No abstract available.
Enzyme-Linked Immunosorbent Assay* ; Hantaan virus*

No abstract available.
Korea* ; Rehabilitation*

No abstract available.
Urinary Bladder* ; Vasoactive Intestinal Peptide*

"Sect of Integration of Chinese and Western Medicine" came into the world four hundred years ago when Traditonal Chinese Medicine(TCM) contacted Western Medicine(WM) at the begining of 17th century. It collected historical experiences showing that the cooperation of TCM and WM is more efficient for the cure and prevention of disease than each of them separately. Now the recognition that the cooperation of eastern and western medicine is more efficient to cure disease is spreading widely. This study will help Korean eastern and western medicine to find their directions. First, the concept of "sect of Integration of Chinese and Western Medicine" which was established between the beginning of 17th century and the middle of 20th century, and Integration of Traditional Chinese and Western Medicine(ITCWM) which was formed after the middle of 20th century will be discussed. The relationship of "sect of Integration of Chinese and Western Medicine" and ITCWM and political consideration for the establishment of ITCWM will also be discussed. Finally, the current status of ITCWM in China will be discussed. New trends of thought appeared in Chinese medicine, owing to the cultural background of modern China, the development of WM, and the academic backgound of the intellectual class. "sect of Integration of Chinese and Western Medicine" and ITCWM are different in historical and social background. However, purpose, foundation of thoughts and logical idea are fundamentally same. It can be said that "sect of Integration of Chinese and Western Medicine" provided academic mood to open the way for ITCWM and ITCWM is a succession of "sect of Integration of Chinese and Western Medicine". The concept of ITCWM has many ways of explanation. However, it can be said to build up the foundation of new medical area including Chinese special way of medical treatment and new methods of modern medicine, succeeding a legacy of TCM. ITCWM began before the establishment of People's Republic of China. Mao Ze-dong(1893-1976), a powerful politician, and Li Ding-ming(1881-1947) who had many experiences and insight for TCM and WM played important roles at this stage. The period from the New China to the Great Proletarian Cultural Revolution(1966-1975) is the term for the establishment of the shape of ITCWM. "The effort of research and development on TCM-WM integration" was adapted as one of hygienic policies for curing of epidemic disease and succession and development of the heritage of TCM to establish new medical area. TCM class for western medical doctors was opened and mass media was used to spread out ITCWM throughout China. During the period of the Great Proletarian Cultural Revolution, ITCWM has to be stepped back and stagnant. Only the TCM class of western medical doctors and some clinical applications were barely keep moving on and alive. From the period of the Great Proletarian Cultural Revolution to the end of 1980's, there are the movement of re-preparation of ITCWM, education of successors, and the establishment of the Institute of ITCWM. Hospitals began to establish department of ITCWM. Furthermore, it was clearly indicated in the constitutional law that "we not only have to develop modern medicine but also traditional medicine". The equality of TCM and WM was legally established in this time. From the 1990's, "equality of TCM and WM" was adapted as one of the hygienic policies, and department of ITCWM was opened in traditional chinese medical school and western medical school. ITCWM has been settled down as a new academic field through education, training, research, academic activity, and publishing text books. In conclusion, the motive of the development of ITCWM was the policy such as "the effort of research and development on TCM-WM integration" and "equality of TCM and WM" aimed at the development of Chinese medical area. It is no doubted helpful to organize systems and policy-making for the cooperation of eastern and western medicine in Korea.
China ; English Abstract ; History of Medicine, 17th Cent. ; History of Medicine, 18th Cent. ; History of Medicine, 19th Cent. ; History of Medicine, 20th Cent. ; Medicine, Traditional/*history ; Philosophy/*history ; Western World/*history

