Study on the Application and Time-Dependent Effects of Antibiotics in the Treatment of Neonatal Pneumonia

Authors

  • Zhao Lu The Fifth Clinical School of Capital Medical University

DOI:

https://doi.org/10.62177/apjcmr.v1i6.1016

Keywords:

Neonatal Pneumonia, Antibiotics, Clinical Application, Time-Dependent Effects, Research Progress, Future Outlook

Abstract

This article first outlines the fundamental definitions of Mycoplasma pneumoniae and the basic principles of antibiotics. It then analyzes and discusses the progress in antibiotic application and time-effect studies for neonatal pneumonia treatment, specifically comparing conventional antibiotic therapy with stepwise treatment regimens, and contrasting monotherapy with penicillin, monotherapy with cephalosporins, and combination therapy. Finally, it offers a prospective outlook on antibiotic application and time-effect research in neonatal pneumonia treatment, aiming to provide valuable reference for further scholarly investigations. 

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References

Yang, X. (2025). Clinical value of combined acetylcysteine and budesonide nebulization therapy in neonatal pneumonia. Chinese Science & Technology Journal Database (Abstract Edition): Medicine & Health, (5), 037–040.

Chen, H. R. (2025). Effect of cefotaxime injection combined with ambroxol injection and budesonide nebulization on neonatal pneumonia and its impact on inflammatory factor levels. Chinese Science & Technology Journal Database: Medicine, (5), 029–032.

Jin, J. N., & Wu, X. Y. (2021). Analysis of the application value of antibiotics in treating neonatal pneumonia and their impact on recovery time. Systematic Medicine, 6(15), 89–91.

Sun, Z. C. (2021). Clinical application and time-effect analysis of antibiotics in the treatment of neonatal pneumonia. Smart Health, 7(7), 148–150.

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How to Cite

Lu, Z. (2026). Study on the Application and Time-Dependent Effects of Antibiotics in the Treatment of Neonatal Pneumonia. Asia Pacific Journal of Clinical Medical Research, 1(6). https://doi.org/10.62177/apjcmr.v1i6.1016

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Articles