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Research Article| Volume 86, ISSUE 1, P39-44, January 1992

The role of computed tomography (CT) in the investigation of unexplained haemoptysis

  • A.B. Mlllar
    Correspondence
    To whom correspondence should be addressed at: Postgraduate Medical School, Wolfson Centre, Royal United Hospital, CombePark, Bath BAI 3NG, U.K.
    Affiliations
    Department of Medicine, University College and Middlesex Hospital School of Medicine, and the Whittington Hospital, London, U.K.
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  • A.E. Boothroyd
    Affiliations
    Department of Radiology, University College and Middlesex Hospital School of Medicine, and the Whittington Hospital, London, U.K.
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  • D. Edwards
    Affiliations
    Department of Radiology, University College and Middlesex Hospital School of Medicine, and the Whittington Hospital, London, U.K.
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  • M.R. Hetzel
    Affiliations
    Department of Medicine, University College and Middlesex Hospital School of Medicine, and the Whittington Hospital, London, U.K.
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      Forty patients with a history of haemoptysis, normal chest radiographs apart from evidence of chronic airflow limitation, and normal fibreoptic bronchoscopy (or blood alone in the bronchial tree) were investigated by computed tomography (CT). Abnormalities were seen in 20 (50%) of the CT scans. Seven of the patients had evidence of bronchiectasis (18%), one of whom also had a mass. In four (10%) casesa mass alone was detected (two tuberculous, two malignant). In a further four (10%) scans alveolar consolidation was present and in threecases abnormal vessels were detected (7–5%). One patient had cystic changes shown in their scan and multiple nodules were shown in the final patient. The contralateral lungs of 93 patients undergoing CT for pre-operative assessment of bronchogenic carcinoma were used as controls. In six (6%) of these patients abnormalities were detected by CT. Pleural nodules were observed in two patients, fat in the transverse fissure in another, atelectasis in two patients and an apical bulla in the otherabnormal scan. The relative risk for patients with unexplained haemoptysis having abnormal CT scans compared to the control group of patients was 7–75. We conclude that computed tomography is of valuein the investigation of patients with unexplained haemoptysis.
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      References

        • Douglas BE
        • Carr OT
        Prognosis in idiopathic haemoptysis.
        J Am Med Assoc. 1952; 150: 764
        • Barret R
        • Tuttle W
        A study of essential haemoptysis.
        J Cardiovasc Surg. 1960; 40: 468-473
        • Johnston RN
        • Lockhart W
        • Ritchie RT
        • Smith DH
        Haemoptysis.
        BrMed J. 1960; i: 592-595
        • Poole G
        • Stradling P
        Routine radiography for haemoptysis.
        BrMed J. 1964; i: 341-342
        • Adelman M
        • Haponik EF
        • Bleecker ER
        • Britt EJ
        Cryptogenic haemoptysis.
        Ann Int Med. 1985; 102: 829-834
        • Denison DM
        • Morgan MDL
        • Millar AB
        Computed tomography based estimates of gas and tissue volume in normal supine subjects.
        Thorax. 1986; 40: 221-222
        • Strickland B
        Investigating haemoptysis.
        BrJ Hasp Med. 1986; 35: 242-251
        • Haponik EF
        • Britt EJ
        • Smith EL
        • Bleecker ER
        Computed chest tomography in the evaluation of haemoptysis: impact on diagnosis and treatment.
        Chest. 1987; 91: 80-85
        • Evans SH
        • Cooke J
        • Anderson W
        A comparison of computed tomographic chest examinations for two CT scanning protocols.
        Clin Radiol. 1989; 40: 45-46
        • Gardner MJ
        • Morris JA
        Calculating confidence intervals for relative risk (odds ratios) and.
        BrMed J. 1988; 296 (ndardised ratios and risks): 1313-1316
        • Naidich DP
        • McCauley DI
        • Nagi F
        • Khouri NF
        • Stitik FP
        • Siegelman SS
        Computed tomography of bronchiectasis.
        J Comput Assist Tomogr. 1982; 6: 437-444
        • Cooke JC
        • Currie DC
        • Morgan AD
        • et al.
        Role of computed tomography in the diagnosis of bronchiectasis.
        Thorax. 1987; 42: 272-277
        • Siegelman SS
        • Khouri NF
        • Leo K.P
        • Fishman FK
        • Bravermanb RM
        • Zerhoumi EA
        Solitary pulmonary nodules; CT assessment.
        Radiology. 1986; 160: 307
        • Turner MJ
        • Thornton ASC
        • Gorman B
        • Bagg LR
        • Cox ID
        • Russell NJ
        Significance of tomographic signs in the diagnosis of bronchial.
        Thorax. 1987; 42: 849-852
        • Rankin S
        • Faking LJ
        • Pugatch RD
        CTdiagnosis of pulmonary arteriovenous malformations.
        J Compul Assist Tomogr. 1983; 6: 746-749
        • Godwin JD
        • Webb RW
        Dynamic computed tomography in the evaluation of vascular lung lesions.
        Radiology. 1981; 138: 629-635
        • Seaton A
        • Seaton D
        • Laitch AG
        Crofton and Douglas's Respiratory Diseases.
        in: 4th edn. Blackwell Scientific Publications, Oxford1989: 108
        • Weaver LF
        • Solliday N
        • Cugell DN
        Selection of patients with haemoptysis for fibreoptic bronchoscopy.
        Chest. 1979; 76: 7-10
        • Poe RH
        • Israel RH
        • Marin MG
        • et al.
        Utility of fibreoptic bronchoscopy in patients with haemoptysis and a nonlocalising chest roentgenogram.
        Chest. 1988; 92: 70-75
        • Cardew AP StE
        • Douthon FGG
        • Stewart RJJ
        • Ackland HS
        Dosimetry of CT scanners.
        Aust Radiol. 1980; 24: 182-191
        • Huda W
        Isenergy imparted a good measure of the radiation risk associated with CT examination.
        Phys Med Biol. 1984; 29: 1137-1142
        • Strickland B
        • Brennan J
        • Denison DM
        Computed tomography in diffuse lung disease: improving the image.
        Clin Radiol. 1986; 37: 335-338
        • Munro NC
        • Cooke JC
        • Currie DC
        • Strickland B
        • Cole PJ
        Comparison of thin section computed tomography with bronchography for identifying bronchiectatic segments in patients with chronic sputum production.
        Thorax. 1990; 45: 135-139
        • Clee MD
        • Hockings ZNF
        • Johnston RD
        Bronchial carcinoma: factors influencing post-operative survival.
        BrJ Dis Chest. 1984; 78: 225-235
        • Jones DK
        • Cavanagh P
        • Shneerson JM
        • Flower CDR
        Does bronchography have a role in the assessment of patients with haemoptysis.
        Thorax. 1985; 40: 668-670