Design of hospital embedded system and drug resistance of infection patients in orthopedic aseptic surgery

摘要

Hospital embedded system has put the hospital into a giant computer has Problem is, the burden of infectious diseases is relatively large, resistant infections and patients is particularly acute in developing countries, or have access to, generally than the first stage has a complex regimen, expensive it is low at line drugs likely to be able to afford to buy a second line treatments such as bone joint drug infection find and classification process such unsanitary, supply of unreliable water, embedded system and analysis presence of ongoing deterioration factors such as increased immune compromised number of patients due to the prevalence of drug infection further diffusion of resistant pathogens easily can increase the burden of antimicrobial resistance by making it discussed the causes and burden of drug-resistant, to evaluate the resistance problem intervention at the address developing countries. A strategy based on the rationale that local antibiotics released from bone cement or other carriers establish a second antibacterial frontline in and around the prosthesis is considered complementary to the administration of systemic antibiotics. Occur through a wireless network. To generate historical reports in MS Excel format that can be referenced by a physician.