Researchers have made significant strides by sequencing the complete genomes of six endangered ape species, providing a deeper understanding of genetic differences and aiding conservation efforts. Additionally, advancements in stem cell engineering have produced human brain cells that evade immune detection, effectively restoring muscle control in a rat model of Parkinson's disease. Meanwhile, a global survey revealed that more than half of researchers are optimistic about the societal benefits of artificial intelligence, contrasting sharply with general public skepticism regarding AI risks, particularly concerning misinformation and cybersecurity.
After more than two decades of work, researchers have sequenced the complete genomes of six ape species. This analysis will help understand genetic differences between humans and other apes.
Human brain cells engineered to avoid immune detection successfully restored muscle control in rats, indicating a potential path for universal cell lines to treat multiple conditions.
54% of global researchers responded that they believe artificial intelligence will benefit society more than it poses risks, contrasting with the much lower optimism of the general public.
The study contributes to addressing the genetic diversity of endangered ape populations, crucial for conservation efforts, as all six sequenced species are at significant risk.
Collection
[
|
...
]