Lemmy Today

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Welcome to lemmy.today!

About us

🤗 Thanks for joining our little instance here, located in Oregon. The idea is to have a fast, stable instance and allow users to subscribe to whatever content they want from here.

😎 We dont block any other instances. We will keep it that way unless it becomes a moderation problem.

🤠 We will be around for a very long time, so you dont have to worry about us shutting down the instance anytime soon. We like performance and stability in our servers, and will upgrade the instance when its needed.

🥹 Make sure to join a lot of remote communities to get a good feed going. How to do that is explained here.

Lemmy mobile apps

You should start using one of these ASAP since the web browser user interface is quite ugly, even with themes.

Sync for Lemmy (Android)
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Eternity (Android)
Liftoff (Android and IOS)
Voyager (web application but has IOS app in Testflight)
Jerboa (Android)
Connect (Android)
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Mlem (IOS)
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Optional Lemmy web browser user interfaces

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Be respectful. Everyone should feel welcome here.
No bigotry - including racism, sexism, ableism, homophobia, transphobia, or xenophobia.
No Ads / Spamming, or creating communities to promote blogs or services.
No local pornography communities (but you are free to subscribe to them on other instances if you wish).
No local communities about software related to porn.
No local religious communities (use remote ones)

Contact the admin

@mrmanager

founded 1 year ago

ADMINS

mrmanager

Buelldozer

Cannabis activates specific hunger neurons in brain (news.wsu.edu)

submitted 7 months ago by Blaze@discuss.tchncs.de to c/science@mander.xyz

3 comments fedilink

cross-posted from: https://lemmy.world/post/10849127

While it is well known that cannabis can cause the munchies, researchers have now revealed a mechanism in the brain that promotes appetite in a set of animal studies at Washington State University.

The discovery, detailed in the journal Scientific Reports, could pave the way for refined therapeutics to treat appetite disorders faced by cancer patients as well as anorexia and potentially obesity.

After exposing mice to vaporized cannabis sativa, researchers used calcium imaging technology, which is similar to a brain MRI, to determine how their brain cells responded. They observed that cannabis activated a set of cells in the hypothalamus when the rodents anticipated and consumed palatable food that were not activated in unexposed mice.

Cannabis activates specific hunger neurons in brain (news.wsu.edu)

submitted 7 months ago by RainfallSonata@lemmy.world to c/noshitsherlock@lemmy.world

0 comments fedilink

cross-posted from: https://lemmy.world/post/10849127

While it is well known that cannabis can cause the munchies, researchers have now revealed a mechanism in the brain that promotes appetite in a set of animal studies at Washington State University.

The discovery, detailed in the journal Scientific Reports, could pave the way for refined therapeutics to treat appetite disorders faced by cancer patients as well as anorexia and potentially obesity.

After exposing mice to vaporized cannabis sativa, researchers used calcium imaging technology, which is similar to a brain MRI, to determine how their brain cells responded. They observed that cannabis activated a set of cells in the hypothalamus when the rodents anticipated and consumed palatable food that were not activated in unexposed mice.

132

Cannabis activates specific hunger neurons in brain (news.wsu.edu)

submitted 7 months ago by MicroWave@lemmy.world to c/science@lemmy.world

27 comments fedilink

While it is well known that cannabis can cause the munchies, researchers have now revealed a mechanism in the brain that promotes appetite in a set of animal studies at Washington State University.

The discovery, detailed in the journal Scientific Reports, could pave the way for refined therapeutics to treat appetite disorders faced by cancer patients as well as anorexia and potentially obesity.

After exposing mice to vaporized cannabis sativa, researchers used calcium imaging technology, which is similar to a brain MRI, to determine how their brain cells responded. They observed that cannabis activated a set of cells in the hypothalamus when the rodents anticipated and consumed palatable food that were not activated in unexposed mice.