Microsurgery in Motion: An Objective Assessment of Microsurgical Skill and Efficiency.

Background:  High levels of precision, as well as controlled, efficient motions, are important components of microsurgical technique and success. An accurate and objective means of skill assessment is lacking in resident microsurgical education. Here we employ three-dimensional, real-time motion-tracking technology to analyze hand and instrument motion during microsurgical anastomoses.

Novel Use of Objective Sensor Technology: Creation of Individualized Education Plans to Develop Operative Mastery.

Background: Motion-tracking has been shown to correlate with expert and novice performance but has not been used for skill development. For skill development, performance goals must be defined. We hypothesize that using wearable sensor technology, motion tracking outcomes can be identified in those deemed practice-ready and used as benchmarks for precision learning.

Passive heating in sport: Context specific benefits, detriments, and considerations.

Exercise and passive heating share some acute physiological responses. These include increases in body temperature, sweat rate, blood flow, heart rate, and redistribution of plasma and blood volume. These responses can vary depending on the heating modality or dose (e.

Physiologic readiness and subjective workload of performing operations: A prospective observational study of attending and trainee surgeons.

Physical health and perceived workload are determinants of career satisfaction and longevity for surgeons. The aim of this prospective observational study was to determine if biometric indicators of physical recovery among surgeons are associated with perceived workload during operations. The primary outcome was whether there was an association between surgeon self-assessment and a physiologic recovery score based on heart rate variability measured with a wearable biometric sensor.