This week on Chemistry World
Posted by Chemistry World on Mon 31 Oct 2011Categories: News , This week's stories | 1 Comment
30 October 2011: Have something to say about an article you’ve read on Chemistry World this week? Leave your comments below…
Chemists put finger on the trigger to attack cancer
Prodrug uses a boronate to spot cancer cells’ oxidative environment and then gases them with nitrogen mustard
Faster synthesis of fluorine radioisotope imaging agents
Palladium reagent allows quick production of radio-labelled imaging molecules before isotopes pass best before
Taming osmosis for steady drug delivery
A German start up has developed a disposable infusion pump that uses osmosis instead of electrical power
A model for the single chirality of life
Single chirality crystals are generated through a temperature gradient in boiling solutions
Do carbyne radicals really exist in aqueous solution?
Chemists in Israel have proposed that super-reactive carbon radicals with three unpaired electrons can survive in water
Escalating drug dearth spooks White House
Obama calls on FDA and Justice Department to clamp down on pharmaceutical industry after drug shortages triple
A shot in the arm for drugs for neglected diseases
Intellectual property sharing database will give researchers new leads in the fight against TB, malaria
Pilot seeks to thaw methane hydrate promise
US energy department teams up with oil majors to investigate the viability of extracting methane from gas hydrates
Water-catching spinout from synthetic spider silk
Bioinspired fibres could harvest water from fog and mist in parched areas
Pee-powered fuel cell turns urine to energy
Urine could be processed into power and fertiliser by bacterial biofilms
Organic LEDs set to become displays’ flexible friend
Researchers find a way to put OLEDs on flexible plastic while retaining efficiency
The kilogram is dead! Long live the kilogram!
Four of the base SI units, including the kilogram and mole, are set to be redefined










Tue 31 Jan 2012 at 5:41 am
We had access to too much money, too much equipment, and little by little, we went insane
Electrolytic metal recovery