十堰市太和医院医学影像中心

十堰市太和医院医学影像中心创立于1965年，历经六十载积淀与发展，已成为集临床诊疗、科研创新、教学培训于一体的国家级医学影像中心。中心是湖北省医学会放射学会常委单位、湖北省医学会数字医学分会副主委单位、中国医学装备协会放射影像装备分会常委单位、中国老年医学学会放射学分会常委单位，同时承担十堰市放射质控中心主任单位及十堰市医学会放射专委会主委单位职能。作为国家药物临床试验（GCP）基地、国家级放射影像规培基地、中华医学会影像技术分会同质化培训分中心以及湖北医药学院医学影像一系主体教学单位，中心在艾力彼2022届年全国地市级医院放射科专科排名中位列第九，是湖北省唯一跻身全国地市级医院放射科专科排名前30强的单位，综合实力位居全国前列。

亚专业设置与智慧管理

中心下设神经影像、头颈部影像、胸部影像、消化影像、泌尿生殖影像、儿科影像、骨关节影像、心脏大血管影像及后处理、介入放射等九个亚专业单元，并配备相应影像技术组与影像护理组。依托远程PACS系统，中心对太和医院多院区影像科实施统一业务管理，并对托管医院进行业务监管，构建起高效协同的影像诊疗网络。

顶尖设备与前沿技术

中心装备有总价值近2亿元的约32台/套高精尖专业设备，包括GE Architect 3.0T MRI、Revolution CT 256排、Discovery 750w 3.0T MRI、大型数字平板DSA、移动CT等高端影像设备，全面满足临床检查与科研需求。

在技术应用层面，中心率先开展一系列高精尖影像技术：

神经影像：脑卒中早期识别关键技术平台、多模态MRI脑肿瘤精准诊断及手术指导、头颈部动脉斑块高分辨率磁共振血管壁成像、化学位移饱和成像（CEST）定量分析、定量磁化率成像（QSM）脑铁沉积评估、扩散张量成像（DTI）脑白质微结构分析、经静脉内耳钆造影及脑功能研究；

腹部及肿瘤影像：肝特异性对比剂多期增强磁共振术前评估肝细胞癌、多模态功能磁共振肝脏脂肪定量、肾癌、膀胱癌、宫颈癌、胰腺癌、直肠癌、前列腺癌等肿瘤的筛查、诊断、精准分期及疗效评估；

胸部及心脏影像：肺结节多模态检查与人工智能研究、肺结节靶重建、心肌病、心肌梗死、主动脉夹层、主动脉瘤CT/MRI研究、冠心病CTA及基于CCTA的无创血流储备分数评估、胸痛“一站式”扫描、肺动脉栓塞早期诊断、TAVR术前多学科影像评估、磁共振心脏功能成像及心肌灌注延迟动态检查；

乳腺及胎儿影像：乳腺癌多模态MRI检查与研究、胎儿MRI检查与研究；

骨关节及外周神经：高分辨率关节成像、高分辨率外周神经成像；

介入诊疗：各类良恶性实体肿瘤介入治疗（肝癌综合治疗）、外周血管疾病介入治疗（糖尿病下肢动脉硬化闭塞症）、急重症出血性疾病介入治疗、前列腺增生、子宫腺肌症、子宫肌瘤介入栓塞治疗、TIPS、PTCD、胸腹部病变穿刺活检、门静脉测压及肾上腺静脉采血等。

科研创新与产学研转化

中心坚持以临床需求为导向，近年来主持或参与完成国家级、省部级及校厅级基金项目40余项，2022-2026年间连续五年获得8项省自然科学基金支持。近5年发表论文百余篇，其中SCI论文35篇，以第一作者在《Radiology》《Biol Psychiatry》等I区期刊发表论著7篇。近5年获省科技进步奖2项、市科技进步奖1项；中心注重科研成果向临床诊疗转化，与医院精准医学中心合作研发基于临床大数据下AI赋能肝脏影像智能诊断系统，实现CT影像识别肝占位准确率达95.1%。该项目荣获全国仿真创新应用大赛全国一等奖等多项荣誉，并与数坤（北京）网络科技股份有限公司达成合作，获得融资并实现1150万元的产学研转化，成为医学影像人工智能应用与成果转化的标杆案例。

学术交流与国际影响

中心每年举办国家级、省市级继续教育项目、专业研讨会及专科联盟学术活动，积极搭建学术交流平台。近5年，中心成员在北美放射学年会、国际磁共振年会、亚洲神经放射学年会等国际顶级学术会议进行大会口头发言11篇、壁报展示20余篇，与国内外同行保持广泛深入的合作。

