Tag Archives: Stanford University

  • How Wearables Will Improve Healthcare

    Millions of wearable devices for tracking activity and fitness levels have been sold in the last few years. Now, we are starting to see a plethora of wearables for monitoring health data. By providing round-the-clock measurements of various pieces of health information, wearables promise to significantly improve outcomes and redu .. ... READ MORE

    By: Charles Wright
  • The Fall of Theranos: What Destroyed the $9 Billion Dollar Blood-Testing Startup?

    Elizabeth Holmes, 32, was the youngest self-made billionaire in the world, before her world came crumbling down around her. So, what happened? How did this young, talented, intelligent engineer go from being at the forefront of medical innovation and technology – even being deemed the next Steve Jobs – to the laughing stock of the sc .. ... READ MORE

    By: Vidhya Sivakumaran
  • The Next Generation Computer: Bio-computers – Computers Inside Living Cells

    Imagine if you could control the metabolism of cells or organs in your body to cure diseases such as diabetes and obesity! This is no longer impossible with the idea of bio-computers. With the development of nanotechnology, scientists now have the ability to build computers using biologically derived molecules, such as DNA and RNA, to implement computational functions. The most potential applications of bio-computers is concentrated on illness detection, drug release and othe .. ... READ MORE

    By: Yu Qiu
  • The New Herbalism: Synthetic Biology Provides Alternative Sources for Herbal Extracts

    Throughout human history, there has been an extensive reliance on herbs (and their extracts) as sources of medicine, and such dependence still stands today. Indeed, a significant number of blockbuster drugs, ranging from quinine extracted from Cinchona and Remijia spp. for malaria treatments to paclitaxelfrom pacific yew (Taxus brevifolia) for tumor suppression, are still being extracted from plants rather than using chemical synthesis appr .. ... READ MORE

    By: Siwei Zhang
  • Using Trees in Creating 3D, Soft, High Capacity and Elastic Batteries

    KTH ROYAL INSTITUTE OF TECHNOLOGY, STOCKHOLM, SWEDEN AND STANFORD UNIVERSITY, CA, USA. A foam-like, elastic battery material that can defy stress and shock has been created with the use of an innovative method that involves making high-capacity elastic batteries from the pulp of wood. Max Hamedi, a researcher from KTH, together with KTH Professor Lars Wågberg and Professor Yi Cui from Stanford University developed the use of nanocellulose, broken down from tree fibers, in .. ... READ MORE

    By: Shinji Tutoru
  • New Antibiotics Prevent Hearing Loss

    By: Ayanna Flegler, PreScouter Global Scholar Bacterial infections remain a constant threat to human health. As treatment for such infections, antibiotics are used to either kill or prevent growth of bacteria. Aminoglycosides represent a widely used class of antibiotics that are effective, but can have a detrimental side effect of hearing loss. This reduction in hearing occurs when hair cells within the ear are lost as a result of aminoglycosides entering ear compartments. .. ... READ MORE

    By: Ayanna Flegler
  • Breadth Of A Human Hair Equals The World’s Thinnest Endoscope

    STANFORD UNIVERSITY, CALIFORNIA, USA. An endoscope that has a width of a human hair has been developed by a team of researchers. This new development can provide more information on what really transpires in areas of the human body that has never been observed or seen before. Joseph Kahn and colleagues from Stanford University, California created an endoscope from just a single optical fiber. This instrument is used to look inside the body. A typical endoscope usually cons .. ... READ MORE

    By: Shinji Tutoru
  • Immune System Remembers Viruses It Has Never Been Exposed To

    STANFORD UNIVERSITY, CALIFORNIA, USA. A group of researchers were able to discover in a recent study that the human body's T-cells in the immune system has the ability to fight viruses even if the patient has not been exposed to that particular virus. The human body's T-cells are white blood cells being sent by the immune system to fight any virus that invades the body. Once the T-cells have successfully defeated the virus, some stay around and it turns into memory cells. .. ... READ MORE

    By: Shinji Tutoru
  • Stanford Engineers Create World’s First Solar Cell Stickers

    STANFORD UNIVERSITY, CALIFORNIA, USA. Engineers have successfully created flexible and lightweight solar cells which may be attached to almost any surface just like a sticker. As compared to the typical kind of solar panels, these solar cells are so much lighter and cheaper. The team of engineers at Stanford had to create a silicon dioxide “sandwich” by placing a 300-nanometer film of nickel on top of a silicon dioxide wafer which is later covered with thin film solar .. ... READ MORE

