No abstract available.
Cervical Intraepithelial Neoplasia* ; Colposcopy* ; Conization*

No abstract available.
Scimitar Syndrome*

No abstract available.
Fetal Growth Retardation* ; Rheology* ; Umbilical Arteries*

No abstract available.
Cervix Uteri* ; Drug Therapy* ; Female

No abstract available.
Esophagus* ; Transplants*

The coronary arteries are also subject to congenital anomalies of both minor and major consequence. Hemodynamically significant primary anomalies of the coronary arteries are those which alter myocardial perfusion. There are four major types : coronary artery fistula, origin of the left voronary artery from the pulmonary artery, congenital coronary stenosis or atresia and origin of the left or right coronary artery from the opposite sinus of Valsalva with subsequent passage of the vessel between the aorta and right ventricular infundibulum. Minor anomlies are the variation of the origin of the coronary arteries from the aorta with normal distal circulation. We can see more coronary anomalies associated with congenital cardiac anomalies, probably representing a circulatory response to the primary intracardiac defect. We present a total of 76 cases of congenital coronary anomalies, reviewing 3946 cases of angiocardiography or selective coronary arteriography, performed during last 8 years at Sejong General Hospital.
Angiocardiography ; Angiography ; Aorta ; Arteries ; Coronary Stenosis ; Coronary Vessels* ; Fistula ; Hospitals, General ; Perfusion ; Pulmonary Artery ; Sinus of Valsalva

Total 87 patients were divided into 4 different dosage and try to observe what was affected to cardiovascular system depends on the increasing the plasma ionized cakium concentration (3% calcium chloride; 4 mg/kg, as its double 8 mg/kg and 10% calcium gluconate; 14 mg/kg, as its double 28 mg/kg). The results were as follows;, 1) Though using double dosage of 3% calcium chloride and 10% calcium gluconate, could not get to increase as double of plasma ionized calcium concentration. 2) Plasma ionized calcium concentration was increased to the highest level on 1 minute after intravenous administration with each dosage and after increasing to highest level was show to be decreased gradually during 30 minutes after injection. 3) Heart rate was decreased until 30 minute after injection with each dosage of 10% calcium gluconate with statistically significancy (p<0.05) but when 3% calcium chloride were used, the change of heart rate following increase of calcium concentration have not any statistically signi- ficancy. 4) When 3% calcium chloride and 10% calcium gluconate were used, mean arterial pressure (MAP) and increasing of plasma ionized calcium concentration have not any statistically signi- ficancy. 5) Changing of cardiac index (CI) following plasma ionized calcium concentration, have only statistically significancy after each dosage of 10% calcium gluconate was injected but each dosage of 3% calcium chloride have not any statistically significancy respectively. With the above results, equivalent dosage of 3% calcium chloride and 10% calcium gluconate were increased as similar change of plasma ionized calcium concentration but 10% calcium gluconate 14 mg/kg, 28 mg/kg are only have statistically significany between the change of PR, CI and increasing plasma ionized calcium concentration (p<0.05).
Administration, Intravenous ; Arterial Pressure ; Calcium Chloride* ; Calcium Gluconate* ; Calcium* ; Cardiovascular System* ; Heart Rate ; Humans ; Injections, Intravenous* ; Plasma*

Total 87 patients were divided into 4 different dosage and try to observe what was affected to cardiovascular system depends on the increasing the plasma ionized cakium concentration (3% calcium chloride; 4 mg/kg, as its double 8 mg/kg and 10% calcium gluconate; 14 mg/kg, as its double 28 mg/kg). The results were as follows;, 1) Though using double dosage of 3% calcium chloride and 10% calcium gluconate, could not get to increase as double of plasma ionized calcium concentration. 2) Plasma ionized calcium concentration was increased to the highest level on 1 minute after intravenous administration with each dosage and after increasing to highest level was show to be decreased gradually during 30 minutes after injection. 3) Heart rate was decreased until 30 minute after injection with each dosage of 10% calcium gluconate with statistically significancy (p<0.05) but when 3% calcium chloride were used, the change of heart rate following increase of calcium concentration have not any statistically signi- ficancy. 4) When 3% calcium chloride and 10% calcium gluconate were used, mean arterial pressure (MAP) and increasing of plasma ionized calcium concentration have not any statistically signi- ficancy. 5) Changing of cardiac index (CI) following plasma ionized calcium concentration, have only statistically significancy after each dosage of 10% calcium gluconate was injected but each dosage of 3% calcium chloride have not any statistically significancy respectively. With the above results, equivalent dosage of 3% calcium chloride and 10% calcium gluconate were increased as similar change of plasma ionized calcium concentration but 10% calcium gluconate 14 mg/kg, 28 mg/kg are only have statistically significany between the change of PR, CI and increasing plasma ionized calcium concentration (p<0.05).
Administration, Intravenous ; Arterial Pressure ; Calcium Chloride* ; Calcium Gluconate* ; Calcium* ; Cardiovascular System* ; Heart Rate ; Humans ; Injections, Intravenous* ; Plasma*

No abstract available.

No abstract available.
Humans