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A Novel Nano-Micro Composite Approach to Vaccine Delivery

The Chinese Academy of Sciences’ Institute of Process Engineering (IPE) researchers have developed a novel vaccination delivery strategy called “nano-micro composite.” Using nano-micro composite multilevel structures, they have created a single-dose, dry powder, inhalable vaccine platform based on this concept.

Guanghui maMegan craigChengliang wangLi zhuInstitute of process engineeringKey laboratory of biochemical engineeringKey laboratory of pathogenChinese academy of sciencesChinese academyScience instituteProcess engineeringMaterials industry focusState key laboratoryMedical science instituteMedical biologyBiochemical engineering

Chinese Scientists Make Inhalable Dry Powder COVID-19 Vaccine

Chinese Scientists Make Inhalable Dry Powder COVID-19 Vaccine
theepochtimes.com - get the latest breaking news, showbiz & celebrity photos, sport news & rumours, viral videos and top stories from theepochtimes.com Daily Mail and Mail on Sunday newspapers.

United statesGuanghui maLi zhuKyle beckerChengliang wangAdana parishHans mahnckeTechnology special projects of yunnan provinceDrug administrationNational natural science foundation of chinaInstitute of biotechnologyNational key researchYoung scientists in basic researchInnovation fund for medical scienceDevelopment program of chinaNatural science foundation

Puff of Protection: China s Major Leap in Inhalable Vaccine Technology – FocusTechnica

Puff of Protection: China s Major Leap in Inhalable Vaccine Technology – FocusTechnica
focustechnica.com - get the latest breaking news, showbiz & celebrity photos, sport news & rumours, viral videos and top stories from focustechnica.com Daily Mail and Mail on Sunday newspapers.

Tong yeXin zhaoYu zhaiUnited kingdomFengmei yangLi zhuYanyan liWeijin huangXin liMeng qinGuanghui maYingmei fengYouchun wangChengliang wangWenhui yangHua yue

Organic Electrodes: A Promising Development For The Energy Transition

Chinese scientists have developed a recyclable redox organic electrode material, made from inexpensive, organic azobenzene, for high-capacity, rechargeable batteries with aqueous electrolytes.

Brian westenhausAngewandte chemieHuazhong universityChengliang wang at huazhong university of scienceOrganic electrode materialsAngewandte chemie modernChengliang wangNew energyEdox organic electrode materialRechargeable batteriesSustainable batteriesQueous electrolytes

Progress Toward Greener Batteries

Our modern rechargeable batteries, such as lithium-ion batteries, are anything but sustainable. One alternative is organic batteries with redox-organic electrode materials (OEMs), which can be syn .

Angewandte chemieChengliang wang at huazhong university of scienceChengliang wangHuazhong universityElectrode materialsOrganic batteries