1) Methane, triiodo-
海碘仿
2) iodoform gelatin sponge
碘仿明胶海绵
1.
Effect of iodoform gelatin sponge on incidence of socket caused by impacted mandibular third molar extraction.;
碘仿明胶海绵在预防下颌阻生智齿拔除后干槽症中的作用
3) iodoform
[英][ai'ɔdəfɔ:m] [美][aɪ'odə,fɔrm]
碘仿
1.
The improvement of the device on synthesizing iodoform by electrochemistry method and the exploring of reaction conditions;
电化学合成碘仿装置的改进及反应条件的探索
2.
A Clinical Study about the Prevention of Postexodontic Dry Socket by the Tinidazole-Iodoform Gelatin Sponge;
替硝唑—碘仿明胶海绵预防干槽症的临床研究
3.
A compound of tinidazole-iodoform gelatin sponge embedded in the socket after tooth extraction to reduce postexodontic complications;
碘仿加替硝唑明胶海绵预防下颌阻生牙拔除术后并发症效果的随机对照研究
4) iodoform strip
碘仿纱条
1.
The bilateral incisions in experimental group were sutured and obturated with gelatin sponge, while incisions in the control group were treated with iodoform strip.
实验组采用缝扎创缘及明胶海绵填塞创面,对照组应用碘仿纱包及碘仿纱条填塞创面,评价两组病例术后出血情况及饮食精神恢复时间的差异。
2.
The first group which included 50 cases were treated with absorbable styptic gauze into bilateral incisions,while the second group which included 40 cases were treated with iodoform strip into bilateral incisions.
目的:比较腭裂修复手术松弛切口填塞可吸收性止血纱布和填塞碘仿纱条对患者术后的影响。
5) iodoform
[英][ai'ɔdəfɔ:m] [美][aɪ'odə,fɔrm]
碘仿糊剂
1.
Clinical investigation on dry socket treatment by metronidazole-dexamethasone-iodoform paste;
甲硝唑、地塞米松、碘仿糊剂治疗干槽症的疗效观察
6) iodoform gauze
碘仿纱条
1.
Methods 64 cases were divided into 2 groups: 35 patients using nothing in relation incision as group A,29 patients using iodoform gauze as group B.
目的:研究腭裂修复术后松弛切口裸露疗法、填塞碘仿纱条法两种方法对腭裂患者的影响。
2.
Objective: To study the different management of relaxion incision in palatoplasty Methods: 300 cases were divided into 3 groups: 106 patients using nothing in relaxion incision as group A, 98 patients using iodoform gauze as group B, and 96 patients using fibrin glue as group C.
目的:研究腭裂修复术松弛切口裸露疗法、填塞碘仿纱条与术后松弛切口内放置生物蛋白胶三种方法对腭裂患者的影响。
补充资料：海碘仿
分子式：CHI3
分子量：393.73
CAS号：75-47-8
性质：黄色有光泽片状结晶。熔点120℃，相对密度4.1（20/4℃）。易溶于苯和丙酮，溶于醇、醚、氯仿、二硫化碳和橄榄油，微溶于水、甘油和石油醚。能升华，加热温度高于熔点时分解析出碘，能随水蒸气挥发，有滑腻感，有刺激辛辣气味。
制备方法：由丙酮（或乙醇）经卤化、水解而得。先将水、碘化钠及丙酮加入反应锅，加冰降温至10℃。搅拌下缓缓加入次氯酸钠，直至不产生浑浊即达终点，控制温度不超过20℃。静置1h，吸去上层清液，取出碘仿层过滤。滤饼用水洗至中性，再用蒸馏水洗至无氯根为止。然后将其他35-40℃干燥，即得成品。此外，由氯仿与碘甲烷反应也可制备该品。
用途：在医芭和生物化学中用作防腐剂和消毒剂。小鼠口服LD50为910mg/kg。
分子量：393.73
CAS号：75-47-8
性质：黄色有光泽片状结晶。熔点120℃，相对密度4.1（20/4℃）。易溶于苯和丙酮，溶于醇、醚、氯仿、二硫化碳和橄榄油，微溶于水、甘油和石油醚。能升华，加热温度高于熔点时分解析出碘，能随水蒸气挥发，有滑腻感，有刺激辛辣气味。
制备方法：由丙酮（或乙醇）经卤化、水解而得。先将水、碘化钠及丙酮加入反应锅，加冰降温至10℃。搅拌下缓缓加入次氯酸钠，直至不产生浑浊即达终点，控制温度不超过20℃。静置1h，吸去上层清液，取出碘仿层过滤。滤饼用水洗至中性，再用蒸馏水洗至无氯根为止。然后将其他35-40℃干燥，即得成品。此外，由氯仿与碘甲烷反应也可制备该品。
用途：在医芭和生物化学中用作防腐剂和消毒剂。小鼠口服LD50为910mg/kg。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条