Taking inspiration from kirigami helps make superstrong graphene flexible enough to use
in body sensors or flexible TV screens
Not exact matches
The researchers are now working on miniaturizing the motes further, discover more biocompatible materials to package them
in so they can last
in the
body longer, and incorporate other
sensors into them.
The tiny
sensors, which consist of infrared light - emitting diodes (LEDs) coupled with a sensitive light detector, measure infinitesimal gradations
in light
in human tissue, due to changing blood volume
in the microvasculature as blood circulates through the
body — a process that follows
in rhythm with the beating of the heart.
«You ingest a
sensor that ties to a therapy, and then it tracks the compliance of the drug
in the
body,» Artiman's Wilcove explains.
Schilowitz, an expert
in the workings of video technology, had investigated, and he had come back to Jannard with the bad news: Though every element of this hypothetical camera, from the
body to the software, would be tough to develop, the
sensor — the light - sensitive chip that replaces film
in capturing an image — was a doozy.
There is also a pill that contains a
sensor to measure temperature, pressures and pH levels inside the
body, as well as an eco-friendly printed battery that can be used
in electronic greeting cards and interactive packaging and then thrown away safely.
In 2013, the iPhone maker acquired PrimeSense, a company that developed
sensors for Microsoft's Kinect, a camera system that scanned people's
bodies so people could play Xbox games using
body movements.
While such a device sounds familiar to iRhytm's Zio patch, the patent suggests Apple is looking more broadly into the development of an ecosystem of products that would be anchored by a single wearable platform device (likely wrist - worn), and augmented through various hardware
sensors that could live
in, on, or around the
body and communicate with the primary device.
However, analysts were disappointed that the watch is missing a key element seen as vital
in emerging smartwatch technology: It lacks biometric
sensors that could be used to monitor heart rate, respiration and other
body functions deployed
in other wearable fitness devices.
As the load cells contain no moving parts and the ceramic
sensor is not
in contact with the load cell
body, the load cells tolerate very high overloads, sideloads and torsion.
As the load cells contain no moving parts and the ceramic
sensor is not
in contact with the load cell
body, it tolerates very high overloads, sideloads, and torsion (up to 1000 % of rated load cell capacity).
Because the brain can't distinguish between what the
body is experiencing
in reality and what it's seeing through the drone's
sensors, the pilots, for a moment, experience that most ancient human desire: to fly.
Interestingly, just days before the NFL's decision to suspend the use of impact
sensors was announced, my local paper, The Boston Globe, came out with a powerful editorial
in which it urged college, high school, and recreational leagues
in contact and collision sports to consider mandating use of impact
sensors, or, at the very least, experimenting with the technology, to alert the sideline personnel to hits that might cause concussion, and to track data on repetitive head impacts, which, a growing
body of peer - reviewed evidence suggests, may result, over time,
in just as much, if not more, damage to an athlete's brain, as a single concussive blow, and may even predispose an athlete to concussion.
In a sleep study,
sensors are placed at a few spots on the child's
body with a mild adhesive or tape.
He envisions a future
in which «biobots» — bugs with wires that protrude from their
bodies and connect to control devices and
sensors — serve as rescue teams, listening for cries of help.
* Communication with
body sensors: for communication with low - power
sensors used
in the
body, cryptographic methods must be used for the authentication of devices and the distribution of the key.
Dutch research organisation IMEC, based
in Eindhoven, has developed a wireless
body - area network (BAN)-- dubbed the Human + + BAN — that converts the firm's ultra-low-power electrocardiogram
sensors into wireless nodes that transmit data to the...
The innovative transdermal
sensor is a small device that attaches to the
body to analyse electrolytes
in sweat, with bluetooth technology used to send the data back to a smartphone — allowing the user to rehydrate properly and maintain optimum performance.
«With our knowledge of this delicate mechanism
in yeast we can now focus on finding new
sensors in different organelles and species which monitor and control the production of unsaturated fatty acids and cholesterol
in our
body.»
And the cells
in our
body differ from one another — serving as neurons, white blood cells, smell
sensors, and so on — largely because they activate different sets of genes and thus produce different mixtures of proteins.
Researchers at Tohoku University have succeeded
in developing a
sensor for the living
body that can detect the bio-magnetic field with high sensitivity and high resolution.
Bonarini's team initially experimented with wired connections to
sensors attached to their
bodies, but players found they got
in the way.
Oxygen
sensors in the
body measure the concentration of oxygen
in the cells.
The most important oxygen
sensor in the
body is a protein named hypoxia - inducible factor, HIF for short, which is activated when oxygen levels dip.
«Causing inflammation to run out of fuel: Researchers demonstrate that an oxygen
sensor in the
body reduces inflammation.»
As new
sensors are developed, these
body area networks might even turn into the human equivalent of General Motors OnStar vehicle maintenance services that drivers use to proactively inform them of the need for maintenance and to call for help when lost or
in an accident.