In this study, the career and official ranks of the authors of the Sejong text(1443-1445), Sejo text(1451-1464), and Seongjong text(1475-1477) of {Classified Collection of Medical Prescriptions} were investigated. In the completion of Sejong text, Kim Rye-mong(1406-1469), Ryu Seong-won(?-1456), and Min Bo-hua(?) collected and arranged all medical books inside and outside of Choseon; Kim Moon(?-1448), Shin Seok-jo(1407-1459), Lee Ye(1419-1480), Kim Soo-on(1410-1481), Jeon Soon-eui(?), Choi Yun(?), and Kim Yu-ji(?-1469) took part in the edition; Lee Yong(1418-1453), Lee Sa-cheol(1405-1456), Lee Sa-soon(?-1455), and Rho Joong-rye(?-1452) participated in the editorial supervision. Ryang Seong-ji(1415-1482), Son So(1433-1484), Ryu Yo(?), Han Chi-ryang(?), An Geuk-sang(?), Han Kye-mi(1421-1471), Choi Young-rin(?) took part in the completion of Sejo text. Han Kye-heui(1423-1482), Rym Won-joon(1423-1500), Kueon Chan(1430-1487), Ryu Seo(?), and Baek Soo-heui(?) participated in the completion of Seongjong text. All 96 persons participated in the completion of draft text, revision text, and first-publication text of {Classified Collection of Medical Prescriptions}. 14 persons (14.58 %) participated in the completion of draft text. 77 persons (80.21%) participated in revision text, and 5 persons (5.21%) participated in first-publication text. Even though {Classified Collection of Medical Prescriptions} is a medical book, civil officials participated in its completion together with medical officials. The scholars of Jiphyeonjeon(The Jade Hall of Scholars) who led the academy at those days and famous medical officials were ordered to complete it by Sejong(1419-1450), Sejo(1455-1468), and Seongjong(1470-1494) who showed special interest in thier own heath and the health of common people.
Books/*history ; English Abstract ; History of Medicine, 15th Cent. ; Korea ; *Medicine ; Prescriptions, Drug/*history

Since the development of cardiac monitoring, Holter ECG monitoring, His Bundle electrogram and cardiac pacemaker, the cardiac conduction defect has been diagosed more precisely. Also SA block and sick sinus syndrome were well investigated recently. Author reviewed 10,084 cases of electrocardiograms for recent 3 years which were examined at korea University Hospital and analyzed the incidence of conduction defect, type of SA block, conduction defect in myocardial infarction and the relation of SA and AV conduction defect and Q-T(c). There were 5,390 cases of male and 4,694 cases of female with age range of 10 months to more than 80 years. In 60 cases, 24 hour Holter ECG monitoring were also carried out. The data were as follows; 1. There were 568 cases of cardiac conduction defect out of 10,084 cases and the incidence was 5.64% as a whole. Among the conduction defects, there was SA block in 0.36%, AV block in 2.12%(1st degree in 1.86%, Mobitz type I in 0.11%, Mobitz type II in 0.08%, complete block in 0.07%), bundle branck block in 2.52%(RBBB in 2.13%, LBBB in 0.39%), intraventricular conduction defect in 0.20%, left bundle hemiblock in 0.07%, bifascicular block in 0.05%, 1st degree AV block with BBB in 0.18%, W-P-W syndrome in 0.1% and L-G-L syndrome in 0.04%. 2. There were 36 cases of SA block among 10,084 cases(0.36%). In 26 cases, there were one case of Mobitz type I 2nd degree SA block, Mobitz type II in 20 cases, no P wave with nodal escape in 13 cases and 2 cases of transient sinus arrest associated with syncopal attack which were diagnosed by 24 hour Holter ECG monitoring. 3. There were 45 cases of conduction defect in 122 cases of acute or subacute myocardial infarction(36.9%). Among the 45 cases, there were 2 cases of SA block, 15 cases of 1st degree AV block, 2 cases of 2nd degree AV block, 2 cases of complete AV block, 10 cases of RBBB, 3 cases of LBBB, 4 cases of intraventricular conduction defect and 7 cases of left bundle hemiblock. These data showed lower incidence of critical conduction defect such as Mobitz type II and complete AV block in Korea than in United States. 4. The Q-T(c)interval were measured in 207 cases of SA block and AV block without BBB or IVCD. The values of Q-T(c)in cases of conduction defect were within normal limits. In cases of myocardial infarction, there were mild prolongation of Q-T(c)interval, however there was no difference of Q-T(c)interval between infarction with conduction defect and those without conduction defect. There was no correlation between P-R interval prolongation and Q-T(c)interval. These data suggested that the cardiac conduction defect is a specific involvement of conduction system by various causes rather than diffuse myocardial changes.
Atrioventricular Block ; Electrocardiography* ; Electrocardiography, Ambulatory ; Electrophysiologic Techniques, Cardiac ; Female ; Heart* ; Humans ; Incidence ; Infarction ; Korea ; Male ; Myocardial Infarction ; Sick Sinus Syndrome ; United Nations ; United States

No abstract available.
B-Lymphocytes* ; Herpesvirus 4, Human* ; Humans*

No abstract available.
B-Lymphocytes* ; Herpesvirus 4, Human* ; Humans*

No abstract available.
Animals ; Evoked Potentials, Motor* ; Rats* ; Spinal Cord*

