• vitóriα | 💻📚🇧🇷 • @vitoriarisb - Twitter Profile

• vitóriα | 💻📚🇧🇷 • @vitoriarisb

2 days ago

@MaikonWeber1 Não lhe conheço moço, mas aposto que sua filha vai adorar!🥹

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• vitóriα | 💻📚🇧🇷 • @vitoriarisb

4 days ago

@saa_xllr fodaaa Vai ter pra linux ou mobile?

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vitoriarisb retweeted

dolan.

@ericwdolan

8 days ago

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• vitóriα | 💻📚🇧🇷 • @vitoriarisb

3 months ago

@dalde01 @krisnarane1 Nossaaa! Ficou lindissimo!

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• vitóriα | 💻📚🇧🇷 • @vitoriarisb

4 months ago

@cacocardassi Legendada... Não sei se conseguiria assistir uma dublagem que não fosse a do Caio...

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• vitóriα | 💻📚🇧🇷 • @vitoriarisb

5 months ago

I’m watching the Artemis II launch and thinking that I really love science! This is so awesome!

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vitoriarisb retweeted

Portal Harry Potter ⚡︎ @portalpotterbr

5 months ago

"estou ansioso para o evento do ano" "a copa do mundo?" " "não, a série harry potter "

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vitoriarisb retweeted

News on HBO Max @HBOMaxNews_LA

5 months ago

Primer tráiler de la saga de 'HARRY POTTER'. Se estrena esta Navidad en HBO.

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• vitóriα | 💻📚🇧🇷 • @vitoriarisb

6 months ago

@thiegonovais Espero que realmente façam isso, mesmo não tendo muitas esperanças sobre! Querendo ou não, vão querer mudar alguma coisa para se adequar a visão da Paramount! Nunca é 100% assim!

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vitoriarisb retweeted

All day Astronomy

@forallcurious

6 months ago

🚨: This is Tatiana Sampaio, a Brazilian scientist who restored movement in six paraplegic patients.

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• vitóriα | 💻📚🇧🇷 • @vitoriarisb

7 months ago

@thiegonovais Espero que você esteja correto, Thiego! Pois, a atuação dele em "Adolescence" me deu calafrios de tão boa! Seria o Tom Riddle mais-que-perfeito!

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vitoriarisb retweeted

GP Q

@argosaki

7 months ago

In a historic medical breakthrough, Brazil has unveiled the world’s first spinal cord regeneration drug after 25 years of dedicated research. Early clinical trials are already showing remarkable results, with some paralyzed patients regaining movement and basic motor functions. What was once considered impossible is now quickly becoming reality. The new therapy works by stimulating nerve cell regeneration and repairing damaged spinal tissue. Traditionally, spinal cord injuries have been viewed as permanent, with treatments focused mainly on managing symptoms rather than restoring lost function. This drug changes the narrative, offering real hope for millions of patients worldwide living with paralysis. Researchers report that the treatment is showing significant improvements in mobility, coordination, and even muscle strength during early trial phases. The drug is designed to activate the body’s natural repair mechanisms while protecting existing nerve cells from further damage, potentially revolutionising the field of regenerative medicine. Experts caution that while these early results are incredibly promising, further testing is needed to fully understand long-term effects and safety. Still, this development marks a turning point in neuroscience and medical innovation, bringing the dream of functional recovery for spinal cord injury patients closer than ever. #TheSciencePulse #SpinalCordRegeneration #MedicalBreakthrough #RegenerativeMedicine

argosaki's tweet photo. In a historic medical breakthrough, Brazil has unveiled the world’s first spinal cord regeneration drug after 25 years of dedicated research.

Early clinical trials are already showing remarkable results, with some paralyzed patients regaining movement and basic motor functions.

What was once considered impossible is now quickly becoming reality.

The new therapy works by stimulating nerve cell regeneration and repairing damaged spinal tissue.

Traditionally, spinal cord injuries have been viewed as permanent, with treatments focused mainly on managing symptoms rather than restoring lost function.

This drug changes the narrative, offering real hope for millions of patients worldwide living with paralysis.

Researchers report that the treatment is showing significant improvements in mobility, coordination, and even muscle strength during early trial phases.

The drug is designed to activate the body’s natural repair mechanisms while protecting existing nerve cells from further damage, potentially revolutionising the field of regenerative medicine.

Experts caution that while these early results are incredibly promising, further testing is needed to fully understand long-term effects and safety.

Still, this development marks a turning point in neuroscience and medical innovation, bringing the dream of functional recovery for spinal cord injury patients closer than ever.
#TheSciencePulse #SpinalCordRegeneration #MedicalBreakthrough #RegenerativeMedicine

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• vitóriα | 💻📚🇧🇷 • @vitoriarisb

7 months ago

I miss Avicii so much! I remember when I didn't have internet and needed to use the neighbor's internet to download apps from the Play Store with the songs to listen to his songs! forever yours...◢ ◤

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