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Technology | China's greatest export?
China's Healthcare Tech: AI, VR & Digital Twins
Technology has the ability to make our lives more convenient, connected and, let’s face it, downright fun.
When we arrived in China in 2017, we were quick to embrace mobile payments and became giddy every time we stepped into a shiny new EV.
But technology also has the ability to save lives.
In...
Technology has the ability to make our lives more convenient, connected and, let’s face it, downright fun. When we arrived in China in 2017, we were quick to embrace mobile payments and became giddy every time we stepped into a shiny new EV. But technology also has the ability to save lives. In this video, we learned how doctors are pioneering the use of digital twins, VR and 3D printing to better understand, and even repair, their patient’s bodies. We also witnessed first-hand how AI can help doctors diagnose the most serious of illnesses.
Explore China's cutting-edge technology, from convenient mobile payments to life-saving applications in healthcare. Witness firsthand how Huawei's technology empowers doctors at Sant Pau Hospital in Barcelona to utilize digital twins, VR, and 3D printing for groundbreaking medical advancements. Discover the potential of AI in disease diagnosis and the future of healthcare.
Technology has the ability to make our lives more convenient, connected and, let’s face it, downright fun. When we arrived in China in 2017, we were quick to embrace mobile payments and became giddy every time we stepped into a shiny new EV. But technology also has the ability to save lives. In this video, we learned how doctors are pioneering the use of digital twins, VR and 3D printing to better understand, and even repair, their patient’s bodies. We also witnessed first-hand how AI can help doctors diagnose the most serious of illnesses.
The presenter recalls spending six years in China trying electric vehicles and public transport, then explains that a serious knee accident and long recovery changed his interest toward everyday technology and healthcare. The video is filmed in Barcelona, where the hosts say Huawei invited them to see technology at an old hospital building described as 600 years old and a UNESCO World Heritage site. The site is identified in the input metadata as Sant Pau Hospital; the transcript pronunciation is garbled. Dr Mustafa shows a design and user-experience center with realistic 3D models of patients' bodies and hearts. Doctors can try devices on a model and practice complicated procedures before operating, and the models can help explain conditions to patients and families. The presenter tries virtual reality and views a digital heart from inside. A radiologist describes MRI imaging times: about two hours 40 years ago, around 40 minutes five years ago, and about 10 to 15 minutes now. The presenter says a shorter scan can make the experience less anxious. The radiologist says faster machines create more data, and that AI helps process and analyze it. In response to a question about pushback, the doctor says radiologists who use AI will be better positioned and describes using it to identify patients who warrant attention from a waiting list of 200. He also says the amount of storage needed is increasing by 30 percent each year. The hosts visit one of two data centers and learn the hospital's patient data is stored there. The presenter compares this with his own earlier experience carrying handwritten records between doctors after a knee injury. A doctor says records were once kept on discs such as CDs and DVDs, while another describes a goal of becoming a smarter hospital and finding patient history, images and data on one screen. The presenters reflect that healthcare technology can be less visible than consumer gadgets but important to patient care. They speculate about future prediction of heart attacks or strokes; this is their speculation, not a demonstrated capability in the video. No filming date is stated.
An English-speaking creator revisits the technology that shaped his six years in China before exploring healthcare technology in Barcelona. At Sant Pau Hospital, Dr Mustafa shows a design and user-experience center where patient-specific 3D models can help clinicians practice procedures and explain a condition to patients and families. The host tries virtual reality that lets him view and handle a digital heart. In radiology, a doctor describes how MRI scans that once took hours can now take roughly 10 to 15 minutes, while the growing amount of imaging data creates new demands. The doctors describe AI tools as a way to process and analyze scans and help flag patients who may need attention. The group also visits a data center and learns how digital records have replaced paper files, CDs, DVDs and floppy disks. The host connects the subject to his own earlier knee injury and reflects on how less visible technology supports healthcare.
A visit to Barcelona's Sant Pau Hospital explores patient-specific 3D models, virtual reality, faster MRI scans, AI-assisted radiology and digital records.
Barcelona Smart Hospital: 3D Models, VR, Faster MRI and AI
2:09 Doctors say the patient-specific 3D models let them try a device and practice a complicated procedure before operating. They also use the models to help patients and families understand a condition.
3:48 A radiologist compares MRI times: about two hours 40 years ago, around 40 minutes five years ago and roughly 10 to 15 minutes now. The presenter says shorter scans can make an anxious experience easier.
4:42 The radiologist says AI can process and analyze the growing volume of scan data. He describes using it to point out patients who may need attention, while the presenters note that this does not remove the wider data-storage challenge.
6:41 The presenter recalls carrying handwritten records from doctor to doctor after a knee injury. Hospital staff contrast that with digital patient histories and images that can be brought together on one screen.
2:09 Doctors say the patient-specific 3D models let them try a device and practice a complicated procedure before operating. They also use the models to help patients and families understand a condition.
3:48 A radiologist compares MRI times: about two hours 40 years ago, around 40 minutes five years ago and roughly 10 to 15 minutes now. The presenter says shorter scans can make an anxious experience easier.
4:42 The radiologist says AI can process and analyze the growing volume of scan data. He describes using it to point out patients who may need attention, while the presenters note that this does not remove the wider data-storage challenge.
6:41 The presenter recalls carrying handwritten records from doctor to doctor after a knee injury. Hospital staff contrast that with digital patient histories and images that can be brought together on one screen.
0:00 Technology and a new healthcare focus
0:49 Arriving at the Barcelona hospital
1:46 Exploring patient-specific 3D models
2:49 Trying virtual reality with a heart model
3:36 MRI imaging times and radiology
4:42 Using AI to analyze medical data
5:39 Data growth and hospital storage
6:20 A look at the data center
6:41 The presenter's earlier knee injury
7:25 Moving toward a smarter hospital
8:03 Reflecting on healthcare technology
0:00 Technology and a new healthcare focus
0:49 Arriving at the Barcelona hospital
1:46 Exploring patient-specific 3D models
2:49 Trying virtual reality with a heart model
3:36 MRI imaging times and radiology
4:42 Using AI to analyze medical data
5:39 Data growth and hospital storage
6:20 A look at the data center
6:41 The presenter's earlier knee injury
7:25 Moving toward a smarter hospital
8:03 Reflecting on healthcare technology
How can patient-specific 3D models help doctors?
Doctors say they can try devices and practice complicated procedures on a model before operating. The models can also help explain a patient's condition to the patient and family.
What does the video show the presenter doing in virtual reality?
He views a digital heart, grabs it, enlarges it and looks at structures from inside.
How have MRI scan times changed, according to the radiologist?
He says a scan took about two hours 40 years ago, around 40 minutes five years ago, and roughly 10 to 15 minutes now.
What role does AI play in the radiology department?
The radiologist says it helps process and analyze imaging data and can draw attention to patients who may need review.
How quickly is hospital data growing?
A doctor says the amount of storage needed is increasing by about 30 percent each year.
How were patient records handled before the digital system?
The presenter recalls carrying handwritten documents between doctors. Hospital staff mention records kept on CDs, DVDs and floppy disks before moving toward digital histories and images on screen.
