The purpose of this study is to observe the changes in peripheral blood flow in those subjects who perspired during and/or after stimulation by moxibustion. Observations were made on a total of ten subjects consisting of six males and four females with a mean age of 28. 1 years. The subjects were divided into two groups: subjects who perspired and those who did not. Stimulation was applied to the Ashi-sanri (St. 36 spot) of the right leg, and blood flow was measured with a Laser-Doppler blood flow meter attached near the stimulation point on the proximal side. Data were processed using statistical analysis method. Significant differences in the mean blood flow values were noted between the two groups (perspiring and non-perspiring). The non-perspiring group recorded lower values of peripheral blood flow than the perspiring group. Chi square testing of statistical analysis demonstrated a trend for subjects with more negative attitudes toward moxibustion treatment to perspire more during and/or after stimulation by moxibustion than those with a positive attitude (p<0.006). These results suggest that the sympathetic nervous system may be activated more strongly by application of moxibustion in those with negative attitudes toward moxibustion.

[Purpose] We investigated the effects of fireless moxibustion using the Medical Outcome Study 36-Item Short-Form Health Survey (SF-36^®).
[Methods] The subjects were 27 elderly people living at home, from whom informed consent was obtained (age: 66 to 94 years). They were randomly divided into two groups using the envelope method. Eleven were in the fireless moxibustion group (FMG), and 16 were in the sham fireless moxibustion group (SFMG). For measurement, no treatment was performed for seven days (Cont.), home fireless moxibustion was performed for seven days (St.), and no treatment was performed for seven days after fireless moxibustion (Af.). During the study period, we conducted a survey using SF-36^®. Stimulation was performed every two days during the St. period (total: 4 times). The left/right BL23 and ST36 areas were stimulated. We used fireless moxibustion (Sennenkyu Taiyo(r), Senefa Co., Ltd.). Generalized linear two-way variance analysis and Fisher's (LSD) multiple comparison test were carried out. P<0.05 was regarded as significant.
[Results] There was alternative action in the bodily pain item. In a comparison of the two groups, FMG tended to show improved “bodily pain” (p<0.10) and at the Af. period “bodily pain” was reduced as compared with the Cont. period (p<0.05). FMG indicated the tendency to improve “bodily pain” in the Af. period (82.9 (3.7 points) than in the Cont. period (78.4 (4.4 points) (p<0.09). In SFMG, there was no significant change.
In Question 8, as a bodily pain factor, routine working pain, which had persisted over the past week, mitigated after 1 week of fireless moxibustion (Af.).
[Conclusion] Fireless moxibustion reduced “bodily pain”, and scores of “general health perceptions” increased, while in sham fireless moxibustion at home scores of “Role physical” decreased significantly. From the results, fireless moxibustion at home raised the health related QOL. Fireless moxibustion may be useful for “bodily pain”.

The purpose of this study was to clarify various components of walking activities among the high aged people, in relation with physique and heart rates at rest and post exercise recovery period. Subjects are 53 female residents of a care house in Hyogo Prefecture, whose average age being 78.9±0.9 years were tested in various parameters that are relevant to the study, such as height, weight, BMI, resting heart rate, total amount of weekly walking steps (recorded twice, i, e., in September and in October), walking velocity, walking stride, time length for climbing 15 step stairs and self-rate health. the major findings are summarized as follows
(1) Various physical functions that are related to daily activities and therefore related to muscular strength and neuromuscular coordination, were found to decrease significantly upon aging, such as walking velocity and time length for climbing stairs.
(2) The result of multiple correlation regression analysis, taking total amount of weekly walking steps with self-rated health, time length spent for 15 steps of climbing stairs and age were existent.
(3) Walking velocity, walking steps size and stair climbing velocity of good walkers (upper 25% in total amount of weekly walking steps) and it was found that the good walkers walked faster with greater steps size and climbed the stairs faster than the less walking subjects.
(4) The total amount of daily walking steps of various days of the week were compared each other and it was found that the good walkers recorded significantly less amount of walking steps on Thursday than others days. the fact that a large scale shopping center which is located near by the care-house closes on Thursday every week suggests that the amount of walking steps are influenced by social factors, such as shopping behavior.
(5) In terms of the going out behavior outside of care-house, visiting the large scale shopping center (40% of subjects), and hospitals and alike (25%) were recognized. The results suggest that there are certain common elements in the motivation and behavior of out-of- care-house activities.
The above results suggest that the study of walking behavior of the high aged people would be extremely variable not only in assessing the fitness level and physical function of the residents, but also in possible evaluation of efficiencies of the care-house location.

The purpose of this study was to determine if Moxibustion stimulus influence on the circulation in the sacral area.
In the first phase of this study, the influence of indirect Moxibustion stimulus (using‹SEN-NEN-KYU›) on the amount of blood flowing to the sacrum was investigated using laser Doppler Perfusion Imager PeriScan PIM II.
Significant increase in the amount of blood flow in radial directions were observed around the area where Moxibustion was applied. Immediately after the stimulus, significant differences in the amount of blood flow were observed within 2.5cm to the right and left and 1.5cm above and below the stimulated spot.
With increasing time after the Moxibustion stimulus, the amount of blood flow gradually decreased concentrically returning to the original state over time. However, the amount of blood flow at the Moxibustion spot was significantly higher than the original state 32 minutes and 52 seconds after the Moxibustion treatment.
Increased blood flows to pressure ulcers area induced by Moxibustion stimulus are considered to restrict or arrest the progress of pressure ulcers (according to Stage I of the International Association for Enterostomal Therapy (IAET) classification) on in-home care.

Background: The need for palliative care is increasing, and psychological care for cancer patients has been recognized to have an important role in palliative care. Purpose: To determine the medical knowledge and skills (especially in psychiatry) required in palliative care and to propose psychiatric training for palliative care education. Subjects/Methods: Using a questionnaire, palliative care doctors (working less than 3years) and nurses were asked their opinions on the necessity of palliative care and requested to self-evaluate their knowledge and skills in palliative care. Results: The survey revealed that many doctors and nurses felt the need for an "Interdisciplinary team approach" "Good communication with patient and family", an "Understanding of total pain" and "Listening". Palliative care doctors had low self-evaluations of their psychiatric knowledge and skills with regard to palliative care, but they recognized the necessity for greater knowledge and skills in this area. Conclusions: In a palliative care setting, it is important to establish training programs for consultation-liaison psychiatry that provide opportunities for learning about psychiatric practices, including diagnostic evaluation, psychotherapeutic and pharmacologic treatment, as well as skills for communicating with cancer patients, families and staff. Palliat Care Res 2009: 4(1): 101-111