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  <Header>
    <ArticleTitle>ACTERIOLOGY: THE SCIENTIFIC DISCIPLINE THAT REVEALED THE MICROBIAL FOUNDATIONS OF LIFE AND DISEASE</ArticleTitle>
  </Header>
  <ArticleParameters>
    <ArticleReceivingDate>2026-02-22</ArticleReceivingDate>
    <ArticleRevisedDate>2026-02-24</ArticleRevisedDate>
    <ArticleAcceptanceDate>2026-02-25</ArticleAcceptanceDate>
    <ArticlePublishedOn>2/28/2026 12:00:00 AM</ArticlePublishedOn>
    <Journal>Pharmaceutical Review</Journal>
    <Volume>14</Volume>
    <Year>2026</Year>
    <ArticleType>Mini-review</ArticleType>
    <FirstPage>78</FirstPage>
    <LastPage>83</LastPage>
    <CollectionYear>2026</CollectionYear>
    <PublisherId>ID N-5730-2015</PublisherId>
    <Language>English</Language>
  </ArticleParameters>
  <Authors>
    <ArticleAuthors>Taha Nazir</ArticleAuthors>
  </Authors>
  <keywords>
    <Articlekeywords>microbial ecology, diagnostics, biotechnology, public health</Articlekeywords>
  </keywords>
  <Abstract>
    <ArticleAbstract>Bacteriology is the scientific discipline that uncovered the microbial foundations of life and disease, providing essential insights into the structure, function, and diversity of bacteria. This paper explores the evolution of bacteriology, highlighting its contributions to understanding infectious diseases, microbial ecology, and biotechnology. By integrating microscopy, culture techniques, molecular diagnostics, and genomic analyses, bacteriology has elucidated mechanisms of pathogenicity, antimicrobial resistance, and symbiotic relationships. The discipline remains central to advancing medicine, public health, environmental sustainability, and industrial applications, demonstrating the profound influence of microorganisms on all aspects of life.</ArticleAbstract>
  </Abstract>
</ArticalData>