Drug Reverses Effects of Sleep Deprivation

Ryan O'Rourke writes "According to a study led by Dr. Sam A. Deadwyler and published by the Public Library of Science Biology, a new drug called CX717 developed by Cortex Pharmaceuticals has been shown to reverse the biological and behavioral effects of sleep deprivation. Tests performed on monkeys that were subjected to 30-36 hours of sleep deprivation revealed an average test performance accuracy drop to 63 percent, but that performance was restored to 84 percent after administering CX717. During normal alert conditions, performance accuracy of the animals was improved from an average of 75 percent to 90 percent after an injection of CX717. It is also believed the drug may help prevent or restore memory loss in Alzheimer's patients."

Comments

Don't ignore the signals.

[Poromenos1]

I don't like this. Sleep deprivation effects are there for a reason, to signal that you need to sleep. I can understand if people who can't sleep and need to be alert need to use this (e.g. soldiers in combat), but it's not going to be very good for the average person who needs to do some more work. People need to sleep for various reasons (rest, various chemicals get regenerated, etc). It's not a whim of nature.

Heart attack in a pill

[bigwavejas]

Sleep is critical for muscles/ organs to rebuild themselves. If I were Cortex I'd be a bit hesitant to release this drug to the public, without the strictest prescription. Lest they end up like Merck with Vioxx

Slashdot

[saskboy]

If I stopped reading slashdot until 12:00AM that would help with my sleep deprivation, without the use of drugs.

I have a feeling most other computer users would find the same benefits from turning off their computers at 10:00PM.

Re:Coming soon...

[tumanov]

I think we should all be focusing on being able to work better instead of being able to work longer. I've been doing a lot of introspective thinking about how much I work vs. how much actually gets done. And really its only the last 4 hours before a deadline that the work gets done - regardless of how many all-nighters were pulled.

So while getting read of sleep deprivation effects might be nice, I really just need a drug that'll push me into the last-mile mindset and get me to actually do the amazing work that gets done under pressure. Caffeine and nicotine just don't cut it anymore.

Heck, like one of the replies to your post mentions, the C in this drug could stand for cocaine and it'd probably have the same effect if it WAS just cocaine, except maybe with the downside of addiction.

Nothing new

[Frangible]

Amphetamines have been around for what, 100 years or so? Dextroamphetamine is the Air Force's "go pill" and is quite effective at keeping someone alert when they should be sleeping.

http://www.ncbi.nlm.nih.gov/entrez/query.fcgi?cmd= Retrieve&db=pubmed&dopt=Abstract&list_uids=1462046 8&query_hl=4

While they argue that this drug is different because of possibly less abuse potential (yet have no data to back that assertation up with, such as self-reinforcing studies in animals), I think the real reason is because pharmaceutical patents only last 20 years. As far as abuse potential goes, addiction is usually characterized by increased dopamine levels in the nucleus accumbens, of which amphetamine activates indirectly; I have seen no evidence as to whether or not CX717 will indirectly raise dopamine levels in that region of the brain as well.

They may claim they're not stimulants, but the action is that of binding to receptors and releasing a neurotransmitter called glutamate. Is that really so different than stimulants binding to a receptor and releasing norepinephrine, another neurotransmitter?

From the journal article, revealed increased activity in prefrontal cortex, dorsal striatum, and medial temporal lobe (including hippocampus) that was significantly enhanced over normal alert conditions following administration of CX717. You would see similar increases in brain activity following the administration of amphetamine as well.

Furthermore, high levels of glutamate have neurotoxic properties: In excess, glutamate causes neuronal damage and eventual cell death, particularly when NMDA receptors are activated.

Somehow though, I think the combination of a pharmaceutical company making $2.00 in profit per pill combined with possibly less of an abuse potential or political incorrectness of usage will make this drug preferred in spite of whatever risks it carries.

Of course, maybe I'm just bitter and skeptical in my old age.