Computational science and technology company combining molecular simulation, artificial intelligence, and software engineering to explore life sciences.
Nairobi, Kenya
Joined October 2026
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AtuLabs retweeted
I highly recommend cloudflare's security audit skill: github.com/cloudflare/securi…
Run it on all your software. Run it with the free models. Use it even if you used a model to audit something - it will find much more things. Works in all agent harnesses and is model independent.
AtuLabs retweeted
🧬 Design proteins faster and send fewer, better candidates to the lab.
Introducing RFD4-Proteina, a new NVIDIA BioNeMo open model co-developed with @UWproteindesign.
▫️Fast: 13× faster generation than RFdiffusion3 at 200 residues
▫️ Smart: state-of-the-art across 12+ protein design tasks
▫️ Programmable: set your design inputs and use test-time compute on harder problems
Start with our binder-design tutorial nvda.ws/3VK9Uvr
AtuLabs retweeted
Avengers assemble: 1 year BakerLab + NVIDIA GenAIR = 🔥 rfd4-proteina.org
Presenting RFD4-Proteina, our latest protein design model, significantly better and faster than everything we compared against, both in silico and in the lab! 1/30
AtuLabs retweeted
Most drugs work like a key in a lock. But hard-to-treat diseases often lack a lock to begin with, leaving them out of reach for conventional medicine.
Covalent drugs change the game by bonding permanently to their targets. To find the right molecules, @ExpeditionMedicines fine-tuned the AIMNet2 model with the NVIDIA ALCHEMI Toolkit—screening 15 million structures per $1,000 of compute (17x faster and cheaper than GFN2-xTB).
expeditionmedicines.com/news…
AtuLabs retweeted
Challenge 4 of the Anthropic × Adaptyv Protein Design Competition on @proteinbase is open: design a pH-sensitive protein to help shuttle drugs into the brain.
TfR1 is a receptor protein that brings iron-loaded transferrin into cells. It is highly expressed in the blood-brain barrier and drug developers can use this receptor to get drugs to pass the blood-brain barrier. The drug is fused to a binder to TfR1, which makes cells absorb the protein complex. If the binder is pH-sensitive it will release from the receptor inside the endosome and then exit the cells on the brain-facing side to deliver the therapeutic into the brain.
In this challenge, the goal is to make a pH-sensitive binder to TfR1 that targets precisely the right region on the receptor in order to allow absorption into the cell.
AtuLabs retweeted
Weekend project complete: Run (Free)BindCraft on your mac!
Check out the latest version 1.0.6 which supports experimental support for apple silicon (github.com/cytokineking/Free…).
AtuLabs retweeted
Public preview of BioEmu2! @MSFTResearch AI for Science’s new foundation model for biomolecular structure, dynamics and function. Open weights, MIT license.
github.com/microsoft/bioemu2
Movie: BioEmu2-simulated binding of intrinsically disordered peptide PUMA to MCL-1 receptor. 🧵⬇️
AtuLabs retweeted
The Mo Lab discovers a new microbiome antibiotic and its mode of action: "Discovery and Characterization of Miranthins, "Trojan Horse" Antibiotic Modulators of Bacterial Composition in the Oral Microbiome,” in @PNASNews.
Nice work Brielle, Brett, and Mo: doi.org/10.1073/pnas.2621138…
ALT Journal illustration from PNAS.
First tweet! Introducing our landing page. We are going to be documenting every MD simulations we carry out here along with the journey.
Check out atulabs.science
#moleculardynamicssimulation
#computationalbiochemistry
#sicklecelldisease
AtuLabs retweeted
Researchers used a record player–like microscope to see DNA pairing for the first time. sciencenews.org/article/dna-…
