𝙶𝚛𝚎𝚍𝚊 𓅓

OT wey I don unlock since primary school

lost my lil boo knowing my worth lmao

“So all you do is sleep, wake up, eat and tweet.” Me:

Newark Liberty International Airport SHUT DOWN… second major airport heading towards New York.

@TheCharlesIsidi See how the guy dey look am 😭😭🤣🤣

Dem don almost share the grace before you discover the key.

They all ass

@cartoonnetwork Wrap TS up

You know who else has a new show? Regular Show: The Lost Tapes 📼 | Coming May 11th on Cartoon Network #RegularShow #CartoonNetwork

He really came into this world to destr0y a lot of souls man😭

@PopBase OG Degenerate

Leonid Radvinsky, owner of OnlyFans, has died at the age of 43.

@bisiiii_ lol

Some guys dey suck their fellow guy epon more than girls for this app

@realmadridfra @vinijr

😄 @ViniJr 😄

@realmadridfra @vinijr 🤍🤍🤍🤍

@realmadriden @vinijr 🤍🤍

😄 @ViniJr 😄

@Rainmaker1973 @grok is this true ?

Scientists just found a way to reverse osteoporosis – not just slow it. Researchers from the University of Leipzig and Shandong University have identified GPR133, a cell-surface receptor that functions as a master regulator of bone-building cells called osteoblasts. When GPR133 is switched on, osteoblasts ramp up activity and dramatically increase bone density. In mouse experiments, animals engineered without the GPR133 gene developed fragile, porous bones similar to human osteoporosis. However, treating them with a synthetic activator called AP503—a small molecule discovered through computational screening—rapidly strengthened their skeletons. Remarkably, AP503 not only boosted bone mass in healthy mice but also reversed osteoporosis-like damage in older or diseased animals, with even greater effects when paired with physical exercise. Because GPR133 influences bone density in humans and the underlying molecular pathways are highly conserved across mammals, the findings raise hope for a breakthrough osteoporosis therapy. Unlike existing drugs that merely slow bone loss (and often carry side effects or waning efficacy), a GPR133-activating compound could actively rebuild bone from within. This approach could be particularly transformative for postmenopausal women, who face the highest risk of debilitating fractures, offering a safer, more effective way to restore skeletal strength. ["The mechanosensitive adhesion G protein-coupled receptor 133 (GPR133/ADGRD1) enhances bone formation." Signal Transduction and Targeted Therapy, 30 June 2025]

@realmadrid @vinijr

😄 @ViniJr 😄

@realmadrid @vinijr 🤍🤍🤍

@enews 🥀💔

Carrie Anne Fleming, known for her work in "Supernatural" and "iZombie", has passed away at the age of 51. 💔bit.ly/3NKAGzQ

It's always against Arsenal, look at Nani😂😂😂

@TMZ The goat is gone 🥀

🕊️ OnlyFans owner has died at 43. What we know: tmz.me/8RHa38d

@TMZ OG GOONER