教育教学与人才培养

作为湖北医药学院及湖北医药学院药护学院影像教学主体单位，中心设有医学影像学、医学影像诊断学、介入放射学、医学影像设备学、医学影像技术学等教研室。医学影像诊断学为湖北省省级一流课程，医学影像学专业为湖北省省级一流专业，医学影像诊断学教研室获评湖北省优秀基层教学组织，“虚拟仿真实验教学”入选湖北省省级一流课程。《医学影像学》《医学影像诊断学》分别获湖北医药学院校级一流课程及思政示范课程。中心每年完成理论教学1000余课时，接收各院校影像专业实习学生80余人次，年均进修医生15人次。自2013年起承担影像医学与核医学、医学影像技术学硕士研究生及留学生研究生培养工作，年均招录研究生8-10人，现有硕士研究生导师9人。

人才团队

中心现有工作人员123人，其中医技护人员110人（医师49人、技师51人、护理人员10人），辅助人员13人。其中高级职称20人，包括主任医师/教授4人、副主任医师/副教授8人、副主任技师4人、副主任护师4人。博士研究生及博士后9人（博士后3人、博士4人、博士在读2人），硕士研究生39人（诊断研究生35人、技术研究生4人）。团队累计获得各级各类奖项百余项。

十堰市太和医院医学影像中心将 始终坚持以临床需求为导向，以技术创新为驱动，以人才培养为基石，致力于为患者提供精准、高效、温暖的影像诊疗服务。

Medical Imaging Center of Taihe Hospital

The Medical Imaging Center of Taihe Hospital in Shiyan was established in 1965. After six decades of accumulation and development, it has become a national-level medical imaging center integrating clinical diagnosis and treatment, scientific research and innovation, as well as teaching and training. The center is a standing committee member of the Radiology Society of Hubei Medical Association, a deputy chairman unit of the Digital Medicine Branch of Hubei Medical Association, a standing committee member of the Radiological Imaging Equipment Branch of China Medical Equipment Association, and a standing committee member of the Radiology Branch of China Geriatrics Society. It also serves as the director unit of the Radiological Quality Control Center of Shiyan City and the chair unit of the Radiology Committee of Shiyan Medical Association. As a national clinical trial (GCP) base for drugs, a national-level radiological imaging standardized training base, a homogenized training sub-center of the Imaging Technology Branch of the Chinese Medical Association, and the main teaching unit of the First Department of Medical Imaging at Hubei Medical University, the center ranked ninth in the 2022 annual national ranking of radiology specialties in municipal hospitals by Allergan. It is the only unit in Hubei Province to rank among the top 30 in the national ranking of radiology specialties in municipal hospitals, with its comprehensive strength ranking among the top in the country.

Subspecialty Setting and Smart Management

The center comprises nine specialized subunits: Neuroimaging, Head and neck imaging, Chest imaging, Digestive imaging, Urological and reproductive imaging, Pediatric imaging, Musculoskeletal imaging, Cardiac and major vascular imaging with post-processing, and Interventional radiology, each supported by dedicated imaging technology teams and imaging nursing teams. Leveraging a remote PACS system, the center implements unified operational management for the imaging departments across multiple campuses of Taihe Hospital and conducts operational supervision over contracted hospitals, establishing an efficient and collaborative imaging diagnosis and treatment network.

Top-tier equipment and cutting-edge technology

The center is equipped with approximately 32 sets of high-precision professional devices with a total value of nearly 200 million yuan, including GE Architect 3.0T MRI, Revolution CT 256-slice, Discovery 750w 3.0T MRI, large digital flat-panel DSA, mobile CT, and other advanced imaging equipment, fully meeting the needs of clinical examinations and scientific research.

At the level of technological application, the center has pioneered a series of advanced imaging technologies:

Neuroimaging: Key technology platforms for early stroke identification, multimodal MRI for precise diagnosis and surgical guidance of brain tumors, high-resolution magnetic resonance vascular wall imaging of carotid and vertebral artery plaques, quantitative analysis of chemical shift saturation (CEST), quantitative susceptibility mapping (QSM) for brain iron deposition assessment, diffusion tensor imaging (DTI) for white matter microstructure analysis, intravenous gadolinium contrast imaging of the inner ear and brain function studies;

Abdominal tumor imaging: Preoperative evaluation of hepatocellular carcinoma (HCC) using multi-phase contrast-enhanced magnetic resonance imaging (MRI) with liver-specific contrast agents; multimodal functional magnetic resonance (fMRI) for quantitative liver fat assessment; screening, diagnosis, precise staging, and therapeutic efficacy evaluation of tumors including renal cell carcinoma, bladder cancer, cervical cancer, pancreatic cancer, colorectal cancer, and prostate cancer.

