1.Carinal resection and reconstruction, and bronchoplasty and pulmonary arterioplasty in the treatment of central-type lung cancer.
Deyao XIE ; Chengchao SUN ; Chaoxi LIN ; Guangtong DONG ; Chengbang JIANG ; Liangcheng ZHENG
Chinese Journal of Lung Cancer 2006;9(1):28-29
BACKGROUNDBoonchoplasty can not only remove tumor but also reserve lung tissue maximally, and it becomes an alternative choice for patient with poor pulmonary function who could not accept pneumonectomy. The aim of this study is to summarize the experience of carinal resection and reconstruction, bronchoplasty and pulmonary arterioplasty in the treatment of central-type lung cancer.
METHODSFrom March, 1987 to March, 2005, A total of 79 patients with central-type lung cancer underwent operation. The operations included: left bronchoplasty (34 cases) combined with pulmonary arterioplasty in 10 cases and partial resection of left atrium in 3 cases; right bronchoplasty (45 cases) combined with carinal resection in 14 cases and segmentplasty in 5 cases, pulmonary arterioplasty in 5 cases, partial resection of superior vena cava wall in 5 cases.
RESULTSThere were no perioperative deaths. Twenty-eight cases (35.4%) had postoperative complication. The 1-, 3-and 5-year survival rate were 86.1%, 55.2% and 32.1% respectively.
CONCLUSIONSProper selection of carinal resection, bronchoplasty and pulmonary arterioplasty can expand the indications. They can reduce the ratio of pneumonectomy and improve the postoperative quality of life and the prognosis of lung cancer patients.
2.Low-field MRI: a quick scan based on the large field of view.
Changqing DING ; Ruofeng XU ; Guangtong XIE ; Chengbin ZHANG ; Chen WANG
Chinese Journal of Medical Instrumentation 2012;36(3):225-226
To optimize the configuration of the conventional SE and FSE sequence parameters in low field MRI. With the combination of larger vision, relatively thinner slice thickness, small number of excitation (NEX = 1 or 2), the signal-to-noise ration and the spatial resolution on follow-up images are moderate, the scan time is significantly shorter along with fewer motion artifacts, the check success rate is improved.
Equipment Design
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Magnetic Resonance Imaging
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instrumentation
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methods