Xian, China
Xian, China
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Niu Lizhi is a prominent Chinese surgeon and an alumnus of the Fourth Military Medical University. He is renowned for hi... View More
Niu Lizhi is a prominent Chinese surgeon and an alumnus of the Fourth Military Medical University. He is renowned for his groundbreaking contributions to the field of surgery, particularly in the areas of organ transplantation. Niu's work has earned him recognition both nationally and internationally. He played a significant role in advancing surgical techniques that have improved patient outcomes. Niu has also been involved in numerous research projects that focus on improving surgical methods and techniques for critical care patients. His dedication to both medical practice and innovation has helped shape the future of surgical care in China. View Less
Furong Tian is a distinguished researcher from the Fourth Military Medical University, recognized for his expertise in t... View More
Furong Tian is a distinguished researcher from the Fourth Military Medical University, recognized for his expertise in the field of medical science, particularly in military healthcare systems. Tian's research focuses on advancing the understanding of medical treatments in high-stress environments, such as those faced by military personnel. His contributions have played a vital role in improving the effectiveness of medical support in military operations. Tian's work in the field of military medical research has led to numerous publications in international medical journals, and he continues to influence the development of military healthcare protocols in China and abroad. View Less
Feihu Bai is another notable alumnus of the Fourth Military Medical University who has made significant contributions to... View More
Feihu Bai is another notable alumnus of the Fourth Military Medical University who has made significant contributions to medical research. Bai's research primarily centers on military health and the psychological well-being of soldiers, especially in high-pressure environments. His work has been instrumental in developing better mental health support systems for military personnel, addressing issues such as combat stress and PTSD. Bai has conducted various studies that explore how mental health can be better integrated into military training and operations. His research findings are used by the Chinese military to improve the overall health and resilience of service members View Less
Geng Guo, a researcher from the Fourth Military Medical University, is known for his work in medical science, with a par... View More
Geng Guo, a researcher from the Fourth Military Medical University, is known for his work in medical science, with a particular focus on cell biology and biochemistry. His groundbreaking research has led to advancements in understanding the molecular mechanisms behind several diseases, which could help develop new therapeutic strategies. Geng's work has had a significant impact on the field of clinical medicine, particularly in areas related to immunology and regenerative medicine. His contributions to the understanding of disease at a cellular level have made him a respected figure in medical research both in China and globally. View Less
Zhang Dongxiao, a highly respected medical officer and alumnus of the Fourth Military Medical University, has made signi... View More
Zhang Dongxiao, a highly respected medical officer and alumnus of the Fourth Military Medical University, has made significant contributions to military medicine. Zhang's career in the People's Liberation Army (PLA) has seen him rise through the ranks due to his expertise in field medicine and combat care. He is known for his work in improving the survival rates of soldiers injured in combat by developing advanced emergency medical procedures and trauma care systems. Zhang's innovations in military medicine have made a profound impact on medical practices within the military, saving countless lives during conflict and in peacetime operations. View Less
Sheng Ming, an alumnus of the Fourth Military Medical University, is a leading figure in medical research with a special... View More
Sheng Ming, an alumnus of the Fourth Military Medical University, is a leading figure in medical research with a specialization in the development of novel medical technologies and diagnostic tools. His work focuses on improving diagnostic accuracy and developing cutting-edge medical devices that can be used in both military and civilian settings. Sheng's contributions have been essential in advancing the use of technology in medicine, particularly in the fields of imaging and diagnostics. His research has led to numerous innovations that have enhanced the precision of medical practices and improved the early detection of diseases, saving many lives. View Less
Liang Jun is a distinguished military medical educator who graduated from the Fourth Military Medical University. He has... View More
Liang Jun is a distinguished military medical educator who graduated from the Fourth Military Medical University. He has dedicated much of his career to training future generations of military medical professionals. Liang's contributions as an educator have shaped the curriculum of military medical programs in China, focusing on both practical skills and theoretical knowledge in medical fields related to military operations. His passion for teaching and commitment to excellence has led him to become a highly respected figure in the academic community. Liang’s influence on military medical education continues to inspire many students and practitioners. View Less
