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The Surprising Structural Reason Your Kitchen Sponge is Disgusting

Environmental structure affects interactions between microbial species, making the common kitchen sponge a better incubator for bacterial diversity than a dish ....

Andrea Weiss , Jeffrey Letourneau , Meidi Wang , Lawrence David , Charlottet Lee , Zach Holmes , Shuquan Huang , Feilun Wu , Shangying Wang , Nan Luo , Office Of Naval Research , National Institutes Of Health , Army Research Office , National Science Foundation , Modulation Of Microbial Community Dynamics , Researchers At Duke University , Duke University , Nature Chemical , Lingchong You , National Institutes , Naval Research , Microbial Community Dynamics , Spatial Partitioning , Nature Chemical Biology ,

Surprising Structural Reason Your Kitchen Sponge is Disgusting

Surprising Structural Reason Your Kitchen Sponge is Disgusting
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.

Andrea Weiss , Jeffrey Letourneau , Meidi Wang , Lawrence David , Charlottet Lee , Zach Holmes , Shuquan Huang , Feilun Wu , Shangying Wang , Nan Luo , Office Of Naval Research , National Institutes Of Health , Army Research Office , National Science Foundation , Modulation Of Microbial Community Dynamics , Researchers At Duke University , Duke University , Nature Chemical , Lingchong You , National Institutes , Naval Research , Microbial Community Dynamics , Spatial Partitioning , Nature Chemical Biology ,

Cells construct living composite polymers for biomedical applications

Biomedical engineers at Duke University have demonstrated that a class of interwoven composite materials called semi-interpenetrating polymer networks (sIPNs) can be produced by living cells. The approach could make these versatile materials more biologically compatible for biomedical applications such as time-delayed drug delivery systems. ....

Jinhui Tang , Lihua Wang , Xiaoyu Yang , Xiling Shen Lingchong , Pengcheng Li , Anders Dohlman , Zhuojun Dai , Feilun Wu , Kun Xiang , Nature Communications , National Natural Science Foundation Of China , National Institutes Of Health , Shenzhen Institute Of Synthetic Biology , Development Program Of China , Shenzhen Peacock Team Project , National Key Research , Us Army Research , Duke University , Lingchong You , Shenzhen Institute , Synthetic Biology , Development Program , National Institutes , Lucile Packard Fellowship , National Natural Science Foundation , Lei Dai ,