starvoltstudio

It was fun while it lasts goodbye curly spaghetti my favorite childhood snack was gone forever I wished we could revive the product someday since the factory somehow stops producing it 😢 Anyways spread this word if you also love this food #bringbackcurlyspaghetti #philippines

JUST IN🚨: Scientists Discover How Multiple Sclerosis Kills Brain Cells.

A full moon night

Which One?😍👇🏻

What lives beneath the waves?🌊🌸

@Jollibee @Michell19501181 @Jollibee but maybe, you can do something about it? I mean, your a business place right? And like any other corporations or institutions, you can use what we call "strategic thinking" right?

We’re sorry for the inconvenience regarding your pets not being allowed inside the store, @Michell19501181. For safety and hygiene reasons, pets are not permitted in our dining areas. We understand this may be disappointing. Kindly share more details here 👉 jollibee-ph.welovetohearyou.com so the right team can assist you further. Thank you.

Shout out @Jollibee ,kelan kayo magiging pet friendly,alam nmn ninyo n favourite ng aming mga pets ang chicken joy nio pero hndi p din kmi mkpag dine in kht for take out hndi pumasok ang pets namin.

Be honest.... like it....

A new treatment reactivates the brains natural cleaning system and clears 42 percent of toxic Alzheimers plaque while restoring memory. In Alzheimers disease toxic amyloid-beta proteins accumulate into sticky plaques that impair brain function. New research indicates that this buildup stems not only from excess production but also from a breakdown in the brains waste removal system. Under normal conditions specialized transport pumps known as P-glycoprotein or P-gp at the blood-brain barrier actively remove these toxins from the brain. In Alzheimers patients these pumps lose effectiveness and allow waste to build up. A recent study in ACS Chemical Neuroscience found that a copper-based compound called Cu(ATSM) increased the activity of these clearance pumps by 24.1 percent in animal models. This enhancement enabled the brain to remove trapped toxins and reduced amyloid-beta plaques by 42 percent. The improved waste disposal also produced a 44 percent gain in spatial learning and memory over 56 days. Although the results come from laboratory and animal research and have not yet been tested in humans with Alzheimers, Cu(ATSM) is already under evaluation for other neurological conditions such as Parkinsons and ALS. This existing research may help accelerate future clinical trials. By repairing the brains own waste-disposal system instead of only targeting plaques this approach represents a promising new direction in dementia treatment. [Pyun J et al. Cu(ATSM) Restores Blood–Brain Barrier Abundance of P-Glycoprotein and Improves Cognitive Function in the APP/PS1 Mouse Model of Alzheimer’s Disease. ACS Chemical Neuroscience. 2026. DOI: 10.1021/acschemneuro.6c00252]

@OurinIza Good night! 😇

Good night beautiful souls

今日は？静かめに。 #AIイラスト

Which One?👇🏻❤️

Can you swim safely in beach water?🌊

Smash or pass?