Publications by authors named "David Eliot"

Article Synopsis
  • Digital imaging in medicine enhances diagnostics and surgical planning, allowing for detailed internal views of patients, while also raising questions about human perception and performance.
  • A study was conducted to explore the impact of stereopsis (3D depth perception) on relative position tasks versus a flat, monoscopic view.
  • The experiment involved 44 medical students, and results indicated that stereoscopic 3D displays significantly improved performance in relative position judgment tasks compared to monoscopic displays.
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Gastrocnemius intramuscular aponeurotic recession is performed on the anterior surface of the muscular-bound portion of the gastrocnemius aponeurosis, in the "transection zone" located inferior to the region where the aponeurosis is formed by the separate tendons of the medial and lateral heads of gastrocnemius, and superior to the inferior portions of the muscle's 2 heads. Measurements showed the mean proximal-to-distal length of the transection zone to be 50 mm (range 7 to 100 mm), and the mean width was 88 mm (range 48 to 19 mm). The part of the aponeurosis associated with the medial head contributed 60% of the width of the transection zone (mean 53 mm, range 30 to 80 mm), and the lateral head contributed 40% (mean 35 mm, range 18 to 53 mm).

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Anatomical variation in the attachment of the gastrocnemius muscle to the soleus muscle has not been studied previously. The gastrocnemius muscle may insert directly onto the tendinous superficial surface of the soleus; however, in most cases, the distal end of the gastrocnemius aponeurosis extends for a variable distance as a thin, tendinous sheet void of muscular attachments. Surgeons performing a gastrocnemius recession may target the exposed inferior portion of the aponeurosis that is not directly covered by muscle.

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