Researchers from Yale and Rice University have developed a system that uses solar energy and nanoparticles to make saltwater drinkable. The system could potentially be used off-grid in remote areas or in domestic settings. (more…)
Growing up in the slums of the Philippines, Dr. Astrid S. Tuminez did not have the luxury of eating regular breakfast as a child. She was one of seven kids and life was hard for her family. She had only one pair of socks, which she would wash once a week. When it rained, she plugged the holes in her shoes with lollipop wrappers. When she was five years old, the Catholic nuns in the city invited Tuminez and her sisters to attend their school. That’s when her life changed. (more…)
MedyMatch Application to Help Doctors Identify Head Trauma and Stroke
Tel Aviv, Israel – 16 Mar 2017: MedyMatch Technology today announced a collaboration with IBM (NYSE: IBM) Watson Health to bring MedyMatch’s A.I.-based clinical decision support application to imaging experts working in hospital emergency rooms and other acute care settings to help doctors identify instances of intracranial bleeding as a result of head trauma and stroke. Initially, IBM Watson Health’s Imaging group will distribute the MedyMatch brain bleed detection application globally through its vendor neutral sales channels. Moving forward, IBM Watson Health and MedyMatch will develop interoperability between MedyMatch’s application and IBM Watson Health Imaging’s offerings. (more…)
Utah engineers develop process for electronic devices that stops wasteful power leakage
According to the National Resource Defense Council, Americans waste up to $19 billion annually in electricity costs due to “vampire appliances,” always-on digital devices in the home that suck power even when they are turned off. (more…)
Artificial intelligence holds the key to a new era of innovation, one where computers begin to work intelligently on our behalf rather than under our command. It’s an era where technology will become more intuitive, more conversational, more intelligent, will enable businesses to better know and serve their customers in ways previously unimaginable, and ultimately help solve some of the planet’s biggest challenges. (more…)
The “a-ha!” moment came during one of her many modeling shoots, when Rian Buckley often wore clothes that were pinned, clipped and altered to fit her body shape. She saw repeatedly how the same clothes — jeans in particular — can look drastically different on two models with the same clothing size. And she spent a lot of time listening to e-commerce retailers complain of lost revenue from returned clothing, especially denim, that didn’t fit. (more…)
Researchers at Yale have developed a new technology that could make energy from the low-temperature wasted heat produced by industrial sources and power plants, tapping into a widely available — and mostly unused — resource. (more…)
ForscherInnen an den Max F. Perutz Laboratories (MFPL) der Universität Wien und der Medizinischen Universität Wien ist ein Durchbruch für das Platynereis-Modellsystem gelungen: Zum ersten Mal beschreiben sie eine Methode, mit der spezifische und vererbbare Mutationen in dieser Spezies erzeugt werden können. Damit rückt dieser marine Wurm in eine exzellente Position, um die Forschung in den Bereichen Neurobiologie, Chronobiologie, evolutionäre Entwicklungsbiologie und Meeresbiologie voranzutreiben. Die Studie sowie ein Überblicksartikel zu den genetischen Methoden, die für Platynereis dumerilii zur Verfügung stehen, sind nicht nur Mai-Highlights des renommierten Fachjournals Genetics, ihnen wurde auch das Titelbild der aktuellen Ausgabe gewidmet.
Auf molekularer Ebene wissen wir von vielen faszinierenden biologischen Phänomenen noch viel zu wenig. Der unscheinbare marine Borstenwurm Platynereis dumerilii stellt für die Erforschung dieser Phänomene einen interessanten Modellorganismus dar: Evolutionär gesehen entwickelte er sich sehr langsam und ist so bestens geeignet, um Vorläufergene und Zelltypen zu analysieren. Er besitzt ein Hormonsystem, das mit jenem der Wirbeltiere vergleichbar ist und er kann große Teile seines Körpers regenerieren. Zudem wird seine Fortpflanzungszeit durch mehrere Uhren gesteuert – ein Merkmal, das wahrscheinlich auch viele andere Organismen aufweisen. Diese Charakteristika machen den Borstenwurm ideal für die Evolutionsforschung, die Chronobiologie und für viele weitere Forschungsgebiete. Da es jedoch bislang keine geeigneten molekularbiologischen Werkzeuge gab, war es sehr schwierig, die Funktionen der Platynereis-Gene in vivo zu analysieren. (more…)