Zhang Weidong is a policy expert and alumnus of the Fourth Military Medical University who has made significant strides ... View More
Zhang Weidong is a policy expert and alumnus of the Fourth Military Medical University who has made significant strides in shaping military health policies. His work has been instrumental in developing national health strategies that prioritize the well-being of military personnel. Zhang’s research focuses on integrating public health principles into military operations, ensuring that soldiers have access to the best possible care while in service. His expertise in military health systems has contributed to better management of healthcare resources within the military, improving both operational efficiency and the health outcomes of service members. View Less
Liu Jinhui is a surgeon and researcher from the Fourth Military Medical University known for his pioneering work in the ... View More
Liu Jinhui is a surgeon and researcher from the Fourth Military Medical University known for his pioneering work in the field of trauma surgery. His research has focused on developing innovative surgical techniques for treating battlefield injuries and improving recovery times for soldiers. Liu has been at the forefront of developing minimally invasive procedures and advanced wound care systems that have revolutionized trauma surgery in military settings. His work has not only enhanced survival rates among injured soldiers but has also influenced medical practices in civilian trauma care units, making his contributions vital to both military and civilian healthcare systems View Less
Wang Yufen, an alumna of the Fourth Military Medical University, is a prominent public health specialist who has worked ... View More
Wang Yufen, an alumna of the Fourth Military Medical University, is a prominent public health specialist who has worked extensively on improving health care accessibility for military personnel and their families. Wang’s work focuses on the development of public health initiatives aimed at preventing diseases and promoting healthy lifestyles within the military community. Her expertise has contributed to the design of programs that address chronic health conditions and enhance overall well-being. Wang has played a pivotal role in bridging the gap between military health services and civilian public health systems, ensuring comprehensive care for all. View Less
The below information is required while
completing the university application :
The Air Force Medical University (AFMU), formerly known as the Fourth Military Medical University, offers undergraduate programs in various medical and health sciences disciplines.
Educational Background: Applicants should possess a relevant high school diploma or its equivalent from a recognized institution.
Language Proficiency: Proficiency in Chinese is typically required, as most programs are taught in Chinese. Some programs may accept English proficiency tests like IELTS or TOEFL.
Application Documents: Required documents often include a completed application form, passport copy, academic transcripts, degree certificates, a personal statement, and letters of recommendation.
Health Examination: A medical examination may be required to ensure the applicant meets the health standards for studying abroad.
Entrance Exams/Interviews: Some programs may require applicants to pass an entrance examination or attend an interview as part of the selection process.
Age Limit: Applicants are generally expected to be under a certain age, often around 25 years, at the time of application.
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In 2016, the Fourth Military Medical University introduced a robotic-assisted surgery system, a groundbreaking achievement in the field of surgery. This system, which uses robotic arms to assist surgeons during complex procedures, allows for more precise and minimally invasive surgeries. The robotic system has been particularly beneficial in fields like oncology, neurology, and orthopedics. By enabling greater accuracy, reduced recovery times, and minimal surgical complications, the university’s robotic-assisted surgery system has revolutionized medical practice both within the military and in civilian hospitals.
In 2015, the Fourth Military Medical University made a remarkable achievement by conducting China’s first uterine transplant, which led to a live birth. This groundbreaking procedure was a milestone in reproductive medicine, as it allowed a woman born without a uterus to conceive and give birth to her own child. The university's team of surgeons and researchers worked together to make this possible, marking a significant advancement in the treatment of infertility. The success of this transplant demonstrated the university’s commitment to pioneering new medical technologies and therapies.
In 2014, the Fourth Military Medical University achieved a breakthrough in orthopedic surgery by developing the first bio-absorbable bone plates, which dissolve naturally in the body as the bone heals. This invention has revolutionized the treatment of bone fractures by eliminating the need for a second surgery to remove metal plates. The bio-absorbable plates promote natural healing and reduce the risk of complications, making them especially suitable for young patients and athletes. This achievement has significantly advanced the field of orthopedic surgery, improving patient outcomes and reducing recovery times.
