Our originally-developed clinical training system, specialty-based physical examination (SBPE), was introduced for 4th-year medical students to improve their clinical skills through instruction by specialists in each body region. We previously reported that SBPE has a beneficial effect on results of performance tests. This time, therefore, we studied the effects of SBPE on written tests by comparing test results before and after the introduction of SBPE. We found that SBPE did not have any beneficial effect on results of a written test, despite having improved results of a performance test. These results were confirmed by analyses of students' questionnaires and a correlation between the two. Thus, our results suggest that written tests and performance tests evaluate different things: written tests evaluate acquisition of diagnostic knowledge, and performance tests evaluate mastery of clinical skills, which seem not to affect each other at the initial stage of clinical education.

To improve physical examination skills of medical students, our original system of specialty-based physical examination (SBPE) was introduced into the diagnostic medical practice for 4th-year students. SBPE consisted of clinical practice and tests of every part of the physical examination which were administered and judged by each specialist, thereby greatly reducing the doctors' burden compared with a nonspecialist system. Because of the difficulty of preparing enough simulated or standardized patients, the medical interview was omitted from the system. Instead, the medical interview was directed stepwise according to a separate curriculum. Thus, these characteristics made SBPE much more practical to introduce. Results with this SBPE and those with a previous non-SBPE system were compared; the SBPE succeeded in reducing the number of “poor” grades and increasing the number of “good” grades on the test. These results demonstrate that SBPE is clinically efficacious because specialists could make an accurate evaluation and because the introduction of SBPE strongly motivated students.

We previously reported that the tutorial system had a beneficial effect on our students' scores on term-end examinations in 1994: the assessments of the tutorials correlated positively with the results of the term-end test. This time we analyzed each student's assessment of the tutorials, results of the term-end examinations, and responses to a follow-up questionnaire to determine what abilities the tutorial system helped students develop. The results suggest that tutorials help medical students develop analytical ability: a prerequisite for the problem-solving process.

The small-group-learning course “Introduction to Medical English” was introduced to the 1st-year students' curriculum in 1994. The effects of this course were examined by analyzing students questionnaires and by comparing results of the term-end examination. The following results were obtained. 1) Results of the term-end examination (multiple-choice method) showed a normal distribution. 2) Results of the questionnaires suggest that although medical English seemed difficult at first, the course produced a good response from students which conventional courses could not. These results suggest that “Introduction to Medical English” has a valuable role at the start of medical education.

We have previously reported that tutorials help medical students develop analytical ability, which is necessary for problem-solving. In this study we analyzed students' assessments of tutorials, results of term-end examinations, and posttutorial questionnaires to determine whether tutorials help students develop interests and proper attitudes for studying. The results suggest that our tutorials are not sufficient for medical students to develop interests and proper attitudes for studying.

Objective: To examine the effect of pharmacists’ visits to homebound patients on the elimination of unused drugs.
Method: We conducted a survey with pharmacies throughout Japan that provided home-visit service, asking them questions regarding their work with up to five patients (the survey period was from January 15 through the end of February, 2013).  Main survey questions were: (1) whether they managed unused drugs since the start of their home-visit, and (2) how they managed the unused drugs.  For (2), we conducted case studies by asking the pharmacists to choose the case that impressed them most and describe the unused drugs involved, actions taken, and the results.
Results: Data on 5,447 patients were collected from 1,890 pharmacies throughout Japan (collection rate: 56.9%).  Pharmacists managed unused drugs from 2,484 patients (45.6%). 1,746 patients (3,590 cases) were qualified for analysis.  In 2,332 cases (65.0%), pharmacist intervention eliminated the incidences of unused drugs.  In 782 cases (21.8%), unused drugs were discarded, while the number of drug administration days was adjusted in 2,623 cases (73.1%).  In 21 cases (0.6%), drugs were both discarded and had the number of days adjusted.  There were others for 164 cases (4.5%).  The total price of the eliminated unused drugs was approximately 6,920,000 yen (4,000 yen/person).  Illnesses that benefited most from the elimination of unused drugs were chronic respiratory failure (16,306 yen/person), and Parkinson’s disease (4,803 yen/person).
Conclusion: We confirmed the economic effect of eliminating unused drugs by pharmacists’ home visits.