The results of R.PRJ are available on bioRxiv demonstrating the reproducibility of Sampling Human’s technology for the highly specific capture of single cells for analysis. Decentralized data collection by independent labs was made possible by our user-friendly benchtop kit.
R.PRJ brought together 30 users across 12 laboratories to test reproducibility of our single-cell measurement technology. Hear from participants and learn more about the study from the R.PRJ video.
https://t.co/0cDZK2hqnp
This Single-Cell Startup Wants to Digitize the Immune System with Engineered Yeast: @samplinghuman is engineering yeast-derived bioparticles together with #AI to detect and sequence extremely rare cell populations. https://t.co/IX4Gljz7lC #synbio
Excited to share our new pre-print introducing biocytometry - a novel platform for single-cell analysis with unprecedented sensitivity and scalability. Comments very welcome🙏
#synbio#singlecell#preprint
Technical details about Sampling Human’s technology available now on bioRxiv! Our novel approach to cell identification enables unprecedented sensitivity in single-cell applications on an industrial scale.
Generative models and P vs. NP: A clickbaity thread 🧵
An important point that seems missing (as far as I've seen) in the debate over LLM "correctness" / "usefulness": generative models are most useful precisely in situations where creation is hard, but verification is easy. 1/N
The only way to predict the future state of a chaotic system is to control it. The only way to control a chaotic system with limited resources is to focus on transitions through local unstable equilibriums.