Thoracic and cardiac imaging: multimodal examination and artificial intelligence research for pulmonary nodules, target reconstruction of pulmonary nodules, cardiomyopathy, myocardial infarction (MI), aortic dissection, CT/MRI studies for aortic aneurysms, coronary artery disease (CAD) CTA and non-invasive fractional flow reserve assessment based on CCTA, one-stop scanning for chest pain, early diagnosis of pulmonary embolism, preoperative multidisciplinary imaging evaluation for transcatheter aortic valve replacement (TAVR), magnetic resonance cardiac functional imaging and delayed myocardial perfusion dynamic studies;

Breast and Fetal Imaging: Multimodal MRI Examination and Research of Breast Cancer, Fetal MRI Examination and Research;

Bone joints and peripheral nerves: high-resolution joint imaging, high-resolution peripheral nerve imaging;

Interventional Diagnosis and Treatment: Interventional therapy for various benign and malignant solid tumors (comprehensive treatment of hepatocellular carcinoma), interventional therapy for peripheral vascular diseases (diabetic lower extremity arteriosclerosis obliterans), interventional therapy for acute and severe hemorrhagic diseases, interventional embolization for benign prostatic hyperplasia (BPH), adenomyosis, and uterine fibroids, transcatheter intrahepatic portosystemic shunt (TIPS), percutaneous transhepatic cholangiopancreatoduodenostomy (PTCD), thoracoabdominal lesion biopsy, portal venous pressure measurement, and adrenal venous blood sampling.

Scientific Research Innovation and Industry-University-Research Transformation

The center adheres to a clinical demand-oriented approach and has led or participated in over 40 national, provincial, and university-level research projects in recent years. From 2022 to 2026, it received eight provincial Natural Science Foundation grants for five consecutive years. In the past five years, the center has published more than 100 papers, including 35 SCI-indexed articles, with seven first-author publications in top-tier journals such as Radiology and Biol Psychiatry. It has also been awarded two provincial Science and Technology Progress Awards and one municipal Science and Technology Progress Award. The center emphasizes the translation of research outcomes into clinical practice, collaborating with the hospital's Precision Medicine Center to develop an AI-powered intelligent diagnostic system for liver imaging based on clinical big data, achieving a 95.1% accuracy rate in CT image recognition for liver masses. This project won the national first prize in the National Simulation Innovation Application Competition and other honors. Additionally, it partnered with Shukun (Beijing) Network Technology Co., Ltd., securing financing and realizing an industry-academia-research transformation of 11.5 million yuan, establishing it as a benchmark case for medical imaging AI application and technology transfer.

Academic Exchange and International Influence

The center annually hosts national, provincial, and municipal continuing education programs, professional seminars, and academic activities of the specialty alliance, actively building a platform for academic exchange. Over the past five years, center members have delivered 11 oral presentations and over 20 poster displays at top-tier international academic conferences such as the North American Radiology Annual Meeting, International Magnetic Resonance Annual Meeting, and Asian Neuroimaging Society Annual Meeting, maintaining extensive and in-depth collaborations with peers both domestically and internationally.

Education and Teaching

As the primary teaching unit for medical imaging at Hubei Medical University and its School of Pharmacy and Nursing, the center houses teaching and research sections in Medical Imaging, Medical Imaging Diagnosis, Interventional Radiology, Medical Imaging Equipment, and Medical Imaging Technology. The Medical Imaging Diagnosis section is recognized as a provincial first-class course in Hubei Province, while the Medical Imaging major is a provincial first-class major. The Medical Imaging Diagnosis teaching and research section has been awarded the title of "Excellent Grassroots Teaching Organization" in Hubei Province, and the "Virtual Simulation Experimental Teaching" has been selected as a provincial first-class course. The courses "Medical Imaging" and "Medical Imaging Diagnosis" have been designated as university-level first-class courses and ideological and political demonstration courses, respectively, by Hubei Medical University. The center completes over 1,000 class hours of theoretical teaching annually, accepts more than 80 internships from medical imaging students across various institutions, and trains an average of 15 attending physicians per year. Since 2013, the center has been responsible for the training of master's students and international graduate students in Medical Imaging and Nuclear Medicine, as well as Medical Imaging Technology, admitting an average of 8-10 graduate students annually. Currently, there are 9 master's supervisors in the center.

Team

The center currently has 123 staff members, including 110 medical and nursing personnel (49 physicians, 51 technicians, and 10 nurses) and 13 support staff. Among them, 20 hold senior professional titles, comprising 4 chief physicians/professors, 8 associate chief physicians/associate professors, 4 associate chief technicians, and 4 associate chief nurses. There are 9 doctoral graduates and postdoctoral fellows (3 postdoctoral fellows, 4 doctoral graduates, and 2 doctoral candidates), and 39 master's degree holders (35 diagnostic master's degree holders and 4 technical master's degree holders). The team has cumulatively received over 100 awards at various levels.

The Medical Imaging Center of Taihe Hospital has consistently adhered to a clinical demand-oriented approach, driven by technological innovation, and grounded in talent cultivation, striving to provide patients with precise, efficient, and compassionate imaging diagnostic and therapeutic services.