A powerful new microscopy technique allows scientists to simultaneously sequence an individual cell's DNA and locate its proteins without breaking the cell open, facilitating unparalleled insights into cellular functions.
The technique, expansion in situ genome sequencing, reveals significant information on the interactions between proteins and chromosomes, particularly in the context of cellular aging, indicating a vast potential for future research.
A deep-learning model identified 70,500 previously unknown RNA viruses, emphasizing the endless possibilities for discovery within genetic databases and showcasing the breadth of viral diversity on our planet.
The recent Nobel Prizes recognized the impact of artificial intelligence on scientific advancements, particularly through neural networks in physics and improvements in protein structure prediction, highlighting AI’s transformative role in modern research.
Collection
[
|
...
]