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Tiny Device Makes a Big Impact on Cardiac Resynchronization Therapy

Human bodies occasionally require a boost. Pacemakers are tiny devices that control the electrical impulses in the heart to maintain a regular heartbeat for millions of Americans. However, researchers hope to make these gadgets even more compact and unobtrusive to minimize difficulties.

University-of-chicago , Illinois , United-states , Americans , Hidenori-hayashi , Jean-lachat , Jiping-yue , Chuanwang-yang , Skyla-baily , Jing-zhang , Changxu-sun , Jiuyun-shi

Sponge-like solar cells could be basis for better pacemakers

University of Chicago invents new way to make a solar cell by etching holes in top layer to make it porous.

Chicago , Illinois , United-states , University-of-chicago , Aleksander-prominski , Jiuyun-shi , Pengju-li , Uchicago-polsky-center , University-of-chicago-medicine , Nature-materials , Bozhi-tian , Chicago-medicine

Sponge-like Solar Cells Could be Basis for Better Pacemakers

Invented by UChicago scientists, a new kind of solar cell could spur useful technology

University-of-chicago , Illinois , United-states , Northwestern-university , Menahem-rotenberg , Aleksander-prominski , Yiliang-lin , Jiping-yue , Jiuyun-shi , Pengju-li , Northwestern-materials-research-science , Illinois-innovation-network

Sponge-like solar cells could form the basis for less-invasive pacemakers or similar medical devices

Holes help make sponges and English muffins useful (and, in the case of the latter, delicious). Without holes, they wouldn't be flexible enough to bend into small crevices, or to sop up the perfect amount of jam and butter.

Illinois , United-states , Northwestern-university , University-of-chicago , Menahem-rotenberg , Aleksander-prominski , Yiliang-lin , Jiping-yue , Jiuyun-shi , Pengju-li , Emily-henderson , Northwestern-materials-research-science

Sponge-like solar cells could be basis for better pacemakers

Invented by UChicago scientists, a new kind of solar cell could spur useful technology

University-of-chicago , Illinois , United-states , Northwestern-university , Menahem-rotenberg , Aleksander-prominski , Yiliang-lin , Jiping-yue , Jiuyun-shi , Pengju-li , Northwestern-materials-research-science , Illinois-innovation-network

Sponge-like solar cells could be basis for better pacemakers

Sponge-like solar cells could be basis for better pacemakers
miragenews.com - get the latest breaking news, showbiz & celebrity photos, sport news & rumours, viral videos and top stories from miragenews.com Daily Mail and Mail on Sunday newspapers.

University-of-chicago , Illinois , United-states , Northwestern-university , Menahem-rotenberg , Aleksander-prominski , Yiliang-lin , Jiping-yue , Jiuyun-shi , Pengju-li , Northwestern-materials-research-science , Illinois-innovation-network

'Nanotraps' capture coronavirus in the body for immune system to kill

Researchers have designed a completely new potential treatment for COVID-19: nanoparticles that capture SARS-CoV-2 viruses within the body and then use the body’s own immune system to destroy them.
These “nanotraps” mimic the target cells the virus infects to attract the virus. When the virus binds to the nanotraps, the traps then sequester the virus from other cells and target it for destruction by the immune system.
In theory, these nanotraps could also be used on variants of the virus, leading to a potential new way to inhibit the virus going forward. Though the therapy remains in early stages of testing, the researchers envision it could be administered via a nasal spray as a treatment for COVID-19.

Jun-huang , Jill-rosenberg , Min-chen , Jiuyun-shi , National-institutes-of-health , University-of-chicago , Argonne-national-laboratory , Pritzker-school-of-molecular-engineering , National-science-foundation , Pritzker-school , Molecular-engineering , Bozhi-tian

New "Nanotraps" Could Capture and Destroy Coronavirus Within the Body

At the University of Chicago, scientists have developed an absolutely innovative, promising treatment for COVID-19 in the form of nanoparticles with the ability to trap SARS-CoV-2 viruses inside the body and use the body’s own immune system to kill them.

Jun-huang , Jill-rosenberg , Min-chen , Jiuyun-shi , Department-of-chemistry , Study-co , University-of-chicago , Argonne-national-laboratory , Pritzker-school-of-molecular-engineering , Assistant-professor , Pritzker-school , Associate-professor-bozhi-tian

University of Chicago scientists design

University of Chicago scientists design
eurekalert.org - get the latest breaking news, showbiz & celebrity photos, sport news & rumours, viral videos and top stories from eurekalert.org Daily Mail and Mail on Sunday newspapers.

Xiaolei-cai , Jill-rosenberg , Yiliang-lin , Jessica-scott-donington , Kumaran-shanmugarajah , Thirushan-wignakumar , Mindy-nguyen , Eugene-chang , Min-chen , Jiuyun-shi , Vikranth-mirle , Pablo-penaloza-macmaster