[Preoperative procedures in diagnosis of central and peripheral lung cancer].
BACKGROUND
Actual problem in diagnostics and therapy of lung cancer is early diagnostic and choice of diagnostic procedure. The AIM of this work was to assess the sensitivity of various histocytologic methods in diagnosis of central and peripheral lung cancer lesions.


METHODS
During 2003-2004, 348 patients with lung infiltrates suspect for malignancy were treated in University of Kragujevac Clinical Center. For the preoperative diagnostics, their sputum, bronchoaspirate, aspirate obtained by fine needle percutaneous biopsy and specimens obtained by forceps biopsy during fiber-bronchoscopy were analyzed using standard cytohistology methods.


RESULTS
Lung cancer was diagnozed in 155 out of 348 patients. The malignant lesions were centrally located in 123 patients (79,4%), while peripheral localization was found in 32 patients (20,6%). In the former patients, forceps biopsy was positive in 89,4%, and when combined with bronchoaspirate analysis, positive results were obtained in 91,9% of patients. In patients with peripherally located lesions, fine needly biopsy was positive in 68,8%, while citological analysis of sputum and bronchoalveolar aspirate were positive in only three (9,4%) patients. When all three methods were combined, positive results were found in 25 (78,1%) patients.


CONCLUSIONS
The central localization of tumors was four times greater than the peripheral one. In the patients with central tumour site, the best results were obtained when forceps biopsy specimens and sputum were analysed cytologically. The combination of transcutaneous fine-needle biopsy, bronchoscopy and sputum gave the best results in the group of patients whose lesions were located peripherally.
Mandarić
D
D
Institut za plućne bolesti KCS Beograd.
Stojiljković
D
D
Miletić
N
N
Inić
M
M
Djordjevidić
J
J
D002277:Carcinoma / Q000175:diagnosis* / Q000473:pathology / Q000601:surgery; D006801:Humans; D008175:Lung Neoplasms / Q000175:diagnosis* / Q000473:pathology / Q000601:surgery