How prostate cancer cells mimic bone when they metastasize

Understanding this process could lead to innovative and improved therapies

Prostate cancer often becomes lethal as it spreads to the bones, and the process behind this deadly feature could potentially be turned against it as a target for bone-targeting radiation and potential new therapies. Read more.

Men with prostate cancer offered hope by ‘search and destroy’ treatment

A game-changing “search and destroy” treatment could offer new hope to thousands of men with incurable prostate cancer.  The first two UK patients were treated after research found that it could significantly extend survival for those with no other treatment options.  Charities said they were “thrilled” by the promise shown by the treatment which simultaneously identifies and attacks a protein expressed on the surface of prostate cancer cells. Read more.

Battle of the elements: three physics reasons why uranium should take the top-element crown

Uranium. It’s big. Clocking in (mostly) with 92 protons and 146 neutrons, it’s the heaviest “primordial” element. That makes it the most massive element on Earth to have been created before our planet existed. Not that you’ll ever find it as a pure element, only inside other compounds. When refined, it’s a silvery-white metal.

But uranium’s not just physically large. It’s also had a massive influence on our understanding of physics. More so, I’d argue, than any other element. Read more.

Chemical Separation Method Aids Discovery of New Elements

Researchers at the Department of Energy's Lawrence Berkeley National Laboratory (Berkeley Lab) have developed a faster technique to purify elements, which could help accelerate medical, space and energy research.

Purifying a chemical element—to separate out contaminants and other elements—is a challenging and time-consuming process. Berkeley lab researchers have developed a new chemical separation method that is faster, more efficient and requires fewer steps than the techniques currently in use. Read more.