    By: Shinji Tutoru
  • Self-Healing Synthetic Skin Can Also Conduct Electricity

    STANFORD UNIVERSITY, CALIFORNIA, USA. Researchers have developed a material that is closely similar to the human skin. Unlike other synthetic skins that were created before, this new one is as close as can be to the real thing. It has the ability to sense pressure and it can also heal cuts and tears. Before this medical breakthrough, the earlier versions of the synthetic skin were only able to heal by itself just once or under high heat. The new material is now able to he .. ... READ MORE

    By: Shinji Tutoru
  • New Battery To Last For 1,000 Charge Cycles Without Degrading

    STANFORD UNIVERSITY, CALIFORNIA, USA. Researchers and engineers have recently developed a grid-scale battery that can last for about a thousand charges without degrading. Renewable energy has always been a serious problem because batteries easily degrade after a few hundred charges. Both solar and wind energy provide renewable energy but the batteries being used to store it is where the problems start. With the development of this grid-scale battery, we just got a step closer .. ... READ MORE

    By: Shinji Tutoru
  • Cryptographic Neuroscience: A Game Of Hidden Passwords In Your Mind

    STANDFORD UNIVERSITY, CALIFORNIA, USA. A game has been developed recently to store intricate information such as passwords subconsciously. In this new technology, cryptography is combined with neuroscience. Some volunteers were able to use a learned password later on to pass a test but were not able to identify it when they were asked to do so. That means they cannot disclose the password, whether they are willing to or forced because they wouldn't remember it until they need .. ... READ MORE

    By: Shinji Tutoru
  • Microbes That Clean Methane

    PENNSYLVANIA STATE UNIVERSITY, PENNSYLVANIA, USA & STANFORD UNIVERSITY, CALIFORNIA, USA. Methanogens are microbes that can convert electricity into methane gas can be a vital wellspring of clean and renewable energy. This could transform clean electricity from nuclear, solar and wind power into renewable methane fuel. Also, it could include other precious chemical compounds. Fossil fuel is the major source of methane. For those who do not know, methane is twenty times more .. ... READ MORE

    By: Shinji Tutoru
  • Restoring Eyesight Through Self-Powered Bionic Eyes

    STANFORD UNIVERSITY, CALIFORNIA, USA AND UNIVERSITY OF STRATHCLYDE, SCOTLAND, UNITED KINGDOM. A self-powered bionic eye that can restore the eyesight of older adults with severe or limited eyesight. The device is better when compared with other retinal implants since it is photovoltaic. This means that the battery-powered setup does not require any complicated surgery. People who are in their fifties are prone to experiencing age-related macular degeneration diseases. When .. ... READ MORE

    By: Shinji Tutoru
  • Nanocones: Solution To Affordable Solar Cells

    STANFORD UNIVERSITY, CALIFORIA, USA. Nanocones are hybrid solar cells that can minimize the required amount of silicon materials and improves light absorption. These attributes make nanocones very cost-effective and at the same time provide exemplary performance. The silicon photovoltaic industry is still concerned with the high production cost of solar cells. Currently, the module cost is $1/watt. In order to come up with inexpensive solar cells, the module cost must be .. ... READ MORE

    By: Shinji Tutoru
  • A Cheaper Way to Diagnose Cancer: Unleashing the Potential of Photo-Acoustic Imaging

    STANFORD UNIVERSITY, CALIFORNIA, USA. Researchers have found a way to detect cancer without the high cost of MRI and CT scan by using a carbon nanotube contrast agent for photo-acoustic imaging. Photo acoustic imaging is a medical imaging modality that is non-invasive, cheaper and safer than the conventional imaging modalities currently used to visualize tumors inside the body. Near Infrared light is first directed into the area of skin in order to heat up .. ... READ MORE

    By: Gaia Smith
  • Light Up Your Brain Cells, Literally!

    MCGOVERN INSTITUTE FOR BRAIN RESEARCH. A significant milestone in the field of neuroscience was recently made. An intricate network of circuits, the knowledge of the brain's working evaded scientists up until a decade ago. But now, the brain can be studied by analyzing each brain cell through optogenetics. Optogenetics is a technology where optics (light) and genetics are used to control living tissue (such as neurons). Cells are genetically engineere .. ... READ MORE

    By: Gaia Smith
  • Lytro: Photography’s giant leap forward

    STANFORD UNIVERSITY, USA. A still camera technology that generates an image that can be refocused by photographers after the photo has been taken. Lytro lets you take pictures like never before. Unlike a conventional camera that captures a single plane of light, the Lytro camera captures the entire light field, which is all the light traveling in every direction in every point in space. By instantly .. ... READ MORE

    By: Susan Smith
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