By comparing the intensity of resonances assigned to choline, creatine, lipid, and lysine, MR spectroscopy can depict prostate carcinoma with a high degree of sensitivity and specificity. Citrate and choline resonances alone are not sufficiently accurate markers for distinguishing between various patterns of prostatic disease.

In this paper, we review the literature to date on technical competence in surgeons; how it can be defined, taught to trainees and assessed. We also examine how we can predict which candidates for surgical training will most likely develop technical competence. While technical competency is just one aspect of what makes a good surgeon, we have recognized a need to review the literature in this area and to combine this with broader definitions of competency. Our review found that several methods are available to objectively measure, assess and predict technical competence and should be used in surgical training.

The key feature of the Greater Murray Clinical School model is the attachment of students to patients. Students follow their patients through the health care system, in contrast to the standard approach where students are attached to doctors or specialty based clinical units. The patient/student coupling occurs at the primary care level, which mostly but not exclusively will occur in the GP's office. Students anchor their knowledge by seeing the natural progression of common illnesses, the impact of behavioural aspects on health and disease, and by experiencing continuity of care. Along their path they develop good problem solving skills and learn to understand the health care system they will become part of. The main obstacle in teaching a medical undergraduate curriculum in a rural setting is that large geographical distances separate students, teachers and resources. Consequently, information technology will play an important role in terms of delivery of the GMCS curriculum. Moreover, there is potential for flow-on benefits to the community following integration of new information technology into the local health infrastructure.

The key feature of the Greater Murray Clinical School model is the attachment of students to patients. Students follow their patients through the health care system, in contrast to the standard approach where students are attached to doctors or speciality based clinical units. The patient/student coupling occurs at the primary care level, which mostly but not exclusively will occur in the GP's office. Students anchor their knowledge by seeing the natural progression of common illnesses, the impact of behavioural aspects on health and disease, and by experiencing continuity of care. Along their path they develop good problem solving skills and learn to understand the health care system they will become part of. The main obstacle in teaching a medical undergraduate curriculum in a rural setting is that large geographical distances separate students, teachers and resources. Consequently, information technology will play an important role in terms of delivery of the GMCS curriculum. Moreover, there is potential for flow-on benefits to the community following integration of new information technology into the local health infrastructure.