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首页> 外文期刊>Cosmetic dermatology >Sterility of Injectable Fillers Containing Nonanimal Stabilized Hyaluronic Acid, Hyaluronic Acid, or Calcium Hydroxylapatite After Long-term Storage
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Sterility of Injectable Fillers Containing Nonanimal Stabilized Hyaluronic Acid, Hyaluronic Acid, or Calcium Hydroxylapatite After Long-term Storage

机译:长期储存后含有非动物稳定化透明质酸,透明质酸或羟基钙霞石钙的填充剂的无菌性

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摘要

Injectable fillers containing Restylane (nonanimal stabilized hyaluronic acid, NASHA), Juvederm (hyaluronic acid, HA),or Radiesse (calcium hydroxylapatite,CaHA) are commonly used for soft tissue augmentation and volume correction. Contents of the syringes often are used on patients and stored for subsequent visits with the same patient, despite manufacturer recommendations to discard unused filler.The primary objective of this study was to determine the incidence of infectious contamination in fillers stored after patient injection. Previously used and stored syringes of NASHA (n=23),HA (n=5),and CaHA (n=4) were obtained from physicians in 2 separate practices.The previously used syringes were stored with clean technique at 2癈 and were intended for use within 2 weeks; however, they were never needed again. After being stored for an average of 30,16, and 27 months, respectively, the remaining contents of the syringes were cultured under aerobic and anaerobic bacteria, acid-fast bacilli,and fungal growth conditions. There was no growth in bacterial, acid-fast bacilli, or fungal culture media.The results of this study support that injectable fillers of NASHA can be stored under clean conditions without evidence of contamination for over 2 years and suggest that HA and CaHA remain free of contamination after lengthy storage as well.
机译:含有Restylane(非动物稳定的透明质酸,NASHA),Juvederm(透明质酸,HA)或Radiesse(羟基磷灰石钙,CaHA)的可注射填充剂通常用于软组织增大和体积校正。尽管制造商建议丢弃未使用的填充剂,但经常将注射器中的内容物用于患者并与同一位患者进行后续访问。本研究的主要目的是确定患者注射后存储的填充剂中的传染性污染发生率。 NASHA(n = 23),HA(n = 5)和CaHA(n = 4)的先前使用和储存的注射器是通过2种不同的方式从医师那里获得的。打算在2周内使用;但是,再也不需要它们了。分别平均存放30、16和27个月后,将剩余的注射器内容物在需氧和厌氧细菌,抗酸杆菌和真菌生长条件下培养。细菌,抗酸杆菌或真菌培养基均无生长。这项研究的结果支持可将NASHA的注射用填充剂在清洁条件下储存2年以上且无污染迹象,这表明HA和CaHA保持游离长时间存放后的污染也是如此。

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