磁共振成像2023年6月第14卷第6期ChinJMagnResonImaging,Jun,2023,Vol.14,No.6http://www.chinesemri.com综述｜Reviews磁共振报告基因成像原理及应用进展孙君，郭轶*作者单位：重庆大学附属中心医院/重庆市急救医疗中心医学影像科，重庆400014*通信作者：郭轶，E-mail：YIGUO_0909@sina.com中图分类号：R445.2文献标识码：ADOI：10.12015/issn.1674-8034.2023.06.036本文引用格式：孙君,郭轶.磁共振报告基因成像原理及应用进展[J].磁共振成像,2023,14(6):198-202.[摘要]近年来，随着磁共振分子成像方法的发展及新序列的不断开发，磁共振分子成像在疾病早期诊断、细胞示踪及基因分析等领域应用越来越广泛。磁共振报告基因成像作为磁共振分子成像的重要分支，也备受关注。而磁共振报告基因种类繁多，因其成像原理不同导致其应用领域各不相同，熟知磁共振成像报告基因的成像原理及其优缺点是合理应用它的前提。本文将从成像原理、研究前沿及未来发展方向等方面对磁共振报告基因进行综述，期望以此提高磁共振分子成像效能及安全性，推动磁共振分子成像技术发展。[关键词]磁共振成像；报告基因；金属依赖；铁蛋白基因；化学交换饱和转移PrincipleandapplicationprogressofmagneticresonancereportergeneimagingSUNJun,GUOYi*DepartmentofRadiology,ChongqingUniversityCentralHospital/ChongqingEmergencyMedicalCenter,Chongqing400014,China*Correspondenceto:GuoY,E-mail:YIGUO_0909@sina.comReceived25Jan2022,Accepted18May2023;DOI:10.12015/issn.1674-8034.2023.06.036ACKNOWLEDGMENTSChongqingNaturalScienceFoundation(No.cstc2021jcyj-msxmX0841);ChongqingScienceandHealthUnion(No.2023MSXM016).Citethisarticleas:SUNJ,GUOY.Principleandapplicationprogressofmagneticresonancereportergeneimaging[J].ChinJMagnResonImaging,2023,14(6):198-202.AbstractWiththedevelopmentofmagneticresonanceimagingmethodsandthedevelopmentofnewsequences,magneticresonanceimaginghasbecomeincreasinglywidelyusedearlydiagnosisofdiseases,celltracing,andgeneanalysis.Magneticresonancereportergeneimaging,asanimportantbranchofmagneticresonanceimaging,hasalsoreceivedgreatattention.Therearevarioustypesofmagneticresonanceimagingreportergenes,andtheirapplicationfieldsvaryduetotheirdifferentimagingprinciples.Familiaritywiththeima...
