Relation Between Polymerase Chain Reaction Findings and Morphological Changes During Cytomegalovirus Infection in Transplanted Lung

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Abstract
Cytomegalovirus (CMV) can be present as a latent or productive infection resulting in disease. The polymerase chain reaction (PCR) is a sensitive technique to document the presence of CMV(DNA). Negative reactions are indicative of its absence. The presence of CMV (DNA) was assessed longitudinally in 261 transbronchial lung biopsy (TBB) specimens from 37 patients over a 6-month period. The TBB specimens from six serologically CMV-negative recipients who received lungs from serologically CMV-negative donors never showed a positive CMV-PCR(DNA) reaction during the study. Based on a study of their TBB specimens, 10 serologically CMV-positive recipients who received lungs from serologically CMV-negative donors all developed a CMV-PCR(DNA)-positive reaction and five (50%) morphologically manifested CMV disease. The remaining 21 serologically CMV-positive recipients who received lungs from serologically CMV-positive donors all developed a CMV-PCR(DNA)-positive reaction and 15 (71%) developed CMV pneumonitis. The data show that development of a positive CMV-PCR(DNA) reaction in a TBB sample within the first month after transplantation indicates a greatly increased risk of developing CMV disease. In addition. a positive CMV-PCR(DNA) reaction preceded morphologically manifest disease on average by 2 weeks. Comparisons between TBB and bronchoalveolar lavage show the former to provide a more dependable template.

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