方法介绍了注射剂中可见异物检查的做法和体会。
METHODS It introduced practices and experience of examining visible particles in injection.
对可见异物检查中出现的问题进行分析，并提出解决问题的对策与建议，以确保药品质量。
Based on the analysis of the questions that appeared in the test for visible particles in drugs, some countermeasures and Suggestions were presented, to be enhanced to control drugs quality.
对注射液中可见异物检查的新旧标准进行比较，评价新老标准的优点与不足，利用数理统计学的方法进行分析。
A comparison was made between the present and past standards of obvious foreign matters in injection fluid to compare their merit and shortcoming by mathematical statistics.
的放射诊断学-涉及内脏器官，骨骼，龋齿和异物的检查，包括心血管造影和介入放射。
Diagnostic radiography - deals with examination of internal organs, bones, cavities and foreign objects; includes cardiovascular imaging and interventional radiography.
方法在常规纤支镜检查确定为异物后使用异物钳分别对8例患者下呼吸道的异物进行钳取。
Methods The foreign bodies were removed by the pliers of a fiberoptic bronchoscope after finding them in the lower respiratory tract in 8 patients.
万一有异物或液体进入机内，请拔下本机的电源插头，并经维修人员检查之后方可继续使用。
Should any solid object or liquid fall into the cabinet, unplug the unit and have it checked by qualified personnel before operating it any further.
清除反击式破碎机内异物，用手搬动转子，检查有无磨擦、碰撞。
Remove impact breaker foreign hands move within, rotor, examined for friction, collisions.
结论利用钼靶软x射线检查手、足部软组织中低密度异物是一种有效的方法，对临床诊断和治疗有重要意义。
Conclusion the use of molybdenum soft X-ray inspection of hand-foot, the soft tissue in low-density foreign body is an effective method for clinical diagnosis and treatment is important.
气管、支气管异物患者是否常规进行CT检查，仍值得探讨；
Whether patients with trachea or bronchus foreign bodies should be carried on a routine CT inspection still deserves discussion.
再一次检查口中是否有异物，如果有的话，用手指将它们取出来。
Again examine the mouth for foreign objects. If you find any, use the finger sweep to clear them.
结论相对于其他影像学检查，UBM在眼前段异物诊断和定位中具有明显的优越性。
Conclusions UBM is advantaged than other image method in the diagnosis and localization of micro-foreign bodies in the anterior segment.
方法对各类前房角异物34例应用前房角镜、影像学及B超检查，明确诊断后，采用显微镜下手术取出。
Methods Examine the 34 patients with ultrasonic B and the mirror for anterior chamber angle, then extractive the foreign body in the anterior chamber angle under the eye speculum.
在手动、点动、运转设备前要检查，确认机器内无人、无异物。
Before manually starting up, inching or operating the equipment, check shall be conducted on it to confirm no man or foreign material stays inside the machine.
操作时要求钻杆垂直，钻孔过程中如发现钻杆摇晃或难钻进时，可能是遇到石块等异物，应立即停机检查。
Operation requirements of vertical borehole drilling, found the process of drill pipe shakes or difficult drilling, stones and other foreign bodies may be encountered, should immediately stop check.
方法对74例手、足部远端软组织内低密度异物外伤患者行软X射线摄影检查，观察是否能够良好显像。
Methods 74 cases of hand, foot remote low-density foreign body in soft tissue trauma patients with soft X-ray imaging to observe the possibility of a good imaging.
方法在常规纤支镜检查确定为异物后使用异物钳分别对8例患者下呼吸道的异物进行钳取。
The foreign bodies were removed by the pliers of a fiberoptic bronchoscope after finding them in the lower respiratory tract in 8 patients.
目的研究利用软x射线检查手、足部软组织中低密度异物的摄影技术。
Objective Research on the use of soft X-ray check in hand, foot and soft tissue foreign body in the low-density photography.
结果用此法检查眼球壁异物2 1例，与手术结果完全吻合。
Results 21 ocular wall foreign bodies diagnosed by this technique were validated by surgery. Conclusion Low-plus …
方法：回顾分析用鼻咽纤维喉镜检查治疗4 8例喉咽及喉部隐匿或可疑性异物的临床资料。
Method:48 patients with insidious or dubious foreign bodies in the hypopharynx and larynx were reported.
全部病例最后作了喉镜或支气管镜检查。取出不同种类的异物包括金属类2例，动物骨骼6例，花生23例，各种瓜子17例，水果、蔬菜5例，其他3例。
Bronchoscopy was performed to remove the AFB, which includes 2 metalic objects, 6 animal bones, 23 peanuts, 17 seeds, 5 pieces of fruits or vegetables, and 3 pieces of other kind of materials.
联合应用其他检查方法可为晶状体异物的诊断和定位提供更为准确和详尽的信息。
Combined with multiple image-related methods. Pentacam can provide accurate and comprehensive information in the diagnosis and localization of intralenticular foreign body.
联合应用其他检查方法可为晶状体异物的诊断和定位提供更为准确和详尽的信息。
Combined with multiple image-related methods. Pentacam can provide accurate and comprehensive information in the diagnosis and localization of intralenticular foreign body.
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