Although psilocybin is relatively less harmful than other drugs and not prone to compulsive abuse, the researchers don’t recommend releasing psilocybin into patients’ hands even with a prescription. “We believe that the conditions should be tightly controlled and that when taken for a clinical reason, it should be administered in a health care setting, monitored by a person trained for that situation,” says Johnson. The researchers foresee that the process for psilocybin use in the clinic would be similar to how an anesthesiologist prescribes and administers a drug, minimizing the potential for abuse or harm.
Well apparently people have been doing this wrong for 10,000 years and now it needs to be handed over to “pharmaceutical professionals.”
The conventional wisdom is that morning people are high achievers, go-getters, while late risers are lazy. But what if going to bed in the wee hours is actually an advantage?
COME ON LUCKY SEVEN!!!!!
According to Dr. Walker, about 40 percent of the population are morning people, 30 percent are evening people, and the remainder land somewhere in between. “Night owls are not owls by choice,” he writes. “They are bound to a delayed schedule by unavoidable DNA hard wiring. It is not their conscious fault, but rather their genetic fate.”
Tell me more …
And I have it fairly bad. My body naturally wants to go to bed around 2 a.m. and rise around 10 a.m. Whenever I try to adjust to an early schedule, my brain is like mush. Conversely, I light up like the Rockefeller Center Christmas tree around 9 p.m., and for the next few hours I am my most me: alert, clever, inspired to create.
Me too, but writing peaks about 11.
“Here’s to all 180 million of you late risers, night crawlers and can’t-get-to-sleepers,” the voice-over says, as Eric Clapton’s “After Midnight” swells in the background. “Because the ones who truly change the world are the ones who are still at it when everyone else is fast asleep.”
I like how this ends.
If you want to get technical, the brain-booster in question is a “closed-loop hippocampal neural prosthesis. Closed loop because the signals passing between each patient’s brain and the computer to which it’s attached are zipping back and forth in near-real-time. Hippocampal because those signals start and end inside the test subject’s hippocampus, a seahorse-shaped region of the brain critical to the formation of memories. “We’re looking at how the neurons in this region fire when memories are encoded and prepared for storage,” says Robert Hampson, a neuroscientist at Wake Forest Baptist Medical Center and lead author of the paper describing the experiment in the latest issue of the Journal of Neural Engineering
Humans continue to produce new neurons in a part of their brain involved in learning, memory and emotion throughout adulthood, scientists have revealed, countering previous theories that production stopped after adolescence. The findings could help in developing treatments for neurological conditions such as dementia.
Many new neurons are produced in the hippocampus in babies, but it has been a matter of hot debate whether this continues into adulthood – and if so, whether this rate drops with age as seen in mice and nonhuman primates.
Although some research had found new neurons in the hippocampus of older humans, a recent study scotched the idea, claiming that new neurons in the hippocampus were at undetectable levels by our late teens.
Now another group of scientists have published research that pushes back, revealing the new neurons are produced in this brain region in human adults and does not drop off with age. The findings, they say, could help in the hunt for ways to treat conditions ranging from Alzheimer’s to psychiatric problems.