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Trending in Chemistry News

• Spinning food processing waste into 'gold'
• Artificial photosynthesis uses sunlight to make biodegradable plastic
• Recyclable mobile phone batteries a step closer with rust-busting invention
• Mimicking an enigmatic property of circadian rhythms through an artificial chemical clock
• Reducing steel corrosion vital to combating climate change

Chemical & Engineering News

• Deuterium drugs attract investment
• Dow rolls out layoffs as profits slump
• Total synthesis of lissodendoric acid A comes via highly reactive cyclic allenes
• FDA seeks new pathway to regulate CBD
• EPA to adopt nonanimal testing for endocrine effects

Phys-Org – Chemistry

• Novel technique developed to produce hydrogen peroxide without emitting carbon dioxide
• A smart elastomer that can self-tune its stiffness and conductivity
• Study confirms that milk's packaging influences its flavor
• How T-shaped clusters drive lanthanide separation during liquid-liquid extraction
• Designer molecules may help valuable minerals float

Materials Science

• Novel technique developed to produce hydrogen peroxide without emitting carbon dioxide
• A smart elastomer that can self-tune its stiffness and conductivity
• How T-shaped clusters drive lanthanide separation during liquid-liquid extraction
• Designer molecules may help valuable minerals float
• Scientists tweak synthesis of high-entropy carbides for better efficiency

Phys.org – Chemistry

• Novel technique developed to produce hydrogen peroxide without emitting carbon dioxide
• A smart elastomer that can self-tune its stiffness and conductivity
• Study confirms that milk's packaging influences its flavor
• How T-shaped clusters drive lanthanide separation during liquid-liquid extraction
• Designer molecules may help valuable minerals float

Analytical Chemistry

• Study confirms that milk's packaging influences its flavor
• How T-shaped clusters drive lanthanide separation during liquid-liquid extraction
• Long, dense spikes on red algae-derived metal-polysaccharide show promise for anti-microbial applications
• Scientists tweak synthesis of high-entropy carbides for better efficiency
• Research reveals protein plaques associated with Alzheimer's are stickier than thought

ScienceDaily – Chemistry

• Spinning food processing waste into 'gold'
• Artificial photosynthesis uses sunlight to make biodegradable plastic
• Recyclable mobile phone batteries a step closer with rust-busting invention
• Mimicking an enigmatic property of circadian rhythms through an artificial chemical clock
• Reducing steel corrosion vital to combating climate change

Chemistry World

• Batteries: The bedrock of the sustainable future
• Cinnamaldehyde: Chemistry in its element
• Azidoazide azide: Chemistry in its element
• Ochre: Chemistry in its element
• Maltodextrin: Chemistry in its element

Polymers

• A smart elastomer that can self-tune its stiffness and conductivity
• Cardboard with a more sustainable coating
• Mimicking an enigmatic property of circadian rhythms through an artificial chemical clock
• A rainbow of force-activated pigments for identifying stress
• Squid tissues and chemistry combine for versatile hydrogels

Chemicals

• Brenntag achieved excellent results in an exceptional market environment in the second quarter 2021
• FTSE 250 Chemical Manufacturer to use Rizikon Assurance from Crossword Cybersecurity to Enhance Visualisation of Supplier Risk
• SML Launches EcoHanger™; Reducing Plastic Waste in Retail Garment Hangers by 50%
• Pre-Filled Syringes – Chemical Compatibility and Design Strategies
• Capvis: Change in ownership at RENA Technologies

NYTimes – Science

• New Blood Donation Rules to Loosen Restrictions on Gay and Bisexual Men
• Why Experts Are Urging Swifter Treatment for Children With Obesity
• Covid Vaccines Targeting Omicron Should Be Standard, Panel Says
• As the Colorado River Shrinks, Washington Prepares to Spread the Pain
• Polar Vortex Drives a Cold Snap in Asia