Neural networks called transformers made today’s powerful large language models possible. Now, computational complexity researchers are probing the limits of this system architecture. quantamagazine.org/how-chain-of-t…

Loading nuclotides in plant-derived EVs for cancer therapy: Anil Sood et al MD Anderson Cancer Center developed a novel method for delivering nucleotides using watermelon-derived EVs combined with a miRNA146 mimic, thus creating a hybrid exosomal-polymeric system nature.com/articles/s4169…

Many thanks for sharing the software!

The second episode of our podcast series #FromBenchtoPodcast is live! 🎙️👌🏻 I interviewed 3 fantastic ECRs about a computational toolbox combining spatial transcriptomics and histology called Starfysh 🌟 shows.acast.com/forum/episodes…

We caught up with Johan Skog and Jason Alter at #AUA24 to hear about their experience at the show, and about The ExoDx™ Prostate Test. Connect with our team at booth #613, or get your show info here: bit.ly/43AdmZm

“I worked in a molecular biology lab at the University of Pennsylvania, and a lightbulb went off. I thought, ‘Wow, people get paid to think about big ideas and try to find solutions to problems with importance to human health.’” quantamagazine.org/pleasure-or-pa…

Feeling so appreciated by my wonderful lab members MGH Center for Systems Biology, who celebrated #TeachersDay! My lab family is the best! ❤️

New content online: A large-scale machine learning analysis of inorganic nanoparticles in preclinical cancer research dlvr.it/T6x5fj

Powerful platform for #extracellularvesicle (#exosome) analysis. A great collaboration with my dear colleagues ETH Zurich and MGH Center for Systems Biology.

Attention GDC users! The GDC continues to improve GDC Data Portal 2.0 and will retire the legacy version by the end of June 2024. Visit GDC Data Portal 2.0 at: portal.gdc.cancer.gov.

PhD students — How to read a research paper? Here is how you can be 10x faster from reading a research paper.

🚨New paper🚨 Ayden and Ayo developed a method to stabilize capture sequences in DNA biosensors. This method improved DNA biosensors' clinical and analytical sensitivity by over 3 and 100-fold. They termed this new strategy RIGID-DNA. Check it out here: tinyurl.com/3t9r5282

Very helpful study and a must-read 👍

TOMORROW! Come to the Emerging Technologies Seminar Series to hear Dr. Dana Pe'er share about the #informatics tools her lab is developing to study tissue structures in the #tumor #microenvironment. Register: events.cancer.gov/cssi/technolog…

Podcast alert!!⬇️⬇️⬇️🎙️🎙️🎙️ The 5th episode of PAS Podcast is out!!! 😍 Listen to Silvia as she interviews experts and researchers working on collaborative approach to combating Antimicrobial Resistance 🦠 #amr #antimicrobialresistance #onehealth

Very happy of the first outcome of a very nice collaboration of Quidant’s Lab with Universitat Autònoma de Barcelona & Catalan Institute of Nanoscience & Nanotechnology on a new, very promising phase change material! D-MAVT, ETH Zurich ETH Zurich doi.org/10.1002/adom.2…

Excited to share an important review on #nanoparticles in clinical diagnostics! Please check it out Nature Reviews Bioengineering. nature.com/articles/s4422…

Nanoparticles can be designed for clinical diagnostics. In their new Review, HakhoLee Lab Jinwoo Cheon et al discuss how nanoparticles can be integrated in devices for the detection of nucleic acids, proteins and small molecules go.nature.com/4eXItTK

Click editing enables programmable genome writing using DNA polymerases and HUH endonucleases go.nature.com/3zPEIjp