中华口腔医学杂志
中華口腔醫學雜誌
중화구강의학잡지
Chinese Journal of Stomatology
2001年
2期
152-154
,共3页
熊世江%王青%凌涤生%孙广莲%李焱
熊世江%王青%凌滌生%孫廣蓮%李焱
웅세강%왕청%릉조생%손엄련%리염
根管制备%根管冲洗剂%超声疗法%细菌,厌氧
根管製備%根管遲洗劑%超聲療法%細菌,厭氧
근관제비%근관충세제%초성요법%세균,염양
目的评价中药制剂洁尔阴与超声波联合应用杀灭感染根管内厌氧菌的效果。方法将临床诊断为慢性根尖周炎的60例患者的60颗患牙随机分为3组(每组20颗牙),第1组为传统手持器械对照组,第2组为超声生理盐水对照组,第3组为超声洁尔阴实验组。根管清理前后分别取样进行厌氧培养。结果传统手持器械组与超声生理盐水组之间差异有显著性(P<0.05);超声洁尔阴组与超声生理盐水组之间差异有极显著性(P<0.01)。结论超声波在根管杀菌方面有独特的优势,中药洁尔阴可有效地杀灭感染根管内的厌氧菌,是符合生物学原则、较理想的超声根管冲洗液。
目的評價中藥製劑潔爾陰與超聲波聯閤應用殺滅感染根管內厭氧菌的效果。方法將臨床診斷為慢性根尖週炎的60例患者的60顆患牙隨機分為3組(每組20顆牙),第1組為傳統手持器械對照組,第2組為超聲生理鹽水對照組,第3組為超聲潔爾陰實驗組。根管清理前後分彆取樣進行厭氧培養。結果傳統手持器械組與超聲生理鹽水組之間差異有顯著性(P<0.05);超聲潔爾陰組與超聲生理鹽水組之間差異有極顯著性(P<0.01)。結論超聲波在根管殺菌方麵有獨特的優勢,中藥潔爾陰可有效地殺滅感染根管內的厭氧菌,是符閤生物學原則、較理想的超聲根管遲洗液。
목적평개중약제제길이음여초성파연합응용살멸감염근관내염양균적효과。방법장림상진단위만성근첨주염적60례환자적60과환아수궤분위3조(매조20과아),제1조위전통수지기계대조조,제2조위초성생리염수대조조,제3조위초성길이음실험조。근관청리전후분별취양진행염양배양。결과전통수지기계조여초성생리염수조지간차이유현저성(P<0.05);초성길이음조여초성생리염수조지간차이유겁현저성(P<0.01)。결론초성파재근관살균방면유독특적우세,중약길이음가유효지살멸감염근관내적염양균,시부합생물학원칙、교이상적초성근관충세액。
Objective To evaluate the bactericidal effect for anaerobes of infected root canals using Chinese medicine agent Jieeryin combing with ultrasonic technique. Methods 60 single-rooted teeth in patients with chronic periapical periodotitis were divided into 3 groups randomly, 20 in each. Hand instruments were used for group 1 as control group of traditional treatment. Ultrasound with saline as irrigant were used for group 2 as control group. Ultrasound with Jieeryin as irrigant were used for group 3 as experimental group. The pre-instrumentation and post-instrumentation specimens of each root canal were placed into the anaerobic chambers and incubated. Results Significant difference was found between hand instruments group and control group of ultrasound (P<0.05) and even more significant difference was found between control group of ultrasound and experimental group of ultrasound (P<0.01) . Conclusions Ultrasound has special superiority on instrumentation and bactericide of root canals. Chinese medicine agent Jieeryin can kill anaerobes in infected root canals effectively. It is an ideal irrigant for ultrasound which conforms to principles of biology.