Tasks involved in the SHAP assessment. by Alix Chadwell (6550019)

Subjects:

mHand contralateral hand involvement during direct and indirect interactions. by Spyros L. L. Krinis (18196197)

Subjects:

mHand contralateral hand involvement during grasp and release interactions. by Spyros L. L. Krinis (18196197)

Subjects:

Schematics of the hand bones and joints involved in the capture. by Giuseppe Cotugno (3749746)

“…<p>Schematics of the hand bones and joints involved in the capture.</p>…”

Contralateral hand involvement comparison during grasp and release interactions between mHand and SGH. by Spyros L. L. Krinis (18196197)

Subjects:

Spatially Resolved Nonlinear Plasmonics by Johannes Schust (15869354)

“…Here we introduce nonlinear spatially resolved spectroscopy (NSRS) which is capable of imaging the k-space as well as spatially resolving the THG signal of gold nanoantennas and investigating the emission of individual antennas by wide-field illumination of entire arrays. …”

Time-resolved decoding accuracies. by Stephan Waldert (299603)

“…Time-resolved DA based on acausally filtered fNIRS signals is shown for comparison (gray solid line, see <a href="http://www.plosone.org/article/info:doi/10.1371/journal.pone.0049266#s2" target="_blank">Methods</a>). …”

Reaching under visuo-proprioceptive conflict that cannot be resolved by acting. by Antonella Maselli (9593498)

Subjects:

Computer displays for experimental paradigms involving active myoelectric control. by Andres E. Pena (6236834)

The first five valid resolving moves of a mobile resolving set in the cycle from (a) to (e): bolded vertices represent the robots of the mobile resolving set at each step. by Carlos Camacho Campos (21560794)

“…<p>Notice that in this way, making three cyclic movements more, all the vertices of <i>C</i>₆ shall be visited by valid resolving movements. On the other hand, observe that cyclic movements in the opposite way can be also done with a same result.…”

Experimental sequence diagram for experimental paradigms involving active myoelectric control. by Andres E. Pena (6236834)

The Self-Grasping Hand. by Alix Chadwell (6550019)

Subjects:

Synthesis and visualisation of prior brain imaging and stimulation results involving reaching. by Aoife M. Fitzpatrick (13955365)

Statistical comparison of contralateral hand interactions between mHand and SGH data. by Spyros L. L. Krinis (18196197)

Subjects:

Third simulation: reaching under visuo-proprioceptive conflict that cannot be resolved by acting. by Antonella Maselli (9593498)

Subjects:

Resolving substructures within a single fasciculus. by E. Josiah Lutton (3841834)

Sensitivity and specificity of joint involvement. by Carolin Sophie Reidelbach (6425342)

The Transcription Factor Hand1 Is Involved In Runx2-Ihh-Regulated Endochondral Ossification by Lindsay E. Laurie (2504281)

“…Here, we report that the basic helix-loop-helix transcription factor Hand1, which is expressed in the cartilage primordia, is involved in proper osteogenesis of the bone collar via its control of <i>Ihh</i> production. …”

Changes in cocontraction ratio measured in the subjects' wrist on maximum isometric voluntary contraction of the involved hand and uninvolved hand (mean ± SD). by Kaishou Xu (811686)

Mean and standard deviation of time percentage of upper-limb activities involving sufficient intensity for right-handed and left-handed subjects. by Sunghoon Ivan Lee (6490436)

“…<p>Mean and standard deviation of time percentage of upper-limb activities involving sufficient intensity for right-handed and left-handed subjects.…”