Comparison of the Efficacy of Antiseptics in Catheter Dressings

1.625 / 5.000 Çeviri sonuçları star_border A CVC is a cannula placed in a venous vein that goes directly to the heart. 4 CVCs are used for frequent blood sampling, continuous Total Parenteral Nutrition (TPN) administration, blood and blood product transfusions, hemodialysis, long-term fluid replacements, drug treatments in cases where vascular access cannot be used due to long-term and intensive treatments. It is used for a variety of purposes, such as the delivery of inotropes.

In addition to the benefits they provide, CVCs also have many negative side effects. The most common complications are infection, thrombosis and bleeding. central venous catheter-associated bloodstream infections (LVMI-CDE); It is seen as an important problem related to the use of central venous catheters in health services in ICUs.

The day the CVC is placed is recorded as day 1. Laboratory-confirmed BSI can be placed on the 3rd day of the catheter at the earliest, and the day after the catheter removal at the latest.9 The most important step in the management of LVMI-BSI is the prevention of infection. In order to prevent these unavoidable infections, precautions should be taken and antiseptic rules should be followed during the placement, use and maintenance of CVCs. Nurses are responsible for catheter care, monitoring and reporting in case of complications. Therefore, the specific care given by nurses has an effect on other catheter-related complications and increased infection. Catheter dressings can be considered as risk factors for bloodstream infection. For this reason, the antiseptics used during the dressing are also important.

Hypochlorous acid (HOCl), another antiseptic, is a highly effective product that is frequently used in dressings and wound care in recent years. Hypochlorous acid is also a physiological molecule synthesized by neutrophil cells during phagocytosis and plays an active role in the destruction of all microorganisms.

It has been shown in studies that HOCl inactivates various viruses, including coronaviruses, in less than 1 minute. 26 It has been stated that the use of HOCl in eyelid inflammation reduces the rate of bacteria on the skin surface. Twenty minutes after application of a saline hygiene solution containing HOCl at 100 ppm, more than 99% reduction in staphylococcal load was reported.27 In a clinical study of intraperitoneal wound care, in a randomized controlled study with forty-four patients aged 3-14 years, 20 patients were lavaged with 100 ml/kg isotonic into the peritoneal cavity and the wound was washed with 200 ml of isotonic, and 26 patients were poured 100 ml/kg into the peritoneal cavity. Lavage was done with HOCl and the wound was washed with 200 ml of HOCl. It was stated that no side effects were observed. HOCl is extremely ecological because its breakdown produces only brine and traces of chloride gas. It is economical as its source is only unsterilized tap water and salt.28 In a study examining the effect of stabilized hypochlorous acid solution (HOCl) on the killing rate, biofilm formation, antimicrobial activity in the biofilm on frequently isolated microorganisms and the migration rate of injured fibroblasts and keratinocytes, all microorganisms were killed within 0 minutes and the exact killing time was stated to be 12 seconds. The stabilized HOCl solution had dose-dependent positive effects on fibroblast and keratinocyte migration compared to povidone-iodine and medium alone. It was stated that it can be used as an ideal wound care agent.

In a study on diabetic foot wound, povidone iodine was compared with HOCl. The duration of antibiotic use decreased in cases where HOCl acid was used compared to povidone iodine. In the studies, in soft tissue and bone tissue; It has been shown to reduce inflammation and accelerate wound healing. Topically stabilized HOCl provides an optimal wound healing environment and when combined with silicone can be ideal for reducing scarring. Used as an antiseptic skin preparation, HOCl poses no concerns of ocular or ototoxicity. The fact that it is cheaper than other antiseptic solutions for dressings and is effective in many bacterial infections without damaging the tissue may cause more frequent use of hypochlorous acid. This study is extremely important in terms of providing evidence to the literature. Studies have shown that as a result of the correct nursing care and dressings made with the correct products, the rate of bloodstream infections, mortality and morbidity, as well as hospital costs due to the catheter, are greatly reduced. In this study, it was aimed to compare the effectiveness of antiseptics containing chlorhexidine, povidone iodine and hypochlorous acid active ingredient in catheter dressings in preventing central catheter-related bloodstream infection in intensive care units.