Surgical Safety Checklist: Polychromatic or Achromatic Design.
Jacek LorkowskiIzabella Maciejowska-WilcockPublished in: Advances in experimental medicine and biology (2022)
The Surgical Safety Checklist (SSC) has been created based on the recommendations of the WHO and obligatorily introduced worldwide. SSC is used to increase the patient's safety and reduce complications while in the hospital, especially in the perioperative period. The original SSC template was of a multicolor polychromatic design. However, an achromatic black-and-white or gray-gray design on plain printer paper appears often used in clinical practice. This review aims to assess the level of SSC use in the polychromatic versus achromatic versions and the pros and cons of using either in practice. We used the Google browser for the identification and collection of SSC graphic images available as of June 2021 using the following search commands: "surgical safety checklist WHO" or "surgical safety checklist" or "SSC WHO." The commands were repeated in 103 languages representing the five continents with the back answers provided in 41 languages. The successive top 10 thematically relevant images or fewer if not available in the cases of some foreign languages were considered for analysis, providing a mean of 5 ±2 images per language. The numbers of achromatic and polychromatic two-color or multicolor images were calculated. The number of images corresponding to the respective color designs ranged as follows: 0-6 (27.6%), 0-9 (41.6%), and 0-6 (27.6%) We conclude that polychromatic imaging of SSC documents predominates in practical use. The polychromatic SSC design catches the doctor's eye, which likely increases the effectiveness of completing the document.
Keyphrases
- deep learning
- convolutional neural network
- optical coherence tomography
- clinical practice
- healthcare
- systematic review
- primary care
- risk factors
- autism spectrum disorder
- emergency department
- cardiac surgery
- quality improvement
- fluorescence imaging
- liquid chromatography
- molecularly imprinted
- tandem mass spectrometry
- simultaneous determination