[Objective]As fundamental research on the acupuncture treatment to shin-splints, we studied what kind of acupuncture stimulus raises the pain threshold and deep tissue temperature of the periosteal part of the tibia.
[Methods]Twelve healthy subjects (Age: 22 ± 2years old) participated in this study. We recorded how the pain threshold of the periosteum would change under the influence of the kind of stimulus of leaving a needle, sparrow pecking a needle and no stimulation. Simultaneously, we measured the deep tissue temperature near the measured part of pain threshold with a deep tissue thermometer.
[Results]The pain threshold of leaving a needle group rose significantly (p < 0.05) as compared with the control group. The sparrow pecking group showed an upward tendency. There was no significant difference in the deep tissue temperature between each group at all times.
[Conclusion]The leaving the needle technique is suitable for needle stimulus to shin-splints. It was suggested that pain control was expected with a leaving needle stimulus. The needle stimulus did not show a remarkable effect on the reaction of regional circulation.

Objective:It is very important that oxidative stress is estimated for us to understand a player's condition in the field of sports. The purpose of this study was to investigate whether electroacupuncture has an effect on exercise-induced oxidative stress.
Methods:Ten healthy male volunteers participated in both the electroacupuncture (EA) group and the control group in a crossover design. EA at a frequency of 2 Hz and optimum intensity was performed in the subjects for 10 minutes in both the medial vastus muscles. During ergometer exercise by ramp load, respiratory metabolism including the RC point was recorded as the indication of energy metabolism. Blood was collected from the fingertips of the subjects, and then their levels of oxidative stress (d-ROMs test) and antioxidative (BAP test) were determined by using a Free Radical Analytical System (FRAS4, Wismell Instruments). Six measurements were taken;at rest, immediately after EA and following exercise, and at 20, 40, and 60 minutes following exercise.
Results:The RC point was significantly prolonged in the EA group compared with the control group. The level of oxidative stress (d-ROMs test) in the control group increased significantly at 20 minutes following exercise compared with rest (before exercise) and this increase was sustained until 60 minutes after exercise. In contrast, it did not significantly change in the EA group. Whereas the antioxidative level (BAP test) in the EA group significantly increased immediately following exercise compared with rest (before exercise), it did not increase in the control group.
Conclusion:These results suggest that electroacupuncture might enhance the antioxidative level (BAP test) and inhibit the level of oxidative stress (d-ROMs test) by effecting a change in respiratory metabolism. We propose that electroacupuncture might be useful for sports conditioning.

Sports Acupuncture is used for alleviating physical disorders of athletes and it helps them to keep up the quality of their performance. Acupuncture has been used for sports injuries to relieve the pain, and lately, is also applied for preventing injuries, conditioning, or health maintenance. However, the definition of "Sports Acupuncture"is still unclear and there is no guideline to apply acupuncture for athletes.
As Tokyo Olympic and Paralympic will be held in Tokyo in 2020, we decided to review past researches related with sports acupuncture. These researches examine the effects of acupuncture for muscle pain, muscle fatigue, muscle atrophy, and sports injuries. Moreover, we invite one former athlete and she speaks how she used acupuncture when she was a player. After this panel discussion we will be able to make a step to next level, so that we re-create "Sports Acupuncture"on athletes'demand.

Epicodylitis humeri lateralis is common in indivisuals whose occupations require frequent rotatory motion of the forearm. An ache appears over the outer aspect of the elbow and is reffered into the forearm. The patients with epicodylitis humeri lateralis were often treated by acupuncture therapy. We treated the patients by means of acupuncture therapy with silver spike point therapy and streching of the extensors of the forearm, in Meiji College of Oriental Medicine Hospital. In order to clarify the effect of our therapy, we valuated clinical results by using pain scale score. We treated 13 patients (male 4, female 9, mean age 49.2 years). In our therpy, acupuncture points and SSP points, which were on the area from the lateral epicondyle to the extensors of the forearm, were used. And we made the patients to do streching of extensors of the forearm. The pain scale scale score improved from 10 points to 3.8 points after the treatments, 15% were excellent, 77% were good, and 8% fair. The results suggested that our therapy improves the symptoms of epicodylitis humeri lateralis.

