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Новости за 21.06.2024

Sports - Google News (uk) 

You don’t need to give up UPFs – just change the way you eat them - inews

  1. You don’t need to give up UPFs – just change the way you eat them  inews
  2. Ultra-processed foods: here's how they may affect the way the immune system functions  The Conversation
  3. Are ultra-processed foods harming your health?  BikeRadar
  4. Ultra-processed foods? Just say no  Harvard Health
  5. Common dietary emulsifiers promote metabolic disorders and intestinal microbiota dysbiosis in mice | Communications Biology  Nature.com

Top Stories (uk) - Google News (ru) 

You don't need to give up UPFs - just change the way you eat them - inews

  1. You don't need to give up UPFs - just change the way you eat them  inews
  2. Ultra-processed foods: here's how they may affect the way the immune system functions  The Conversation
  3. Are ultra-processed foods harming your health?  BikeRadar
  4. Ultra-processed foods? Just say no  Harvard Health
  5. Common dietary emulsifiers promote metabolic disorders and intestinal microbiota dysbiosis in mice | Communications Biology  Nature.com

Liverpool Express 

Liverpool’s “civic heart” to celebrate milestonewith special events programme  

Liverpool’s iconic St George’s Hall is to host a series of special events to celebrates its 170th anniversary this summer. Under the banner – It’s Yours! –  the Grade I listed building, which has provided the backdrop for many of the city’s biggest moments, is hosting a programme of cultural events echoing famous eras of the past two centuries. ‘SGH170’ brings together the old and new, blending the rich heritage of one of the city’s cultural crown jewels with an […]

«Gazette Times» (gazettetimes.com) 

John David Koch

October 13, 1951 - May 26, 2024

Titech.ac.jp 

Novel Catalysts for Improved Methanol Production Using Carbon Dioxide Dehydrogenation

Encapsulating copper nanoparticles within hydrophobic porous silicate crystals has been shown by scientists at Tokyo Tech to significantly enhance the catalytic activity of copper-zinc oxide catalysts used in methanol synthesis via CO2 hydrogenation. The innovative encapsulation structure effectively inhibits the thermal aggregation of copper particles, leading to enhanced hydrogenation activity and increased methanol production. This breakthrough paves the way for more efficient methanol synthesis from CO2. Читать дальше...