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  1. Huan NC, Tan HA, Ramarmuty HY, Ponnuvelu S, Letcheminan S, Sivaraman Kannan KK
    Respirol Case Rep, 2023 Apr;11(4):e01116.
    PMID: 36910134 DOI: 10.1002/rcr2.1116
    In clinical practice, chylothorax is usually suspected in any patient with milky pleural fluid. However, contrary to popular belief, milky appearance of pleural fluid is seen in less than half of patients with chylothorax. A high index of suspicion for chylothorax is therefore needed in any turbid, bloody, or serosanguinous effusions of unclear aetiology. In this case series, we present three patients with biochemically proven chylothorax: each with a different presentation, pleural fluid appearance, underlying cause, management strategy and clinical outcome. The first patient developed 'milky' chylothorax secondary to lymphoma while the second patient's 'yellow' chylothorax is related to pleural tuberculosis. The final patient suffered from 'pink' chylothorax in the setting of systemic amyloidosis. In each of the cases, prompt diagnosis of chylothorax followed by efforts to elucidate the underlying cause are crucial steps to guide subsequent management with the main aim to ensure a better clinical outcome.
  2. Nyanti LE, Huan NC, Ramarmurty HY, Renganathan T, Bin Abdul Aziz MA, Low JL, et al.
    Afr J Thorac Crit Care Med, 2023;29(4):e1149.
    PMID: 38239775 DOI: 10.7196/AJTCCM.2023.v29i4.1149
    BACKGROUND: Pleural fluid residue, or macroscopic tissue, circulating freely in the pleural fluid obtained through direct filtration, may carry diagnostic histopathological information. We aimed to determine the histopathological concordance of pleural fluid residue in diagnosing TPE and MPE, compared with conventional pleural biopsy. This was a prospective cohort study of consecutive inpatients with cytology-negative exudative effusion who underwent pleuroscopy and had their initial suctioned pleural fluid filtered for residue samples. Pleural fluid residue demonstrated malignant cells in four out of seven cases of pleural biopsy-confirmed malignancy. Pleural fluid residue has comparable cytomorphology but reduced cellularity compared with pleural biopsy. No tuberculous histological features were present in the pleural fluid residue samples. In this preliminary study pleural fluid residue provided histopathological information for malignant pleural effusion, but no incremental diagnostic information for tuberculous effusion. However larger and more definitive studies are required to clarify these findings, and to explore the utility and suitability of pleural fluid residue for mutational analysis.

    WHAT THE STUDY ADDS: This study demonstrates the potential of pleural fluid residue as a non-invasive diagnostic method for confirming malignancy in cytology-negative exudative effusion.

    WHAT ARE THE IMPLICATIONS OF THE FINDINGS: In resource-limited settings or patients contraindicated for pleural biopsy, pleural fluid residue may provide a viable diagnostic alternative; however, this observation needs further validation.

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