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Biomedical subjects

Wade Gofton

Publications and source records attributed to Wade Gofton.

3 recordsLinked to original sources

What we don't know we are teaching: unveiling the hidden curriculum.

In addition to the intentional teaching of knowledge and skills by surgeons to their trainees and protégés is the unintended, often unrealized transmission of implicit beliefs, attitudes, and behaviors through a process called the hidden curriculum. The hidden curriculum is a function of implicit values held by the institution as a whole, and the individual surgical educators and allied health professionals working in the trainee's learning environment. It has been argued the hidden curriculum plays a central role in the development of professionalism, but it may also play an important role in inadvertently deterring good candidates from considering orthopaedic surgery as a career. We review the importance of attending to the messages we transmit to our trainees, protégés, and junior colleagues as we strive to develop professional competency and recruit the best into the field.

Attitude of Health Personnel↗

Factors in optimizing the learning environment for surgical training.

Today's surgeon is required to demonstrate a variety of professional competencies in an increasingly complex environment. Recently, the time available to train this surgeon has started to erode due to external pressures on administrators and faculty. This growing crisis has led to questions about how to optimize learning in the surgical environment. Clearly, to adequately train a competent surgeon in all the required aspects, multiple environments will be required. We must, therefore, look carefully at each environment to maximize its educational potential for each of the competencies. At the same time, however, we must ensure these educational environments and opportunities integrate into a coherent and systematic program of training that is flexible and adaptable to the individual needs of the trainees. This paper describes two broad areas that must be at the forefront of the community's thinking as we strive toward this goal: the irreplaceable value of a mentor and maximizing the potential of optimal challenge points in learning.

Humans↗

The sensitivity of carpal bone indices to rotational malpositioning.

We investigated the dependence of 20 radiographic carpal measurements (carpal indices) on rotational positioning errors in posteroanterior and lateral radiographs. The measurements were made from "true perspective" digitally reconstructed radiographs created from computed tomography data. Most posteroanterior indices were not affected by rotation. Carpal height, carpal height ratio, revised carpal height ratio, capitate-radius distance, and carpal ulnar translocation were particularly robust. Lateral-view indices involving the scaphoid were the most sensitive to simulated malpositioning: radioscaphoid, scapholunate, and scaphocapitate angles were reduced from 58 degrees, 48 degrees, and 56 degrees at true lateral to 30 degrees, 24 degrees, and 34 degrees, respectively, at 20 degrees external rotation. Observers were unable to estimate the degree of malpositioning accurately in either view. Our results support use of the "scaphopisocapitate" criterion for assessing correct positioning in lateral plain radiographs.

Adult↗