3D Medical Tech Boosts Anatomical Precision by 98%
- HANOI – The newly established 3D Technology Association in medicine of Vietnam (3DTMA) aims to revolutionize medical practices through the application of advanced 3D technology.
- Trang Dung, president of the 3DTMA, emphasized the meaningful benefits of 3D technology in medicine, notably in surgical procedures.
- “When applying 3D models, surgery is personalized, ‘tailored’ for each patient,” Dung said.
3D Technology Promises Precision Medicine Revolution in Vietnam
Table of Contents
- 3D Technology Promises Precision Medicine Revolution in Vietnam
- 3D technology Promises Precision Medicine Revolution in Vietnam: Your Questions Answered
- What is the 3D Technology Association in Medicine of Vietnam (3DTMA)?
- What is the main goal of the 3DTMA?
- How does 3D technology improve surgical accuracy?
- How is 3D technology personalizing patient treatment?
- What are the wide-ranging applications of 3D technology in medicine?
- What is the significance of the 3DTMA for Vietnamese medicine?
- What activities will the 3DTMA focus on in the 2025-2030 period?
- how does 3D technology differ from traditional surgical methods?
- Key Benefits of 3D Technology in Medicine
HANOI – The newly established 3D Technology Association in medicine of Vietnam (3DTMA) aims to revolutionize medical practices through the application of advanced 3D technology. the association’s founding congress, held May 16 in Hanoi, highlighted the potential of 3D technology to enhance surgical precision and personalize patient care.
Enhanced Surgical Accuracy and Personalized Treatment
Speaking at the congress, Prof. Dr. Trang Dung, president of the 3DTMA, emphasized the meaningful benefits of 3D technology in medicine, notably in surgical procedures. She noted that 3D knee surgery, such as, achieves anatomical precision rates of 98% or higher.
“When applying 3D models, surgery is personalized, ‘tailored’ for each patient,” Dung said. She contrasted this with traditional surgery based solely on a doctor’s experience, where procedures for different patients might be nearly identical. “if the 3D model is applied,even for the same patient,each left and right knee has a difference,calculated in millimeters,” she explained,highlighting the technology’s capacity for individualized precision.
Wide-ranging Applications
The applications of 3D technology extend across various medical fields, including cardiology, oncology, and orthopedics. The technology is increasingly vital for creating anatomical models of human body parts and developing surgical positioning devices, optimizing surgical and treatment processes.
A Milestone for Vietnamese Medicine
Professor Dung stated that the establishment of the 3DTMA represents a crucial step forward in integrating advanced 3D technology into research, education, and medical practice within Vietnam. She described it as “the initial milestone on the trip to develop an intuitive, precise and personalized medicine in Vietnam and bring Vietnamese medical care to global medical care trends.”
Association’s Goals and focus
The 3DTMA is the first professional association in Vietnam to unite scientists, doctors, engineers, and companies to foster enduring development within the 3D creative technology ecosystem for medical care. This initiative marks the begining of a transformative era in medicine, encompassing anatomical models, surgical simulations, and the production of customized medical devices.
Looking ahead to the 2025-2030 period, the association will concentrate on several key activities, including:
- Organizing specialized training courses on 3D technology in medicine.
- Building a network of research centers dedicated to the application of 3D medical technology on an international scale.
- Promoting public-private and international collaborations in the research and development of 3D medical products.
3D technology Promises Precision Medicine Revolution in Vietnam: Your Questions Answered
What is the 3D Technology Association in Medicine of Vietnam (3DTMA)?
The 3DTMA is a newly established professional association in Vietnam focused on integrating advanced 3D technology into medical practices. Founded with the goal of revolutionizing healthcare, the association brings together scientists, doctors, engineers, and companies to foster the growth of 3D creative technology within the medical ecosystem.
What is the main goal of the 3DTMA?
The primary aim of the 3DTMA is to revolutionize medical practices in Vietnam through the application of advanced 3D technology. This includes enhancing surgical precision, personalizing patient care, and driving Vietnamese medical care toward global medical trends.
How does 3D technology improve surgical accuracy?
According to Prof. Dr. Trang Dung, president of the 3DTMA, 3D technology allows for significantly enhanced surgical accuracy. For example, 3D knee surgery can achieve anatomical precision rates of 98% or higher.This level of precision is a marked enhancement over conventional methods, where procedures might be less tailored to individual patient anatomy.
How is 3D technology personalizing patient treatment?
3D models allow for personalized surgery, tailored to each patient’s unique anatomy. dr. Dung highlights that even for the same patient, the 3D model can reveal millimeter-level differences between the left and right knees.This individualized approach contrasts with traditional methods where procedures could be nearly identical for different patients, lacking the precision of 3D modeling.
What are the wide-ranging applications of 3D technology in medicine?
3D technology has broad applications across various medical fields, including:
- Cardiology
- Oncology
- Orthopedics
The technology is used to create anatomical models of human body parts and develop surgical positioning devices, optimizing surgical and treatment processes.
What is the significance of the 3DTMA for Vietnamese medicine?
The establishment of the 3DTMA marks a crucial step forward in integrating advanced 3D technology into research, education, and medical practice within Vietnam. It represents “the initial milestone on the trip to develop an intuitive, precise and personalized medicine in Vietnam and bring Vietnamese medical care to global medical care trends.”
What activities will the 3DTMA focus on in the 2025-2030 period?
the association will concentrate on the following key activities:
- Organizing specialized training courses on 3D technology in medicine.
- Building a network of research centers dedicated to the application of 3D medical technology on an international scale.
- promoting public-private and international collaborations in the research and development of 3D medical products.
how does 3D technology differ from traditional surgical methods?
Traditional surgery often relies heavily on a surgeon’s experience, potentially leading to standardized procedures. 3D technology, however, enables personalized surgical planning and execution based on detailed anatomical models. This allows surgeons to tailor procedures to each patient’s unique needs with greater precision.
Key Benefits of 3D Technology in Medicine
Here’s a summary of the advantages highlighted in the association’s aims:
| Aspect | Benefit |
|---|---|
| Surgical Precision | Enhanced accuracy, e.g.,98% or higher precision in 3D knee surgery. |
| Personalized Treatment | “Tailored” surgical procedures based on individual patient anatomy. |
| Innovation | Supports the generation of anatomical models, and surgical simulations |
| Collaboration | Fosters development in 3D creative technology, uniting various professions for a unified approach. |