Experts from the University of Alcala.

The researchers showed for the first time that if cannabinoids ‘park’ on a receptor called CB2, the cancer cells stop multipyling. Related StoriesNew antenna-like device makes breast cancer medical procedures much easier for surgeonsViralytics enters into scientific trial collaboration agreement with MSDCrucial change in single DNA base predisposes children to aggressive type of cancerBut Dr Lesley Walker, Cancer Study UK’s director of cancers information warned patients against smoking the medication. She said: ‘This is interesting research which opens a new avenue to explore potential medication targets but it is at an extremely early stage – it certainly isn’t the case that guys could probably fight prostate tumor by smoking cannabis.’ Dr Walker added: ‘This research suggest that prostate tumor cells might end growing if they’re treated with chemicals found in cannabis but more function needs to be performed to explore the potential of the cannabinoids in treatment.’ To confirm the findings the scientists powered down the CB2 receptors – or ‘closed the garage doors’ – on the prostate cells.Research shows that hearing 30 minutes of classical music may create calming effects equal to acquiring 10 mg of Valium, WebMD reports. Therefore can Kenny G’s music do the trick for Americans aswell? Well you by no means know music can do a lot of great points. Kenny G stated with a laugh. The multi-platinum selling, Grammy-winning documenting artist, who has documented some Chinese songs, such as Jasmine Flower, lately released his 13th studio album, Heart & Soul, featuring R&B singers Robin Thicke and Babyface . Watch Kenny G talk about his upcoming album and how technology has changed the music market: Entertainment Kenny G’s Got Core The biggest-selling instrumental musician of all-time, Kenny G discusses his fresh album, Heart and Soul, which features vocals from the likes of.

CNIO researcher-led consortium to receive MRA grant to advance research in melanoma A consortium led by CNIO researcher Maria S.