8 Matching Annotations
  1. Sep 2023
    1. CUsshould adopt basic practices that prevent or decrease VAP rates, and as a result, mortality,duration of mechanical ventilation, length of stay, and healthcare costs. Moreover, thestrategies should be multifaceted and supported by a long-term education program byensuring compliance in the care bundle.

      It may take a while to implement these basic practices, however once implemented into the nurse's schedule, it should be shown to significantly decrease a wide range of patients stay in the hospital. Oral care and increasing the HOB are not difficult interventions, that if encouraged by head nurses, could drastically decrease the risk of VAP across ICU floors. - CM

    2. he study of Kao et al. (2019) [ 39 ] indicated that compliancerates of VAP bundle care and VAP reduction rates differ between the different types ofICUs (medical, surgical, cardiovascular).

      It would be difficult to create a national VAP bundle, since there are so many different patients across different ICU's, and many different ideas on how healthcare can be promoted, as well as conducted depending on the type of ICU. -CM

    3. A notable result of our study is that ten studies did not control the daily readiness forextubating, when the presence of the endotracheal tube is one of the major predisposingfactors for VAP development, as pathogens enter the trachea either by micro aspirationaround the ETT cuff or by the biofilm formed in the inner side of the ETT.

      This seems like a liability just waiting to happen. As we have learned in class, daily readiness trials are important, and before a patient is extubated, there are several trials that must be performed, eg., making sure there's no respiratory distress, a weaning trial, a patent airway, and no hemodynamic instability. The lack of proper monitoring before extubating sounds like an awful process for the patients involved. - CM

    4. The mostcommon microorganisms responsible for VAP are pseudomonas aeruginosa, escherichiacoli,klebsiella pneumoniae and the Acinetobacter species from Gram-negative microorganismsand staphylococcus aureus from Gram-positive microorganisms.

      Pseudomonas aeruginosa is a common bacteria species found in soil, so it is interesting to see its transferred to ventilated patients. There may be a clear connection to lack of hand hygiene inferred from that species. Meanwhile, staphylococcus aureus seems to be one of the most common micro-organisms appearing in the healthcare system, and it generally lives in humans noses. This bacteria seems harder to prevent. - CM

    5. Six studies did not adopt the measure of oral care

      It would be interesting for the authors also to state the likelihood of VAP occurring had there been no oral care specifically. They do not seem to mention the outcomes of VAP from these 6 studies specifically that ignored oral care. - CM

    6. roughly presenting all the combined interventions and calculating the pre andpost intervention VAP rate; (e) compare with the individual intervention’s implementa-tion for VAP prevention; and (f) be published after the implementation of “IHI VentilatorBundle”. Additi

      The criteria the authors established are in order to ensure the pneumonia is actually resulting from their mechanical ventilation, and not from some other outside source. Hence, having been intubated for 48 hours, and calculating pre-and post interventions. - CM

    7. In 2010, IHI added a fifth intervention: (5) daily oral care with chlorhexi-dine.

      Chlorhexidine is a powerful antiseptic which is used for skin disinfection before surgery and to sterilize surgical instruments. It is also used for cleaning wounds, preventing dental plaque, treating yeast infections of the mouth, and to keep urinary catheters from blocking. It makes sense that the IHI would implement this into the plan of care for a ventilator patient. - CM

    8. . The studies with the highest VAP reduction adoptedthe “IHI Ventilator Bundle” combined with adequate endotracheal tube cuff pressure and subglotticsuctioning. Multifaced techniques can lead to VAP reduction at a great extent

      Nurses in the ICU need to remember that VAP reduction requires several different components, including endotracheal tube cuff pressure and subglottic suctioning. Other interventions include keeping the head of the bed elevated, providing mouth care every 4 hours, and using proper hand hygiene. - CM