《中國(guó)介入影像與治療學(xué)》雜志2017年征訂啟事

《中國(guó)介入影像與治療學(xué)》雜志2017年征訂啟事

《中國(guó)介入影像與治療學(xué)》雜志創(chuàng)刊于2004年，是由中國(guó)科學(xué)院主管，中國(guó)科學(xué)院聲學(xué)研究所主辦的國(guó)家級(jí)學(xué)術(shù)期刊，主編為鄒英華教授。刊號(hào)：ISSN 1672-8475，CN 11-5213/R。曾獲中國(guó)精品科技期刊,現(xiàn)為中國(guó)科技論文統(tǒng)計(jì)源期刊(中國(guó)科技核心期刊)、中國(guó)科學(xué)引文數(shù)據(jù)庫核心期刊、《中文核心期刊要目總覽》收錄期刊、WHO《西太平洋區(qū)醫(yī)學(xué)索引》(WPRIM)來源期刊、荷蘭《醫(yī)學(xué)文摘》收錄源期刊、俄羅斯《文摘雜志》收錄源期刊。

《中國(guó)介入影像與治療學(xué)》雜志以報(bào)道介入影像與治療學(xué)、介入超聲學(xué)、介入材料學(xué)、藥物學(xué)與護(hù)理學(xué)等方面的臨床研究、基礎(chǔ)研究以及醫(yī)、理、工結(jié)合的成果與新進(jìn)展為主，是介入影像、介入治療專業(yè)人員學(xué)習(xí)、交流的平臺(tái)。

《中國(guó)介入影像與治療學(xué)》為月刊，64頁，大16開本，彩色印刷。單價(jià)：16元，全年定價(jià)192元。訂戶可隨時(shí)向當(dāng)?shù)剜]局訂閱，郵發(fā)代號(hào)：80-220；亦可向編輯部直接訂閱，免郵寄費(fèi)(歡迎通過銀行轉(zhuǎn)賬，附言欄請(qǐng)注明訂閱雜志名稱)。

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開戶行：招商銀行北京分行清華園支行 聯(lián)系人：田苗

Application of MR small FOV surface coil in talar osteochondral lesions imaging

SUNYan1,SHENJunkang2,HAOYuefeng3,QINWei3,XUJixiong4*,HUDan3,LIUKefu1

(1.DepartmentofRadiology, 3.DepartmentofOrthopaedics,theAffiliatedSuzhouHospitalofNanjingMedicalUniversity,Suzhou215008,China; 2.DepartmentofRadiology,theSecondAffiliatedHospitalofSoochowUniversity,Suzhou215004,China; 4.DepartmentofRadiology,WuxiPeople'sHospital,Wuxi214023,China)

Objective To compare the accuracy rate of talar osteochondral lesions between the small field of view (FOV) surface coil MR imaging and 2D FSE proton density weighted imaging (2D-FSE-PD)， 3D-SPACE sequences MR imaging with boot-shaped coil. Methods Totally 43 patients (45 ankles) underwent 3D-SPACE sequence after 2D-FSE-PD sequence scanning using the boot-shaped coil， then the PDWI sequence was scanning after the boot-shaped coil was replaced by the small FOV surface coil at 1.5T MRI. The results of the arthroscopic examinations was regarded as the standard for assessing the accuracy rate of the three methods. Results The accuracy rate of 2D-FSE-PD sequence with small FOV surface coil was 86.67% (39/45)， the accuracy rate of 2D-FSE-PD sequence with boot coil was 60.00% (27/45)， the accuracy rate of 3D-SPACE sequence with boot coil was 68.89% (31/45). The accuracy rate of small FOV surface coil was higher than those of boot coil used 3D-SPACE sequence (χ2=4.114，P=0.002) and boot coil used 2D-FSE-PD sequence (χ2=8.182，P<0.001). There was not significant difference between 3D-SPACE sequence using boot coil and 2D-FSE-PD sequence using boot coil (χ2=0.776，P=0.125). Conclusion Compared with the 2D-FSE-PD and 3D-SPACE sequences with boot-shaped coil， the small surface coil scanning with routine sequence can show talar osteochondral lesions better.

Magnetic resonance imaging; Radiofrequency coil； Osteochondral lesion; Talus

10.13929/j.1003-3289.201608027