Evaluation and Improving the Quality of Arterial Blood Gas Interpretation Among Junior Doctors in Aswan University Hospital: A Clinical Audit
2024

Improving Arterial Blood Gas Interpretation Skills in Junior Doctors

Sample size: 273 publication Evidence: moderate

Author Information

Author(s): Muacevic Alexander, Adler John R, Musa Hussain Eiman Yassir, Sidahmed Abdullah Ahmed Mahmoud, Mahgoub Idris Razan Mutasim, Hashim Gabir Ziyad Tarig, Mohammed Diab Reem Ahmed, Mustafa Ahmed Rana Noureldaim, Ahmed Elbalal Khalid Abdelhadi, Ibrahim Elhaj Othman Yousuf, Mohammed Abdelmagid Mohammedalmojtaba Hamza, Mahmoud Ahmed Rashed Abdulhafith, Mohamed Abdelhai Ammar Yasir, Hamid Hassan Randa Mahamoud, Ali Ahmed Shazly Baghdadi

Primary Institution: Aswan University Hospitals

Hypothesis

This study aims to evaluate and enhance the quality of ABG interpretation among healthcare professionals at Aswan University Hospitals.

Conclusion

The educational interventions effectively enhanced ABG interpretation skills among healthcare professionals.

Supporting Evidence

  • Accuracy in verifying ABG results increased from 71.8% to 90.2%.
  • Identifying acidemia and alkalemia improved from 82.9% to 95.4%.
  • Differentiating respiratory and metabolic disturbances rose from 82.1% to 96.7%.
  • Proficiency in assessing compensatory mechanisms improved from 47% to 78.4%.
  • Calculating the anion gap correctly increased from 69.2% to 98%.

Takeaway

Doctors learned to read blood gas tests better after some training, which helps them take care of sick patients.

Methodology

This prospective cross-sectional study involved two audit cycles assessing ABG interpretation skills before and after educational interventions.

Limitations

The study was conducted at a single center, and the sample size may limit the generalizability of the findings.

Participant Demographics

Participants included house officers, medical officers, registrars, and residents from Aswan University Hospitals.

Statistical Information

Statistical Significance

p<0.05

Digital Object Identifier (DOI)

10.7759/cureus.74906

Want to read the original?

Access the complete publication on the publisher's website

View Original Publication