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Scientists find a way to create an HIV-resistant Cell Population which can quickly replace diseased cells

The researchers found a way to tether HIV-fighting antibodies to immune cells, thereby creating a cell population resistant to the virus

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HIV/AIDS, VOA

New York, April 11, 2017: Scientists have found a way to create an HIV-resistant cell population which can quickly replace diseased cells, thereby potentially curing the disease in an infected person.

“This protection would be long-term,” said Jia Xie, senior staff scientist at The Scripps Research Institute (TSRI) in the US and first author of the study published in the journal Proceedings of the National Academy of Sciences.

The researchers found a way to tether HIV-fighting antibodies to immune cells, thereby creating a cell population resistant to the virus.

Their experiments under lab conditions showed that these resistant cells can replace diseased cells.

The new technique offers a significant advantage over therapies where antibodies float freely in the bloodstream at a relatively low concentration, the researchers said.

Instead, antibodies in the new study hang on to a cell’s surface, blocking HIV from accessing a crucial cell receptor and spreading infection.

The researchers said they plan to collaborate with investigators at City of Hope — an independent research and treatment centre for cancer, diabetes and other life-threatening diseases in the US — to evaluate this new therapy in efficacy and safety tests, as required by federal regulations, prior to testing in patients. (IANS)

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Scientists Find Solution to Reduce Air Pollution, Develop Smart Windows

The design could lay the foundation for next-generation flexible transparent smart windows that can reduce air pollution.

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Scientists, Air pollution
The design could lay the foundation for next-generation flexible transparent smart windows that can reduce air pollution. Pixabay

A team of Chinese scientists have developed a large-scale transparent smart window that can change light intensity while effectively capturing the particulate matter in smog, a study said.

The study published on Saturday in the journal iScience described a simple solution-based process to fabricate large-area flexible transparent windows with Ag-nylon electrodes for high-efficiency PM2.5 capture, reports Xinhua news agency.

It takes only 20 minutes to fabricate 7.5 square metres of Ag-nylon flexible transparent windows showing an optical transmittance of over 86 per cent, according to the group of scientists led by Yu Shuhong from the University of Science and Technology of China (USTC).

Scientists, Air Pollution Control
The scientists found that the obtained Ag-nylon electrodes could be used as an ideal intelligent thermochromic smart window with excellent mechanical stability. Pixabay

The Ag-nylon mesh can not only change the indoor light intensity, but also purify indoor air as a high-efficiency PM2.5 filter.

The scientists found that the obtained Ag-nylon electrodes could be used as an ideal intelligent thermochromic smart window with excellent mechanical stability.

It remains stable after undergoing a bending test with 10,000 bending cycles with a minimum bending radius of 2.0 mm.

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Also, the Ag-nylon electrodes can remove PM2.5 by 99.65 per cent while remaining stable even after 100 cycles of PM filtration and a cleaning process, according to the study.

The design could lay the foundation for next-generation flexible transparent smart windows that can reduce air pollution. (IANS)