Thirty cases of peripheral nerve injury were selected and analysed by means of electromyographic studies at Severance Hospital, Yonsei University, from January 1972 to August 1972. 1. The sex ratio was 17:13 (male: female). The peak incidence occurred in the twenty to thirty year age group. Involved side: right side 18 cases: left side 12 cases. 2. Nerve involved: peroneal nerve (15 cases), tibial nerve (2 cases), median nerve (7 cases), ulnar nerve (4 cases) and radial nerve (2 case). 3. Mode of nerve injuries 1) Peroneal nerve: Nerve compression, variable (10 cases) Tibia & fibular fracture complication (4 cases) Stab wound, fibular neck region (1 case) 2) Tibial nerve: Injection neuritis, buttock (2 cases) 3) Median nerve: Cut glass laceration, wrist region (3 cases) Carpal tunnel syndrome (3 cases) Undetermined mode (1 case) 4) Ulnar nerve: Cut glass laceration, wrst region (2 cases) Forearm bones fracture complication (1 case) Supracondylar fracture (cubitus valgus) (1 case) 5) Radial nerve: Cut glass laceration, wrist region (1 case) Crushing injury, elbow region (1 case) 4. Among the 15 cases of peroneal nerve injury, there were 10 cases of partial denervation and 5 cases of complete denervation. 5. The mode of injury in 10 cases of partial denervation was nerve compression from the following causes: lithotomy posture during forceps delivery (1 case), external rotation of legs during recovery state after surgery (3 cases), abnormal posture during coma state after CO intoxication (2 cases), tight long leg cast (3 cases), and direct trauma while descending stairs (1 case). 6. In all 10 cases of partial denervation of the peroneal nerve, decreased motor nerve conduction velocities, diminished amplitude and prolonged latencies were observed. 7. In partial denervation of the peroneal nerve, the earliest that reinnervation was observed was within 3 weeks in 3 out of 10 cases. 8. Spontaneous fibrillation was observed 3weeks after injury in all cases except one in which it was observed only 7 days after peroneal nerve injury. 9, The earliest appearance of positive sharp waves among all peroneal nerve injuries was observed 2 weeks after injury. 10. The initial appearance of nascent potentials (polyphasic potentials) in peroneal nerve injuries was observed 3 weeks after injury (1 case), 5 weeks after injury (1 case), and 5 months after injury (1 case). They are all partial denervation cases due to nerve compression. 11. Ten cases of partial denervation of the peroneal nerve were treated with electrical stimulation and drop foot board with good recovery. Five cases of complete denervation of the peroneal nerve were treated with neurorrhaphy (1 case) and short leg bracing (4 cases). 12. The initial appearance, of polyphasic potentials was observed 5 months after injury in one case out of 3 cases of median nerve injury. 13. Three cases of median nerve injury were classified as carpal tunnel syndrome and occurred in women only. Observations included absence of sensory nerve action potentials below the lesion, delayed distal latency at wrist and normal motor nerve conduction velocity. They were treated by division of the deep transverse carpal ligament with good result. 14. The initial appearance of nascent potentials was observed 7 months after injury in one case among 3 cases of ulnar nerve injury. 15. In two cases each of radial and tibial nerve injury, no reinnervation pattern was observed until the six month follow-up study after injury. At that time no muscle contraction could be seen or palpated clinically. 16. We observed normal motor unit potentials in the muscles in the follow-up studies even though muscle contraction could not be seen or palpated clinically. 17. Electromyographic examination at selected intervals made accurate diagnosis and prognosis possible and aided in evaluating the course of nerve regeneration, which permictted the choice of appropriate treatment.
Action Potentials ; Braces ; Buttocks ; Carpal Tunnel Syndrome ; Coma ; Denervation ; Diagnosis ; Elbow ; Electric Stimulation ; Extremities ; Female ; Follow-Up Studies ; Foot ; Forearm ; Glass ; Humans ; Incidence ; Lacerations ; Leg ; Ligaments ; Median Nerve ; Muscle Contraction ; Muscles ; Neck ; Nerve Regeneration ; Neural Conduction ; Neuritis ; Peripheral Nerve Injuries ; Peripheral Nerves ; Peroneal Nerve ; Posture ; Prognosis ; Radial Nerve ; Sex Ratio ; Surgical Instruments ; Tibia ; Tibial Nerve ; Ulnar Nerve ; Wounds, Stab ; Wrist