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project-argus:

Glad to have deleted your hopes, there

project-argus:

Glad to have deleted your hopes, there

middletonisjesus:

An accurate representation of my life.

middletonisjesus:

An accurate representation of my life.

olenna-redwyne:

Sad Cat Diaries (x)

stagbeetleloveit:

emmyc:

danieltflynn:

Nice to see you too, dog.

o m g

Christ on a crutch why did they have to add arms *dies*

stagbeetleloveit:

emmyc:

danieltflynn:

Nice to see you too, dog.

o m g

Christ on a crutch why did they have to add arms *dies*

wilwheaton:

laughterkey:

sonicdork:

nprmusic:

poptech:

laughingsquid:

Teenage Girl Nonchalantly Plays Van Halen’s ‘Eruption’ Guitar Solo

Whaaaaaaaaaaaat?

No big deal, just shreddin’.

“You can really shred that Eddie Van Halen solo, little girl. But can you down 8 lagers at once?” Alex Van Halen

GAHDDAM

WOW.

neurosciencestuff:

Drugs found to both prevent and treat Alzheimer’s disease in mice
Researchers at USC have found that a class of pharmaceuticals can both prevent and treat Alzheimer’s Disease in mice.
The drugs, known as “TSPO ligands,” are currently used for certain types of neuroimaging.
“We looked at the effects of TSPO ligand in young adult mice when pathology was at an early stage, and in aged mice when pathology was quite severe,” said lead researcher Christian Pike of the USC Davis School of Gerontology. “TSPO ligand reduced measures of pathology and improved behavior at both ages.”
The team’s findings were published online by the Journal of Neuroscience on May 15. Pike’s coauthors include USC postdoctoral scientists Anna M. Barron, Anusha Jayaraman and Joo-Won Lee; as well as Donatella Caruso and Roberto C. Melcangi of the University of Milan and Luis M. Garcia-Segura of the Instituto Cajal in Spain.
The most surprising finding for Pike and his team was the effect of TSPO ligand in the aged mice. Four treatments—once per week over four weeks—in older mice resulted in a significant decrease of Alzheimer’s-related symptoms and improvements in memory – meaning that TSPO ligands may actually reverse some elements of Alzheimer’s disease.
“Our data suggests the possibility of drugs that can prevent and treat Alzheimer’s,” Pike said. “It’s just mouse data, but extremely encouraging mouse data. There is a strong possibility that TSPO ligands similar to the ones used in our study could be evaluated for therapeutic efficacy in Alzheimer’s patients within the next few years.”
Next, the team will next focus on understanding how TSPO ligands reduce Alzheimer’s disease pathology. Building on the established knowledge that TSPO ligands can reduce inflammation—shielding nerve cells from injury and increasing the production of neuroactive hormones in the brain—the team will study which of these actions is the most significant in fighting Alzheimer’s disease so they can develop newer TSPO ligands accordingly.

neurosciencestuff:

Drugs found to both prevent and treat Alzheimer’s disease in mice

Researchers at USC have found that a class of pharmaceuticals can both prevent and treat Alzheimer’s Disease in mice.

The drugs, known as “TSPO ligands,” are currently used for certain types of neuroimaging.

“We looked at the effects of TSPO ligand in young adult mice when pathology was at an early stage, and in aged mice when pathology was quite severe,” said lead researcher Christian Pike of the USC Davis School of Gerontology. “TSPO ligand reduced measures of pathology and improved behavior at both ages.”

The team’s findings were published online by the Journal of Neuroscience on May 15. Pike’s coauthors include USC postdoctoral scientists Anna M. Barron, Anusha Jayaraman and Joo-Won Lee; as well as Donatella Caruso and Roberto C. Melcangi of the University of Milan and Luis M. Garcia-Segura of the Instituto Cajal in Spain.

The most surprising finding for Pike and his team was the effect of TSPO ligand in the aged mice. Four treatments—once per week over four weeks—in older mice resulted in a significant decrease of Alzheimer’s-related symptoms and improvements in memory – meaning that TSPO ligands may actually reverse some elements of Alzheimer’s disease.

“Our data suggests the possibility of drugs that can prevent and treat Alzheimer’s,” Pike said. “It’s just mouse data, but extremely encouraging mouse data. There is a strong possibility that TSPO ligands similar to the ones used in our study could be evaluated for therapeutic efficacy in Alzheimer’s patients within the next few years.”

Next, the team will next focus on understanding how TSPO ligands reduce Alzheimer’s disease pathology. Building on the established knowledge that TSPO ligands can reduce inflammation—shielding nerve cells from injury and increasing the production of neuroactive hormones in the brain—the team will study which of these actions is the most significant in fighting Alzheimer’s disease so they can develop newer TSPO ligands accordingly.

e4rleb1rd:

physicsphysics:
An interesting model of our solar system’s path as it travels through space in the Milky Way.
Certainly a departure from usual models that show the Sun as a static object, which it certainly isn’t

e4rleb1rd:

physicsphysics:

An interesting model of our solar system’s path as it travels through space in the Milky Way.

Certainly a departure from usual models that show the Sun as a static object, which it certainly isn’t

e4rleb1rd:

physicsphysics:
An interesting model of our solar system’s path as it travels through space in the Milky Way.
Certainly a departure from usual models that show the Sun as a static object, which it certainly isn’t


This is why I love looking up and knowing that I am just along for the ride and might as well enjoy it all

e4rleb1rd:

physicsphysics:

An interesting model of our solar system’s path as it travels through space in the Milky Way.

Certainly a departure from usual models that show the Sun as a static object, which it certainly isn’t

This is why I love looking up and knowing that I am just along for the ride and might as well enjoy it all