You really have to be careful with science reporting, especially when it comes to ones relating to curing diseases. The press is eager to intentionally distort, hype up or just plain misunderstand the story in order to get an attention grabbing headline. Treat them with as much skepticism as you do the weekly news articles about how battery capacities are going to be 10x larger by next year
The story is really that we now understand one safeguard that cells have against uncontrolled-replication (of
many already known, and probably even more not known). They figured this out by taking various cancer cell types (grown in petri dishes), in which they knew this safeguard was broken, and manually turned it on again to see if growth stopped. If you have cancer in which that particular safeguard is broken (no two tumours are identical), then this could potentially 'pause' the worsening of the cancer, if they could make it a viable medical treatment someday, maybe.
Comparing the article to the
real paper, I can tell you the explanation given by yahoo (who is quoting bgr.com, quoting the telegraph), is just plain wrong:
- PLEKHA7 regulates microRNA, not the other way round.
- The microprocessor (which was not discovered in this paper) is a group of proteins that regulate microRNAs, not the microRNAs themselves.
- I also don't see where the claim that PLEKHA7 is affecting 'cell bonds' comes from. The protein is found at the bond sites yes, but the paper doesn't seem to claim the protein affects bonding as such.