Like a smart
sensor that adjusts the lighting
in each room and a home's overall temperature, a protein that governs the making of other proteins
in the cell also appears capable of controlling fat levels
in the
body.
Along with his colleagues, he used the new technology of «biologgers» (miniature
sensors attached to computer chips and implanted into the aardvarks by wildlife veterinarians), to study the activity patterns and
body temperatures of aardvarks living
in the Kalahari.
Theoretically, any of a variety of
sensors on a person's
body — from cameras to infrared, ultrasound, or laser rangefinders — could convey information about what is surrounding or approaching the person
in the real world to a direct brain stimulator that gives that person useful input to guide their actions.
By understanding how CNT arrays are created, designers and engineers can better incorporate the highly adaptable material into devices and products such as baseball bats, aerospace wiring, combat
body armor, computer logic components and micro
sensors used
in biomedical applications.
Three innovative
sensor systems have been developed to measure tenderness, water bonding and activity, bacterial contamination, and the detection of foreign
bodies in meat products.
Poon believes this discovery will spawn a new generation of programmable microimplants —
sensors to monitor vital functions deep inside the
body; electrostimulators to change neural signals
in the brain; and drug delivery systems to apply medicines directly to affected areas.
But scientists wanted to know what happened
in a real hunt, so they implanted temperature and movement
sensors into six roaming cheetahs (Acinonyx jubatus, pictured)
in central Namibia and tracked their
body temperature and activity for 7 months.
Part of the problem is that magnetic fields can pass through biological tissues without being altered, so the
sensors could,
in theory, be located
in any part of the
body.
The
sensors, which the researchers have already shrunk to a 1 millimeter cube — about the size of a large grain of sand — contain a piezoelectric crystal that converts ultrasound vibrations from outside the
body into electricity to power a tiny, on - board transistor that is
in contact with a nerve or muscle fiber.
A head - mounted display connected to a video camera, auditory pickup, and other
sensors in the robot would let such patients virtually move about and experience the world, even though their physical
bodies are immobile.
It can range from ordinary personal computers controlled by a mouse where house buyers can «walk» through a property on an estate agent's computer, to supercomputers simulating total immersion
in an imaginary world, with every move of the participant's
body picked up by
sensors, and with sound and tactile effects to enhance the experience.
University of California, Berkeley engineers have built the first dust - sized, wireless
sensors that can be implanted
in the
body, bringing closer the day when a Fitbit - like device could monitor internal nerves, muscles or organs
in real time.
Conventional tactile
sensors that are available today are typically rigid and
in solid - state form, restricting various natural
body movements when used and may also be subjected to plastic deformation and failure when pressure is exerted, resulting
in compromises
in conformability, durability and overall robustness.
Other researchers and government organizations elsewhere
in the world are also turning to
sensors to learn more about the
bodies of water
in their care.
In time, the researchers hope to incorporate more sensors that might provide an even deeper picture of what's happening in the bod
In time, the researchers hope to incorporate more
sensors that might provide an even deeper picture of what's happening
in the bod
in the
body.
Online, on paper, on TV, on social media, and slamming into us as they run down the street
in sweaty lycra, we are surrounded by grinning, toned
bodies weighed down by
sensor - rich bracelets tracking pulse, steps, stress, sleep... Start - ups assure us that,
in exchange for a simple spit sample, they can lay bare our genetic histories and futures with ancestry tests and detailed breakdowns of our health risks.
Scientists have started shrinking
sensors from millimeters or microns
in size to the nanometer scale, small enough to circulate within living
bodies and to mix directly into construction materials.
The MRI
sensor, made of two forms of silicone, can be shaped into cylinders of different sizes and implanted
in the
body.
ASTRONAUTS will soon be able to stay fit thanks to a
body tracking camera system built into Microsoft's Kinect gaming
sensor, which helps calculate their weight
in zero gravity.
This is the first MRI
sensor of any kind that can be left
in the
body for extended periods of time — so far, up to four weeks,
in testing with rats.
That may not be so far away — a team of researchers at KAIST
in Daejeon, South Korea has developed a flexible, wearable 20 mm x 20 mm polymer
sensor that can directly measure the degree and occurrence on the skin of goose bumps (technically known as «piloerection»), which is caused by sudden changes
in body temperature or emotional states.
Finally, we are
in the midst of developing real - time, reagentless phosphorus
sensors using advanced materials that could end up being major game changers for people who need to monitor phosphorus
in water
bodies around the world.»
The Canadian Space Agency has also delivered its instrument: the Fine Guidance
Sensor / Near InfraRed Imager and Slitless Spectrograph (FGS / NIRISS) that will also take high - quality images of other
bodies in space.
Scientists studying mice found that fat
in the bloodstream interferes with the
body's sugar
sensors so that cells no longer know when to produce insulinANCHOR.