Mantorras

[_Xebola_]

Craque.

O meu primeiro ídolo do Benfica.

Poderia ter sido um super craque!

[Espártaco]

Craque.

O meu primeiro ídolo do Benfica.

Poderia ter sido um super craque!

Talvez hoje tivesse sido.

A jogar assim não teria ficado nem 6 meses aqui, mas por outro lado também não se teria tornado uma figura no Benfica.

É talvez o maior "se" da história recente do futebol.

[PedroMartins]

Ia meter esse vídeo .
Nasci em 91 e com 10 anos já via futebol, mas pouco me recordava do Mantorras, tem ai golos que me lembro na perfeição, mas para mim o golo que ele marca aos 7:57 é simplesmente delicioso.

O que poderia ter sido o Mantorras, nunca vamos saber, mas que era um jogador completamente diferenciado isso era

[Ginkgo]

eish que video lindo

[Darkboy]

Portugal Legends.

[Laudrup]

Ainda há esperança, Mantorras.

Scientists Say They've Figured Out How to Regenerate Knee Cartilage

Scientists at Northwestern University say they've invented a goo — yes, a goo — that could open the door to regenerating human knee cartilage, a finding that could eventually lead to new clinical ways to rebuild knee joints and avoid invasive and expensive knee replacement surgeries.

Cartilage is the connective tissue that wraps around joints and bones, working to absorb shock, aid mobility, and protect against painful bone-on-bone friction. These are all tough — and important! — jobs, and yet cartilage doesn't naturally regenerate on its own. As a result, those with worn-down or damaged cartilage often wind up turning to knee replacement surgery. While effective, that road can be expensive and generally requires a lengthy recovery period.

That's where the goo might come in.

As the Northwestern researchers detail in their new study, published this week in the journal PNAS, they've invented a rubbery biomaterial that mimics the chemical structure of cartilage. When the biochemical goo was applied to human-like knee joints in sheep, the results were extraordinary: within six months, the study says, the scientists observed new cartilage growth in the animal subjects.

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