Laurent Philippe E, Bonnet Stephane, Alchas Paul, Regolini Paulina, Mikszta John A, Pettis Ronald, Harvey Noel G
BD Medical Pharmaceutical Systems, 11, rue Aristide Bergès, 38800 Le Pont de Claix, France.
Vaccine. 2007 Dec 17;25(52):8833-42. doi: 10.1016/j.vaccine.2007.10.020. Epub 2007 Oct 29.
The advantages of intradermal (ID) vaccine administration have been well documented but difficulties in performing ID vaccination using existing techniques and equipment have limited it's clinical application. In the present study, a new ID injection technique and associated microinjection system is described and evaluated in a swine and Human models. Clinical investigation models included: injection site imaging (X-ray and 3D ultrasound echography), histological examination of injection sites, fluid injection volume accuracy measurement, subject' perceived pain and local skin reactivity were specifically developed. These evaluations showed that microinjection system can make the practice of ID vaccination easy to perform, reliable and safe, thus setting the stage for broader clinical application of ID vaccine delivery.
皮内(ID)接种疫苗的优势已有充分记录,但使用现有技术和设备进行皮内接种疫苗存在困难,限制了其临床应用。在本研究中,描述了一种新的皮内注射技术及相关的微量注射系统,并在猪和人体模型中进行了评估。专门开发了临床研究模型,包括:注射部位成像(X射线和三维超声心动图)、注射部位的组织学检查、液体注射量准确性测量、受试者的疼痛感知和局部皮肤反应性。这些评估表明,微量注射系统可使皮内接种疫苗的操作变得易于执行、可靠且安全,从而为皮内疫苗接种的更广泛临床应用奠定了基础。