RT @SciRobotics: Equipped with a bioinspired sensory feedback system designed by @UUTah, @UtahBME, a #bionic hand user was able to “feel” u…
RT @sciencemagazine: Equipped with a bioinspired #sensory feedback system designed by @UUTah, @UtahBME, a #bionic hand user was able to “fe…
RT @sciencemagazine: Equipped with a bioinspired #sensory feedback system designed by @UUTah, @UtahBME, a #bionic hand user was able to “fe…
RT @sciencemagazine: Equipped with a bioinspired #sensory feedback system designed by @UUTah, @UtahBME, a #bionic hand user was able to “fe…
RT @slimanjbensmaia: Collaboration with Greg Clark's group on biomimetic tactile feedback for bionic hands through an electrical interface…
Oh my freaking word! Bionic hands and on how to "sculpt" tactile shape perception by providing sensory feedback to surviving muscle tissues. #pcn19 https://t.co/IzCEaKTlKr
RT @slimanjbensmaia: Collaboration with Greg Clark's group on biomimetic tactile feedback for bionic hands through an electrical interface…
RT @SciRobotics: Equipped with a bioinspired sensory feedback system designed by @UUTah, @UtahBME, a #bionic hand user was able to “feel” u…
RT @slimanjbensmaia: Collaboration with Greg Clark's group on biomimetic tactile feedback for bionic hands through an electrical interface…
RT @slimanjbensmaia: Collaboration with Greg Clark's group on biomimetic tactile feedback for bionic hands through an electrical interface…
RT @slimanjbensmaia: Collaboration with Greg Clark's group on biomimetic tactile feedback for bionic hands through an electrical interface…
RT @slimanjbensmaia: Collaboration with Greg Clark's group on biomimetic tactile feedback for bionic hands through an electrical interface…
Congrats to @liza_okorokova and Qinpu!
RT @sciencemagazine: Equipped with a bioinspired #sensory feedback system designed by @UUTah, @UtahBME, a #bionic hand user was able to “fe…
RT @sciencemagazine: Equipped with a bioinspired #sensory feedback system designed by @UUTah, @UtahBME, a #bionic hand user was able to “fe…
RT @sciencemagazine: Equipped with a bioinspired #sensory feedback system designed by @UUTah, @UtahBME, a #bionic hand user was able to “fe…
RT @slimanjbensmaia: Collaboration with Greg Clark's group on biomimetic tactile feedback for bionic hands through an electrical interface…
Kralho! Que animal!!!
RT @sciencemagazine: Equipped with a bioinspired #sensory feedback system designed by @UUTah, @UtahBME, a #bionic hand user was able to “fe…
RT @sciencemagazine: Equipped with a bioinspired #sensory feedback system designed by @UUTah, @UtahBME, a #bionic hand user was able to “fe…
RT @sciencemagazine: Equipped with a bioinspired #sensory feedback system designed by @UUTah, @UtahBME, a #bionic hand user was able to “fe…
sciencemagazine: Equipped with a bioinspired #sensory feedback system designed by UUTah, UtahBME, a #bionic hand user was able to “feel” up to 119 sensory perceptions ranging from pressure to vibration: https://t.co/7s55dnepex ($) https://t.co/m80U7uHVwC
Equipped with a bioinspired #sensory feedback system designed by @UUTah, @UtahBME, a #bionic hand user was able to “feel” up to 119 sensory perceptions ranging from pressure to vibration: https://t.co/uMnkdFoduV ($) https://t.co/q00TKmBKFd
RT @SciRobotics: Equipped with a bioinspired sensory feedback system designed by @UUTah, @UtahBME, a #bionic hand user was able to “feel” u…
Equipped with a bioinspired sensory feedback system designed by @UUTah, @UtahBME, a #bionic hand user was able to “feel” up to 119 perceptions ranging from pressure to vibration: https://t.co/RwqeLr1PE5 https://t.co/xNggTbN3mO
Collaboration with Greg Clark's group on biomimetic tactile feedback for bionic hands through an electrical interface with the nerve out today in Science Robotics. Check it. https://t.co/KxYQQVieWA
Exciting developments, but it's early days. Biomimetic sensory feedback through peripheral nerve stimulation improves dexterous use of a bionic hand https://t.co/1ZeND4ewq1