The university’s development of a military health evaluation system in 2013 was a significant achievement in optimizing the health of military personnel. This system integrates various health metrics, such as physical fitness, mental health, and sleep patterns, to provide a comprehensive assessment of soldiers' well-being. The system helps military doctors track the health status of service members and intervene early in cases of physical or mental health issues, ensuring that soldiers are fit for duty. It has enhanced the overall health management of military personnel, improving performance and reducing health-related issues in the military.
In 2012, the university developed an advanced trauma care system specifically designed for military applications. This system, which integrated new surgical techniques, portable medical devices, and telemedicine, enabled rapid and effective care for soldiers injured in combat. It has significantly improved the chances of survival for soldiers by providing immediate and life-saving care on the battlefield. The university's trauma care system has since been adopted by other military medical units worldwide and has played a crucial role in improving military medical care during conflicts
In 2011, the university introduced an advanced, portable emergency ventilator designed for use in combat and emergency situations. This ventilator is compact, lightweight, and capable of functioning under harsh environmental conditions. It allows military medical teams to provide life-saving respiratory support to soldiers injured in the battlefield or in remote locations where conventional medical equipment might not be available. The ventilator has become an essential tool in emergency medicine and is widely used in both military and civilian settings to provide critical respiratory care
In 2009, the university developed an innovative, portable medical imaging system for use in battlefield diagnosis. This system allowed military medical teams to perform rapid diagnostic imaging, such as X-rays and ultrasounds, on injured soldiers in the field. By providing real-time diagnostic information, the system enabled doctors to make quicker, more informed decisions about treatment, greatly improving survival rates for injured soldiers. The invention has proven vital in combat situations, where time-sensitive medical interventions are necessary, and it has been a crucial advancement in military trauma care.
In 2008, the Fourth Military Medical University founded the School of Aerospace Medicine, a pioneering institution dedicated to the study of human physiology and health in extreme environments such as outer space and high altitudes. This achievement highlighted the university's emphasis on advancing medical research for military and aerospace purposes. The school has since made significant contributions to training military personnel, astronauts, and medical professionals in managing health issues related to air and space travel. It has become a leading research center for aerospace medicine in China.
In 2008, the Fourth Military Medical University developed mobile medical units that provided healthcare services to remote and underserved areas. These units, fully equipped with diagnostic tools and medical supplies, were designed to offer healthcare to soldiers in isolated areas or to civilians in disaster zones. The innovation has been crucial in extending medical care to places where traditional hospitals or clinics may not be available, ensuring that individuals receive the treatment they need in emergencies. The mobile units have played a vital role in improving healthcare accessibility in challenging environments
In 2006, the Fourth Military Medical University achieved a major medical milestone by performing China's first face transplant. This groundbreaking surgery was conducted at the university's affiliated hospital, marking a significant step in the field of reconstructive surgery. The transplant was performed on a patient who had suffered severe facial injuries in an accident, and the procedure involved transplanting skin, bone, and facial tissues. The success of this transplant helped elevate China's capabilities in medical technology and solidified the university's reputation as a leader in medical innovation.
In 2012, the Fourth Military Medical University introduced an advanced trauma care system tailored for military use. This system was designed to provide faster, more efficient care for soldiers injured on the battlefield. The system integrated new surgical techniques, portable medical devices, and telemedicine capabilities, ensuring that soldiers could receive immediate care, even in remote or combat zones. The system was revolutionary in its ability to stabilize and treat patients quickly, which dramatically improved survival rates for soldiers wounded in action, and has since been adapted for civilian emergency medical systems.
