ABSTRACT
OBJECTIVE To provide reference for the construction of remote inspection mode of pharmaceutical production in China. METHODS By combing the guidance documents of remote inspection and related pilots issued abroad， the experience of constructing remote inspection mode of pharmaceutical production was summarized. RESULTS & CONCLUSIONS Typical foreign countries and regions have carried out remote inspection pilots all over the world， and clearly defined the application situation， implementation process， inspection techniques and related points for attention of remote inspection of pharmaceutical production. In terms of application， the European Union pointed out four specific applicable situations， including travel restrictions， while the United States stipulated that remote inspection was applicable to pre-approved inspection and so on. In terms of the implementation process， the United States developed a four-step method of remote inspection， while the European Union has defined the specific implementation process of remote inspection in more detail. In comparison， Japan paid more attention to the remote inspection process of production documents. In terms of inspection techniques， the European Union used 360° cameras， Matterport 3D technology and document review software to realize the remote inspection of production sites and production documents. In terms of attention points for remote inspection， the United States required that access rights should be set for information sharing to avoid information disclosure. Both the European Union and the United States required inspectors to be trained and equipment inspected before remote inspection. It is suggested that China should formulate unified guidelines for remote inspection of pharmaceutical production， clarify the applicable situations， and formulate the implementation process of remote inspection of pharmaceutical production with reference to the opinions of drug manufacturers. In addition， intelligent remote inspection technology can be used in combination with the information construction level of drug manufacturers， and remote inspection training program can be formulated to cultivate professional remote inspection team.
ABSTRACT
BACKGROUND: Urban barrier-free facilities are imperfect in China, but visually impaired people need barrier-free facilities urgently. OBJECTIVE: To understand the public’s cognition and problems about urban barrier-free facilities, and put forward improvement suggestions by researching the application status of barrier-free facilities in Shijiazhuang (taking tactile ground surface indicator as an example). METHODS: One hundred and eighteen citizens and 51 ordinary sanitation workers at Shijiazhuang were randomly selected, and underwent cognitive survey by questionnaire. Meanwhile, 60 visually impaired persons were tactile ground surface indicator using survey by questionnaire. RESULTS AND CONCLUSION: Most citizens, sanitation workers and visually impaired person have a certain understanding of tactile ground surface indicator, but the awareness rate is still low. Totally 7% citizens and 18% sanitation workers did not know the tactile ground surface indicator, and the travel rate of visually impaired people was extremely low, only 38% visually impaired person were able to travel frequently. More than 50% people thought that the tactile ground surface indicator had not actually effect. Only 19% citizens were more satisfied with the supervision, maintenance and maintenance of the tactile ground surface indicator. 56% visually impaired people believed that it had no practical effect, and 42% visually impaired people said that their travel range was less than 1 km. It means that the public cognition rate and the tactile ground surface indicator utilization rate are low. We also put forward improvement suggestions from three aspects: Strengthening publicity education and training, rehabilitation training for the visually impaired persons, strengthen construction and maintenance, so as to protect the rights and interests for disabled people, promote them return to society and improve their quality of life.
ABSTRACT
Electret is a kind of functional material which can store charge for a long time. The external electrical field and microcurrent produced by electret can be applied to restore the electret state of the injured tissue, to improve the microcirculation and to accelerate the union of fracture, wound and nerve regeneration. Recently, the application study of electret in life science has been proceeding briskly. This paper briefly summarizes the application situation of electret in life science.