This week on Chemistry World…
Posted by Chemistry World on Mon 17 Jan 2011Categories: News , This week's stories | [2] Comments
17 January 2011: Have something to say about an article you’ve read on Chemistry World this week? Leave your comments below…
This week’s stories:
Novel nanoparticle filter
Researchers create a recyclable membrane based on non-covalent bonds to filter nanoparticles
Black TiO2 absorbs light across the spectrum
Hydrogenation used to introduce disorder into titanium dioxide nanocrystals, increasing the amount of solar light they absorb
Close encounter makes modifying proteins easy
Using a molecular recognition approach to protein functionalisation allows amino acid side-chains to be modified selectively
Early lung cancer diagnosis
Scientists have discovered the levels of a specific protein increase in the presence of lung cancer but no other cancer type
Jump starting prebiotic photochemistry
US scientists look into how the first cell-like structures could have come about
Chemists separate water isomers
A decade after initial controversial claims, a new group says it has separated water into its two spin isomers
SNPs on display
New technique uses DNA origami to provide visual read out of the most common form of genetic variations
Programmable RNA promising for bio-compatible therapies
RNA structures generated through computer-aided design could deliver novel therapeutics
Protective shells for cells
Novel hydrogen-bonded coating protects living cells in bioengineering applications
Modified protein binders give shortcut to drugs
Attaching polypeptides to small molecules can significantly increase the specificity and affinity of protein binders
Carbon dioxide clusters cracked by IR
Carbon dioxide clusters have been spectroscopically identified for the first time
Pig power for batteries
Pig bones could improve battery performance
Nanoparticle divides to conquer
Nanoparticle breaks up into smaller units once it reaches a tumour, allowing it to penetrate deeper and deliver treatment more effectively
BSE pathogens passed on by air
The infectious misfolded protein molecules that cause mad cow disease can be transmitted in the air, say scientists










Fri 21 Jan 2011 at 6:07 am
In ‘SNP on display’ article it is mentioned that the visualization is because of florescence (“This displaces the tagged strands, and activates their fluorescence”). This is wrong, because no fluorescence was used in this work. The patterns are visible because AFM renders the height difference in on the samples in different colors. The patterns (A, T, G and C) are taller than the underlying DNA platform, hence the can be recognized under AFM.
Ed: Thanks Hari, and apologies for the mistake. The article should now be correct.
Wed 1 May 2013 at 4:04 pm
Dear All;
i would like to know if there is a supplier that i can buy from him this modified black TiO2
Regards;
Mustafa