Kerun China: Pioneering the Future | The Spinal Minimally Invasive Innovation Forum and Vertebral Augmentation Angled Technique Symposium—North China–Hebei Station Successfully Held
On July 10, 2021, the “Kerun China: Pioneering the Future with Minimally Invasive Spinal Techniques” Innovative Forum on Minimally Invasive Spinal Surgery and the Corner-Technique Symposium on Vertebroplasty were successfully held at the Zhuozheng International Hotel in Baoding, marking the North China–Hebei stop of the event. The academic conference brought together spinal surgery experts from Hebei, Beijing, Tianjin, and Shanxi, as well as nearly one hundred clinical physicians.

This symposium was chaired by Professor Gao Wenshan of the Affiliated Hospital of Hebei University. Professors Li Tao of the First Central Hospital of Baoding, Wang Xiaodong of the Affiliated Hospital of Hebei University, Hao Jianxue of the First Hospital of Baoding, Lian Yong of the First Central Hospital of Baoding, Gao Wenshan of the Affiliated Hospital of Hebei University, and Wang Jianzhong of the same hospital each presided over three academic sessions: “Clinical Research on Vertebroplasty,” “Clinical Application of the Angled Vertebroplasty Technique,” and “New Technology Using Angled Balloons in Vertebroplasty.” In addition, Professors Wang Tao of Tianjin Hospital, Zhang Zhanjin of the Third People’s Hospital of Datong, Yang Zhonghua of Xiqing Hospital in Tianjin, Bai Xiaoliang of the First Central Hospital of Baoding, Gao Fei of the Affiliated Hospital of Hebei University, Li Yanjun of the First Central Hospital of Baoding, and Li Yonggang of the Fuxing Hospital affiliated with Capital Medical University delivered special presentations. The event also invited Professors Kang Lixing of Langfang People’s Hospital, Fu Zhian of the Affiliated Hospital of Hebei University of Engineering, Ma Zhanbei of the First Central Hospital of Baoding, Li Xuebo of the First Hospital of Baoding, and Han Zhijie of Handan Orthopedic Hospital to serve as discussion panelists.

The symposium kicked off with inspiring remarks from Professor Gao Wenshan and Mr. Ma Yan, General Manager of China Resources Run. Professor Gao Wenshan noted that minimally invasive spinal surgery in China has been advancing at a rapid pace, expressing strong optimism about the future of this field. He also commended China Resources Run for organizing the event and urged that such academic activities be held on a regular basis, so that clinicians can share and benefit from the latest innovations in minimally invasive spinal techniques.

In his address, Mr. Ma Yan, General Manager of Huake Run, began by extending a warm welcome to all the distinguished experts in attendance. He then outlined the company’s current achievements and future development direction, covering such areas as its present stage of growth, talent acquisition, core products, and the establishment of its “3+1” strategic track. He emphasized that the company will maintain a strong focus on the field of spinal surgery, fully leveraging its role as an innovation-driven catalyst to provide clinicians with a comprehensive, cutting-edge academic and exchange platform. Through continuous innovation and integration, the company is committed to building a leading national enterprise in minimally invasive orthopedic surgery empowered by robotics.

In the “Clinical Research on Vertebroplasty” session for exchange and discussion, Professor Wang Tao provided a detailed explanation of the clinical advantages of PCVP in the treatment of osteoporosis; Professor Zhang Zhanjin, drawing on his extensive clinical experience, outlined the advances in the application of vertebroplasty. Professors Wang Xiaodong and Li Tao then facilitated a focused discussion on these topics and concluded that, as clinicians, we should maintain a proactive attitude of in-depth study and continuous learning to constantly enhance our surgical skills.




In the special chapter on “Clinical Applications of the Vertebroplasty Angulation Technique,” Professor Yang Zhonghua analyzed his clinical experience in treating pathological lumbar vertebral fractures; Professor Bai Xiaoliang, by comparing various clinical cases, emphasized that physicians should select the most appropriate surgical approach based on each patient’s specific condition; Professor Gao Fei provided a detailed explanation of the management of cement leakage during vertebroplasty; and Professor Li Yanjun, drawing on his practical experience, shared his insights on percutaneous puncture techniques with the audience and articulated his views. During the discussion session, Professors Hao Jianxue and Lian Yong, starting from real-world clinical practice, summarized their perspectives on the vertebroplasty angulation technique and expressed strong approval of its superior clinical outcomes.











In Chapter 3, “New Technology of Angled Balloons for Vertebroplasty,” Mr. Zhao Xiaosheng from the Marketing and Business Development Department of Huake Run Company provided a theoretical overview of this innovative technology. Drawing on years of academic study and clinical experience, Professor Li Yonggang focused on atypical vertebral compression fractures—conditions that are often overlooked in clinical practice—and discussed appropriate treatment strategies. Subsequently, Professor Gao Wenshan used surgical video footage to offer attendees a vivid, hands-on demonstration of angled kyphoplasty. The video highlighted key technical points and invaluable practical insights, including preoperative positioning, optimal incision size, the appropriate force required when using instrumentation to create the working channel during surgery, the precise timing and volume of contrast agent injection following placement of the angled balloon, effective techniques for using the angled balloon to achieve adequate vertebral expansion and restore vertebral height, and meticulous control over the amount of bone cement injected. In his concluding remarks, Professor Gao Wenshan emphasized that this new technology of angled balloons for vertebroplasty will significantly benefit patients and holds great potential for widespread adoption.



During the discussion session, Professors Kang Lixing, Fu Zhian, Ma Zhanbei, Li Xuebo, and Han Zhijie, together with the attending guests, shared diagnostic and therapeutic approaches based on typical clinical cases, drawing on the pain points and challenges encountered in everyday practice. The meeting was well attended, with participants actively voicing their views, engaging in thorough Q&A sessions and lively debates. As a result, all attendees gained valuable insights and derived significant benefits from this symposium.





During the workshop session, employees of Huake Run Company showcased a range of independently developed products to the attendees, including angled vertebral augmentation instruments, angled kyphoplasty devices, and acrylic bone cement. The staff provided professional and detailed explanations of these products and engaged in in-depth exchanges and discussions with the participants on technical principles, key operational considerations, and other related topics.


This symposium marks the inaugural stop in North China for the “Kerun China: Pioneering the Future with Minimally Invasive Spinal Innovation” Forum and the associated Corner-Technique Vertebroplasty Workshop Series. The event achieved significant success in advancing both clinical techniques and academic knowledge, earning high praise from participating experts and scholars. To further strengthen the clinical application and wider adoption of corner-technique vertebroplasty, Kerun will continue to vigorously organize this series of academic events across all regions of China. Moving forward, Kerun will remain committed to technological innovation and product development in the field of minimally invasive orthopedics, dedicate itself to the professional education and promotion of minimally invasive techniques, and steadily advance toward becoming a robotics-enabled, platform-based enterprise in the minimally invasive orthopedic space.