Simulation specialist who masters simulators is important for a management of simulation center. Okayama university medical school started to train simulation specialists. Now simulation training are familiar in our university through the simulation specialists helps course directors.

Background: Japanese medical student education lacks emphasis on teaching clinical reasoning skills. To partially remedy this situation, we developed a prototypic web-based module for tutors to teach clinical reasoning. We report the medical students’ opinions of this module.
Methods: Twenty-four students from two Japanese medical universities were randomly assigned to the two tutored virtual classrooms, each classroom with six students, or to the self-study group, 12 students, after taking the Internet-based Sequential Question and Answer pretest. After four weeks, each of the 24 students took the Sequential Question and Answer posttest. The entire 24 students answered a questionnaire about the Sequential Question and Answer tests; all 12 tutored students answered a questionnaire about the web-based tutored module.
Results: Although both tutored and self-study Sequential Question and Answer posttest scores increased, the increases of the tutored group’s posttest compared to the self-study posttest group were not statistically significant (p = 0.066). Ninety-two percent of the students rated the Sequential Question and Answer tests as an improved way to learn case presentation and clinical reasoning. Moreover, 79% of students felt that the Sequential Question and Answer tests were an effective way to learn clinical information. The tutored students rated the web-based tutored seminars as an ‘excellent to fair’ method to learn clinical reasoning using a five-point ‘excellent to poor’ scale.
Conclusions: We developed a prototypic web-based module for tutors to teach clinical reasoning to medical students. The students’ opinion supported the modular components of the web-based seminar format, Sequential Question and Answer test, and the tutoring syllabus as an effective way to improve learning clinical reasoning, case presentation, and medical information. Students also suggested refinements of the prototypic module.

1) All students but 1 correctly typed the ABO blood groups, but only 33.2% of students and 63.9% of physicians properly performed cross-matching.
2) Most failures in cross-matching were due to the inability to detect allogeneic antibodies, but 5.2% of students and 2.9% of physicians failed to detect ABO mismatching.
3) Although laboratory practice is suggested to help students to solidify knowledge and comprehend principles, achieving an official goal of residency - gaining competence in performing and interpreting cross-matching independently - appeared difficult.

Background: At present clinical reasoning skills are not systematically taught in Japanese medical universities. We developed a prototypic preliminary module for clinical tutors to introduce clinical reasoning to Japanese medical students. We hypothesized that tutored medical students would outperform self-study students.
Method: Using the web-based Sequential Question and Answer test that rewarded history and differential diagnosis as proxies for clinical reasoning, we compared the pre and posttest scores of 12 randomized fifth grade tutored students at two universities during four tutor-led 1.5-hour web-based seminars using a structured syllabus to 12 randomized self-study students.
Results: The tutored and self-study groups’ pretest scores were statistically similar at about 40 out of 100 weighted correct points. The tutored students’ posttest scores were 62 points, significantly greater (p = 0.007) than the pretest mean 42 points, compared to the self-study students’ posttest scores of 52 points, significantly greater (p = 0.012) than pretest mean 40 points. The difference between the two posttest groups was of borderline statistical significance (p = 0.08).
Conclusions: We successfully assessed a prototypic module for tutors to introduce clinical reasoning to Japanese medical students. The tutored students achieved higher scores than the self-study students. Further research is needed to exploit the potential of our modular clinical reasoning system.

The Faculty of Medicine and Health Sciences at McGill University in Canada there has always been an exploration of effective curriculum development that adapts to new eras and aims to encourage medical students to understand how to enhance patients' well-being. In particular, the current MDCM curriculum, which launched in 2013, offers impressive programs at a conceptual level and at a curricular level. These programs explicate to students two roles for physicians who wish to place their patient's wellbeing at the center of their work: professional and healing. This article introduces the history of curriculum development in the Faculty of Medicine and Health Sciences at McGill University and explores how universities in Japan can develop healing curricula in each context.

Mindfulness can be defined as awareness of physical and psychological processes in a nonjudgmental way. The purpose of adapting the ideas of mindfulness in health professions education is twofold. First, mindfulness education can develop stress management skills and self-care ability. Consequently, it can promote personal and professional identity formation. Second, mindfulness education can urge future healthcare professionals to improve the quality of patient care. Thus, this article will present practical reports from three medical schools that introduced mindfulness education for developing stress management skills and improving patient care and then discuss how universities can establish mindfulness education for future healthcare professions.

Whole Person Care education at McGill University aims to develop competent and compassionate physicians who can relate as a whole person to facilitate healing and provide better medical care to their patients. A step-by-step approach is adopted for the education throughout the four-year curriculum. It includes classes, experiential learning in small groups (20 students), simulation education, and panel discussions. It promotes interactive and unique experiential learning through a variety of exercises and works, and aims at transformational learning. It is essential to develop an attitude of being as a whole person, learning to be mindful and aware of the present moment (self, other and context).

Whole Person Care is educated for medical students as the core curriculum at McGill University. The core of Mindful Medical Practice Course aims to provide students with the experience of moving from "not knowing" to "knowing" and "realizing" to cultivate excellent clinicians who "actualize it." We outline mindful awareness and clinical congruence as the core concepts of the course. Students learn it through a variety of exercises and works. They will deepen their awareness of physical sensations, thoughts and emotions in daily life and practice Whole Person Care with congruence stance.