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Electromagnetic fields hinder spread of breast cancer, study shows

Date Time
Electromagnetic fields hinder spread of breast cancer, study shows
Electricity may slow – and in some cases, stop – the speed at which breast cancer cells spread through the body, a new study indicates.
The research also found that electromagnetic fields might hinder the amount of breast cancer cells that spread. The findings, published recently in the journal Bioelectricity, suggest that electromagnetic fields might be a useful tool in fighting cancers that are highly metastatic, which means they are likely to spread to other parts of the body, the authors said.
“We think we can hinder metastasis by applying these fields, but we also think it may be possible to even destroy tumors using this approach,” said Vish Subramaniam, senior author of the paper and former professor of mechanical and aerospace engineering at The Ohio State University. Subramaniam retired from Ohio State in December. ....

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Data Shows How Pandemic Changed Day-to-Day Life

Date Time
Data Shows How Pandemic Changed Day-to-Day Life
AUSTIN, Texas – For an entire year now, the pandemic has upended life. Using publicly available data, researchers in the Cockrell School of Engineering at The University of Texas at Austin have quantified the many ways day-to-day activity has changed since the pandemic began.
The researchers pulled data from 11 sources to create a new online dashboard that documents major changes in Austin. The dataset includes traffic patterns at hundreds of intersections throughout the city, COVID-19 case counts by ZIP code, water usage, real estate activity, retail spending, job postings, calls for city services and more. ....

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泰康合润混合A : 泰康合润混合型证券投资基金招募说明书- CFi.CN 中财网

泰康合润混合A : 泰康合润混合型证券投资基金招募说明书- CFi.CN 中财网
cfi.net.cn - get the latest breaking news, showbiz & celebrity photos, sport news & rumours, viral videos and top stories from cfi.net.cn Daily Mail and Mail on Sunday newspapers.

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Infectious Disease Advisor: COVID-19 Vasculitis or Novel Vasculitis Mimic?

Featured image of Richard Becker, MD, taken by Colleen Kelley/UC Creative + Brand.
/University Release. This material comes from the originating organization and may be of a point-in-time nature, edited for clarity, style and length. View in full here.
Why?
Well, unlike many news organisations, we have no sponsors, no corporate or ideological interests. We don t put up a paywall – we believe in free access to information of public interest.
Media ownership in Australia is one of the most concentrated in the world (Learn more). Since the trend of consolidation is and has historically been upward, fewer and fewer individuals or organizations control increasing shares of the mass media in our country. According to independent assessment, about 98% of the media sector is held by three conglomerates. This tendency is not only totally unacceptable, but also to a degree frightening). Learn more here ....

Richard Becker , Vascular Institute , Uc Health , Infectious Disease Advisor , Infectious Disease , University Of Cincinnati , Nervous System , Blood Vessels , Covid 19 , ரிச்சர்ட் பெக்கர் , வாஸ்குலர் நிறுவனம் , அக் ஆரோக்கியம் , தொற்று நோய் , பல்கலைக்கழகம் ஆஃப் ஸிந்ஸந்யாடீ , பதட்டமாக அமைப்பு , இரத்தம் நாளங்கள் ,

Acoustic Graphene Plasmons Study Paves Way for Optoelectronic Applications

Korea Advanced Institute of Science and Technology
– The first images of mid-infrared optical waves compressed 1,000 times captured using a highly sensitive scattering-type scanning near-field optical microscope. –
KAIST researchers and their collaborators at home and abroad have successfully demonstrated a new methodology for direct near-field optical imaging of acoustic graphene plasmon fields. This strategy will provide a breakthrough for the practical applications of acoustic graphene plasmon platforms in next-generation, high-performance, graphene-based optoelectronic devices with enhanced light-matter interactions and lower propagation loss.
It was recently demonstrated that ‘graphene plasmons’ – collective oscillations of free electrons in graphene coupled to electromagnetic waves of light – can be used to trap and compress optical waves inside a very thin dielectric layer separating graphene from a metallic sheet. In such a configuration, graphene� ....

South Korea , Young Hee Lee , Sergeyg Menabde , Seok Jang , Nature Communications , Institute For Basic Science Of Korea , Samsung Research Funding Incubation Center , Nature Communications On , Sungkyunkwan University , School Of Electrical Engineering , National Research Foundation Of Korea , Samsung Global Research Outreach , Samsung Electronics , Department Of Electrical , University Of Minnesota , Institute Of Basic Science , Us National Science Foundation , Professor Min Seok Jang , Electrical Engineering , Min Ho Lee , Computer Engineering , Integrated Nanostructure Physics , Basic Science , Professor Jang , Samsung Research Funding , Incubation Center ,