In 2006, the Fourth Military Medical University achieved a major medical breakthrough by conducting China’s first face transplant. This groundbreaking surgery was performed at the university's hospital, marking a milestone in the country's medical capabilities. The transplant was carried out on a patient who had sustained severe facial injuries in an accident. The procedure, involving the transplantation of skin, bone, and facial tissues, successfully restored the patient's appearance and functionality. This invention demonstrated the university's commitment to advancing transplant technology and became a symbol of medical innovation in China.
In 2016, the Fourth Military Medical University unveiled a robotic surgical assistance system that has since become a key tool in the university’s hospitals. The system is designed to assist surgeons in performing precise and minimally invasive surgeries. By integrating robotic arms with advanced imaging technology, the system allows for greater accuracy in surgery, reducing the risk of complications and speeding up recovery times. This invention has been pivotal in the fields of oncology, neurology, and orthopedics, and it is now used in both military and civilian medical practices around the world.
In 2015, the Fourth Military Medical University achieved another milestone with the world’s first uterine transplant that resulted in a live birth. This remarkable achievement took place in collaboration with a team of surgeons, led by experts from the university’s medical research institute. The transplant was performed on a woman born without a uterus, allowing her to carry and give birth to her own child. This success was a significant step in the field of reproductive medicine and a breakthrough in the treatment of infertility, demonstrating the university’s cutting-edge approach to medical research.
In 2014, the university developed a bio-absorbable bone plate, which is a significant advancement in orthopedic surgery. Unlike traditional metal plates, these bio-absorbable plates dissolve over time as the bone heals, eliminating the need for removal surgery. The plates are made from materials that safely dissolve within the body, promoting natural healing and reducing the risk of complications associated with metal implants. This invention has had a profound impact on the treatment of bone fractures, particularly in young patients and those with active lifestyles, and has been adopted worldwide.
In 2013, the university developed a military health evaluation system that is used to monitor the physical and mental health of military personnel. The system integrates data from various health metrics, such as fitness levels, sleep patterns, and psychological assessments, providing a comprehensive view of a soldier's well-being. This system helps military doctors track the health status of service members, enabling early detection of health issues and ensuring that soldiers are fit for duty. The system has been instrumental in improving the health and performance of military personnel, reducing incidents of fatigue, illness, and injury
The university developed a specialized emergency ventilator in 2011 designed for use in combat zones. This ventilator is lightweight, portable, and capable of functioning in harsh environments, making it ideal for treating soldiers with respiratory failure due to combat injuries or environmental factors. The invention was developed to meet the specific needs of military medical teams, enabling them to provide life-saving respiratory support in areas where traditional medical equipment might be unavailable. The ventilator has been adopted by military units worldwide and is also used in emergency medical situations in civilian hospitals.
The Fourth Military Medical University pioneered the development of a high-load physiological simulator in 2010, designed specifically for military pilots. This simulator mimics the physical and psychological stress pilots experience during extreme maneuvers and high-speed flights. It was developed by the university’s School of Aerospace Medicine, where experts integrated medical research with advanced technology to create a realistic training environment for pilots. The simulator is used to assess pilots’ responses to physical strain, fatigue, and stress, and is essential for selecting astronauts and pilots in China’s aerospace programs.
The Fourth Military Medical University developed an advanced medical imaging system in 2009 specifically designed for use in battlefield settings. The system is portable and capable of providing rapid diagnostic imaging, such as X-rays and ultrasounds, even in the most challenging environments. This system allows military doctors to quickly assess injuries and make informed decisions about treatment, saving precious time and improving outcomes. It has been particularly useful in trauma care, where immediate diagnosis is critical to determining the best course of action for patients injured in combat.
The Fourth Military Medical University introduced mobile medical units in 2008 to provide healthcare services to remote and underserved areas. These units are fully equipped with diagnostic tools, medical supplies, and portable surgical facilities, allowing them to deliver high-quality medical care to military personnel and civilians in hard-to-reach regions. The mobile units are especially valuable during natural disasters, conflict zones, or in rural locations where traditional healthcare facilities are not available. The innovation has been praised for its role in extending healthcare access to vulnerable populations and ensuring timely medical intervention.
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