RESUMO
Objective:To create a convenient, quick and personalized upgrade application (APP) based on current Pocket Shengjing hospital mobile medical APP.Methods: To establish the best suitable mobile terminal APP to patient by using smartphone and mobile internet technique.Result: A series of new function, such as appointed register at any time before diagnosis, anticipated waiting time during diagnosis, enquiry of detection after diagnosis, different kind of payment during diagnosis, healthy information net among family members and effective control for broken appointment of patient, were achieved by the upgrade mobile medical APP. It also can optimize the process of diagnosis, reduce waiting time, increase outpatient service effective and improve satisfaction of patient for outpatient serviceConclusion: The upgrade mobile medical APP is a more practical and convenience software, and it can improve medical treatment process and provide convenient condition for medical service based on the perspective of patient.
RESUMO
〔Abstract〕 The paper introduces the informatization management system in specialist clinic blood-taking room, which compares with the process before informatization from the aspects of error rates of blood samples, patients satisfaction, hospital labor costs and so on to highlight the advantages of informatization management.The progressiveness, existing problems and corresponding countermeasures are discussed, informatization management could improve work efficiency and patients satisfaction.
RESUMO
In order to enhance the anticoagulant properties of decellularized biological materials as scaffolds for tissue engineering research via heparinized process, the decellularized porcine liver scaffolds were respectively immobilized with heparin through layer-by-layer self-assembly technique (LBL), multi-point attachment (MPA) or end-point attachment (EPA). The effects of heparinization and anticoagulant ability were tested. The results showed that the three different scaffolds had different contents of heparin. All the three kinds of heparinized scaffolds gained better performance of anticoagulant than that of the control scaffold. The thrombin time (TT), prothrombin time (PT) and activated partial thromboplastin time (APTT) of EPA scaffold group were longest in all the groups, and all the three times exceeded the measurement limit of the instrument. In addition, EPA scaffolds group showed the shortest prepared time, the slowest speed for heparin release and the longest recalcification time among all the groups. The decellularized biological materials for tissue engineering acquire the best effect of anticoagulant ability in vitro via EPA heparinized technique.