sleezy.♧

@lakers💛💜|@realmadrid🤍

[Marvel Studios @MarvelStudios]

He used to be different.

Avengers: Doomsday arrives in theaters everywhere December 18. Get your tickets now: https://t.co/J5PUbxvAkc

[COME, LET ME SPLIT YOUR YANSH LIKE A LOAF OF BREAD @SexismSlayer]

Y'all will not believe what I just read😭😭

[sleezy.♧ @justcalvary]

@DcMayor1 @LilMoGh @wa_oww

[ostonox @ostonox]

"can you guarantee a knicks championship in your first term?" "inshallah"

promises made, promises kept

[Cristiano Ronaldo @Cristiano]

RIP THE SCRIPT @Nike

#Ad

[Track & Field Gazette @TrackGazette]

The first Ghanaian 🇬🇭 man to break 45s in the 400m!!

William Opare (ASU) has just won the NCAA DII men's 400m title in a new PB of 44.95s, becoming the first man from Ghana to break the 45-second barrier!

He broke the National Record of 45.13s set by Ibrahim Hassan in 1996.

Shemar Palmer was 2nd in the race with a PB of 45.33s, just ahead of Joshua Page in 45.35s.

[sleezy.♧ @justcalvary]

@DcMayor1 @nanaama_asabea @wa_oww

[Madrid Zone @theMadridZone]

🚨 Carlos Alcaraz: "Real Madrid will win 2-1 today. Mbappé and Bellingham will score."

[︎ًLevi @WittyLevi]

A man was asked to deliver a parcel to someone abroad. But at the airport, immigration officers stopped him, turns out the parcel….

[The Nobel Prize @NobelPrize]

The 2025 medicine laureates identified the immune system’s security guards, regulatory T cells, which prevent immune cells from attacking our own body.

The fundamental knowledge that researchers have gained through the discovery of regulatory T cells and their importance for peripheral immune tolerance, has spurred the development of potential new medical treatments. Mapping of tumours shows that they can attract large numbers of regulatory T cells that protect them from the immune system. Researchers are therefore trying to find ways to dismantle this wall of regulatory T cells, so the immune system can access the tumours.

In autoimmune diseases, researchers are instead trying to promote the formation of more regulatory T cells. In pilot studies, they are giving patients interleukin-2, a substance that makes regulatory T cells thrive. Researchers are also investigating whether interleukin-2 can be used to prevent organs being rejected after transplantation.

Another strategy researchers are testing to slow an overactive immune system is to isolate regulatory T cells from a patient and multiply them in a laboratory. These are then returned to the patient, who will thus have more regulatory T cells in their body. In some cases, researchers also modify the T cells, putting antibodies on their surface that function like an address label. This allows researchers to send these cellular security guards to a transplanted liver or kidney, for example, and protect the organ from being attacked by the immune system.

There are many more examples of how researchers are testing how regulatory T cells can be used to combat diseases. Through their revolutionary discoveries, Mary Brunkow, Fred Ramsdell and Shimon Sakaguchi have provided fundamental knowledge of how the immune system is regulated and kept in check. They have thus conferred the greatest benefit to humankind.

The 2025 Nobel Prize in Physiology or Medicine has been awarded to Mary E. Brunkow, Fred Ramsdell and Shimon Sakaguchi “for their discoveries concerning peripheral immune tolerance.”

[Buchi Laba @Buchi_Laba]

Nothing will ever beat this!
NOTHING!!!

[(fan) REAL MADRID FANS 🤍 @AdriRM33]

La cara de Jota Jordi es un poema.

😍😍😍😂😂😂

[sleezy.♧ @justcalvary]

@filmstofilms_ https://t.co/51Pq3oT4Mh

[Netflix @netflix]

Will they make it out of the Borderland?

ALICE IN BORDERLAND SEASON 3 IS NOW PLAYING

[🫯 the world @stanRiQ]

Putting on ‘Ain’t No Mountain High Enough’ as the 6 ft baddie walks in is a veteran move 🫡

[Elton 🇬🇭 @tino_elton_]

Telecel network looking at you applying for a remote job:

[US Open Tennis @usopen]

Naomi Osaka wins the showdown on Ashe!