Sentence examples for improved dexterity from inspiring English sources
5 Moreover, citalopram improved dexterity in chronic stroke patients, 28 and escitalopram was associated with improved cognitive recovery following stroke compared with placebo and problem-solving therapy.
Robot-assisted laparoscopy allows improved dexterity and visibility compared to traditional laparoscopy, potentially providing significant advantages for deep pelvic surgery.
The comparison results show that the redundant PTH has several notable advantages over the non-redundant one, including enlarged singularity-free workspace, improved dexterity performance and higher stiffness.
Serial Haptic Master devices with large DOF have the advantages of large workspace and improved dexterity but these also contribute more to the kinematic errors and dynamics effects if not properly designed.
Around it are call-and-response vocals, stuttering electronics and guitar parts that sound like exercises to improve dexterity.
What is missing from today's prosthetics is sensory feedback in other words, the sense of touch.Such feedback would not only help to improve dexterity and control, says Ken Horch, a bioengineer at the University of Utah, but might also make prosthetics feel much more like part of the body, rather than an appendage or extension to it, by closing the feedback loop between the device and the brain.
Further to this the use of wristed instruments improves dexterity offering more favorable ergonomics.
To determine whether a structured training program using the validated EYESI surgical simulator improves dexterity in nondominant (ND) hands.
Hand exercises are often used to improve dexterity and hand flexion force.
The aim will be to increase hand function using exercises to stretch and strengthen the muscles and tendons, as well as mobilise the joints of the hand and wrist and improve dexterity.
Improving dexterity, that is, achieving high operation frequencies and manipulation accuracy; Providing patients with exteroceptive and proprioceptive information; Finding ways to embed sensors in an artificial skin that is cosmetically acceptable and mechanically compliant; Developing shared control algorithms that make it possible to identify and act according to voluntary motor commands.