The effects of electrical acupuncture at the patellar tendon and electrical stimulation of the femoral nerve on patellar tendon blood flow were evaluated using laser Doppler flowmetry in anesthetized rats. In most subjects the blood flow in the patellar tendon rapidly decreased for 30 seconds after the start of local electrical acupuncture and then increased above baseline. Changes in blood flow did not necessarily follow changes in arterial blood pressure. Changes in tendon blood flow induced by electrical stimulation of the femoral nerve were similar to those induced by electrical acupuncture at the patellar tendon. Arterial blood pressure and heart rate were not affected by electrical stimulation of the femoral nerve. Phentolamine administration abolished the decreased patellar tendon blood flow seen after initiating electrical acupuncture at the patellar tendon, whereas atropine abolished the increased patellar tendon blood flow seen after terminating electrical acupuncture at the patellar tendon. Furthermore, atropine did not evoke increased blood flow following electrical stimulation of the femoral nerve. These results suggest that the decrease of blood flow seen after initiating electrical acupuncture may be controlled by sympathetic vasoconstrictor nerves and the increase of blood flow following electrical acupuncture may be controlled by cholinergic vasodilator nerves.

In Japanese traditional medicine, “ganmenshin” (facial diagnosis), which means assessment of a patient's health based on the color of his/her face, is frequently used in a clinical setting. However, little scientific evidence is available to substantiate such diagnoses. In the present study, we investigated the relationship between skin color and patient's health status to ascertain the clinical usefulness of the “ganmenshin” technique. We evaluated the color of the cheeks and forearms of 30 healthy study participants and also administered questionnaires to determine their health. A correlation was observed between skin color and work efficiency and the inkyo (yin-fluid deficiency) scores in all subjects. In male subjects, skin color was correlated with their bodymass index (BMI), self-rated health status, work efficiency, and suitai (fluid stagnation) scores. In female subjects, skin color was correlated with the patient's age, work efficiency, and inkyo scores. These results suggest that “ganmenshin” may be clinically useful because of the correlation between skin color and the health of patients.

[Objective]The purpose of this study is to evaluate an effect of electroacupuncture therapy on low back pain of collegiate athletes.
[Methods]Subjects were 28 collegiate athletes with low back pain who gave informed consent. They consulted a medical doctor beforehand. The electroacupuncture therapy was performed as acupuncture. The evaluation items were as follows:Visual Analogue Scale (VAS) which expresses the state of the pain (Pain-VAS), VAS which shows a training state (Training-VAS), five phases of evaluations to show a training state, pain at the time of the trunk movements, Roland-Morris Disability Questionnaire (RDQ), and Japanese Orthopedic Association (JOA) score. The correlation of each item was estimated.
[Results]The chief complaint of 27 people was low back pain, and one person had pain of the low back and the lower extremities. In the diagnosis, 16 people had non-specific low back pain, 5people had lumbar vertebrae discopathy, and 3had a lumber vertebrae herniated disk. As a result of acupuncture, the training-VAS and five phases of evaluations to show the training state and JOA score were significantly improved. However, as for the pain-VAS and pain at the time of trunk movements and RDQ, a significant difference was not accepted.
[Conclusion]Training-VAS is useful for measuring the outcome of an athlete with low back pain. It is important that athletes with low back pain evaluate their training.

The osteoarthritis of knee joints in early stage were treated with acupuncture, SSP and therapeutic exercise. The clinical effect of this treatment was evaluated by the our original score methoed for osteoarthritis of knee joints, and the muscle strength of extensors of knee joint were measured. Symptoms of the osteoarthritis of knee joints were improved significantly and the power of the extensors increased by these treatments.

The patients with the spondylosis deformans of the lumbar spine are often treated by acupuncture therapy. Forty patients (male 28, female 12, mean age 61.2 years old) with spondylosis deformans of lumbar spine were treated by the acupuncture therapy with therapeutic exercise and silver spike point (SSP) therapy in Meiji College of Oriental Medicine Hospital. The purpose of this study is to evaluate the clinical effect of our therapy using our painscale score. In our therapy, acupuncture points (Dachangshu-BL25, Shenshu-BL23, Ciliao-BL32, Baohuang-BL53 etc.) and SSP points on erector spinae muscle and gluteal muscle were used. As the result of this study, 22.5 % had excellent effect and 55.0 % had good effect by our therapy. It was concluded that our therapy is one of considerably effective therapy for the spondylosis deformans of the lumbar spine.