Nosocomial infections, especially those related to ophthalmic surgery, pose a significant economic burden to healthcare facilities. This reality necessitates the formulation and optimization of detailed prevention and control strategies. Cataract surgery, one of the most common ophthalmic procedures performed worldwide, underlines the complexity of this dilemma, with more than 3 million procedures conducted in China each year alone.
Surprisingly, even though the postoperative infection rate is relatively low, the financial and clinical impact of these infections remains extensive. Patients suffering from these infections endure prolonged hospitalization, undergo additional surgical interventions, and at times, suffer from permanent vision loss, all of which escalate healthcare costs.
In an era where cost-effectiveness is critical, hospitals are continuously pressed to operate under stringent financial guidelines. Traditional reimbursement models are evolving, most notably under the diagnosis-related group (DRG) framework. This scheme aims at standardizing reimbursement according to predefined clinical categories, applying forward-looking payment pressure and establishing performance benchmarks. In this system, hospitals absorb the infection-related costs into their operating expenses for internal absorption. Likewise, hospitals showing high infection rates risk financial penalties through public reporting and reimbursement adjustments.
However, when complications such as infections arise in low-complexity procedures like cataract surgery, these operations become financial liabilities under fixed reimbursement models. This presents a conundrum for hospitals having to absorb the excess costs for extended stays and additional interventions without additional compensation for infection-related complications.
This article delves into a critical case study conducted at a hospital in China that analyzed the hospitalization days and costs for patients with cataracts both with and without postoperative infection in the same DRG group. The study aimed to uncover the root causes of the high incidence of postoperative infection after cataract surgery as well as formulate and implement targeted improvement strategies. The findings indicated a significant advantage in focusing on essential infection control measures such as hand hygiene and surface cleaning and disinfection of environmental objects.
Through this in-depth analysis, the study concluded diagnosis-related groupings place higher demands on hospital cost and quality management. Therefore, hospital infections after cataract surgery significantly affect treatment quality, increasing medical costs and the economic burden on patients.