"Researchers observed a strikingly similar effect on brain networks from five psychedelic drugs, including psilocybin and LSD, despite their different chemical compositions. This study is a significant step towards understanding how these substances can be utilized in treating mental health conditions."
"Two research teams developed machine-learning algorithms to catalog antiviral proteins in bacterial genomes, revealing that approximately 1.5% of a bacterium's genes correspond to these proteins, which is three times more than previous estimates."
"Fresh approaches to drug design are advancing the development of effective cancer treatments targeting the KRAS protein, which was previously deemed 'undruggable'. These new drugs aim to tag the protein for destruction by the body's immune system."
Five psychedelic drugs exhibit a similar effect on brain networks, as shown in brain scans of users. This study, combining data from 11 brain-imaging studies, aims to enhance understanding of psychedelics' impact on the brain. Additionally, researchers identified numerous proteins in bacteria that may defend against viruses, estimating that 1.5% of bacterial genes correspond to antiviral proteins. This discovery could lead to advanced molecular tools. New drug designs targeting the KRAS protein are also progressing, moving closer to effective cancer treatments.
Read at Nature
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