the same TNF-a/IL6 production
medrxiv.org/content/10.110…
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NHLBI Bethesda Labs(@TheBethesdaLabs) 's Twitter Profile Photo

Dr. Hammer’s lab uses cell biological, genetic, biochemical, and biophysical approaches, coupled with advanced imaging techniques, to study the molecular interactions that give rise to cellular and intracellular movements. Learn more: go.usa.gov/xATJv

Dr. Hammer’s lab uses cell biological, genetic, biochemical, and biophysical approaches, coupled with advanced imaging techniques, to study the molecular interactions that give rise to cellular and intracellular movements. Learn more: go.usa.gov/xATJv
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Deepraj_Negi(@ThevoiceDeepraj) 's Twitter Profile Photo

Hello everyone!
Excited to share my latest research on 'Mapping Molecular Interactions of G-Quadruplex Structure' at Live organized by Royal Society of Chemistry
Check out my poster and join the conversation. Thanks to Bharathwaj Sathyamoorthy Rajesh Sannapureddi Hemakshi Mishra

Hello everyone! 
Excited to share my latest research on  'Mapping Molecular Interactions of G-Quadruplex Structure' at #RSCposterLive #RSCposter organized by @RoySocChem 
Check out my poster and join the conversation. Thanks to @bwajtweeting @RR_Sannapureddi @hemakshizzaa
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VishwajitRane (मोदी का परिवार)(@visrane) 's Twitter Profile Photo

To commemorate the groundbreaking discovery of the Raman Effect, is celebrated. Sir C.V. Raman's pioneering work in light scattering has illuminated our understanding of molecular interactions. A testament to the power of scientific curiosity and dedication.

To commemorate the groundbreaking discovery of the Raman Effect, #NationalScienceDay is celebrated. Sir C.V. Raman's pioneering work in light scattering has illuminated our understanding of molecular interactions. A testament to the power of scientific curiosity and dedication.
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Darryl B McConnell(@D_B_McConnell) 's Twitter Profile Photo

Look at all the new content in this year's medchem course. I'm struggling to get lecture 3 down to ~80 slides for the 2 hours - too many molecular interactions. Lecture 5 around DMPK will be a lot of fun but still needs polishing. First lectures this week...

Look at all the new content in this year's medchem course. I'm struggling to get lecture 3 down to ~80 slides for the 2 hours - too many molecular interactions. Lecture 5 around DMPK will be a lot of fun but still needs polishing. First lectures this week...
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Martin Zizi(@MartinZ_uncut) 's Twitter Profile Photo

Perfectly logical - this is how physiology works.

In short more usage, at higher power menas more blood flow and more molecular interactions/exchanges per unit time and volume.

That is why, teh list of sudden deaths amongst athletes is quite long compared - accruing in one year…

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