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Shuji Shimizu, MD Chairman, Medical WG, APAN, Director, Telemedicine Development Center of Asia, Kyushu University Hospital, Fukuoka, Japan
Jan 14, 2013 at TIPS2013, Hawaii
Telemedicine : Where Medical community meets Network community
Telemedicine Doctors to patients
Examination Tele-surgery
Doctors to doctors Consultation Education
But, was NOT popular in medical community
Why not?
Remote education
• New diagnoses and therapies one after another • Continuous education for young doctors/students.
• Save time & travel expenses • Scalability: Easy repeat & Large audience
HUGE demands in education!
<Economical & Effective!>
Int’l Teleconf/Live demo
Expensive!
Satellite ISDN/Narrow
Poor image!
1990s
Situations dramatically changed in 2002
We use BIG Internet!
QGPOP
Big Broadband Network: Bandwidth 2G
Japan
Korea Good team
Key technologies DVTS (Digital video transport system)
Academic network (Research and education network)
2000s
Start of practical telemedicine
Casual setting Endoscopy live demonstration
Kyushu Univ. Nagasaki Univ.
(2006.8.21)
• Easy • Cheap
Big formal meeting: Live surgery
2006.4.13
Seoul => Fukuoka International Convention Center
High Quality
Another technical breakthrough
MCU for DVTS
2005
China-Japan Early Gastric Cancer Teleconference
Tokyo/JP Fukuoka/JP
Fudan U, Zhongshan Hosp/CN 2011.11.15 PUMCH/CN
Mutli-site DVTS
Video
KR
China
Gastric cancer
Thailand
India
Vietnam
Malaysia
JP
Taiwan
Singapore
Central & Latin America
Recovery Less cost Back to work
Endosc
Early
Admission Recurrence Death
Ope
Advanced
Diagnosis and treatment
Education for early detection is very important.
Surgical revolution: Endoscopic surgery Open Endoscopic
Japan Singapore
Philippines
France
China
Australia
Korea
2007.8
First connection to Europe @ APAN-Xian
• Germany • Italy • Belgium • Czech • Spain • Norway • Lithuania
TEIN
First to Cape Town in South Africa Kyushu U, JP
Cho Ray, VN
U Cape Town, ZA
2011.9.21 2011.3 VIDEO
2004.7
Sapporo
2004.1
Beijing
2004.12
2005.1
Tokyo
Bangkok
Shanghai
Singapore
Kuala Lumper
NUS
2004.7
2004.1
Brisbane
Manila Philippine U
Bandung ITB 2005.11
2005.6
Iwate 2005.7
2005.11
Taichung 2005.11
New Dehli ERNET
2004.10
HaLong 2006.6
2006.7
2006.7
Taipei
Mumbai Tata MH
2003.2 Jilin
Jakarta, UI
Hanoi
Melbourne Sydney
Auckland
2007.3
Canberra ANU
Hawaii
Ho Chi Min Cho Rai Hosp
2007.1
2007.1
Before 2005
After 2008 2006 - 2007
2007.1 Adelaide
Flinder’s Hosp
2005.11
2007.3
California
2007.1 Stanford, UC Irvine Hong
Kong
Brazil
Fukuoka Yokohama
Cairnes
Egypt Cairo U
2007.8 <Asia Medical Project>
32 countries 205 institutions 325 events
Seoul
Europe
South Africa
Decade of DVTS
DVTS challenge to Latin America
Brazil/-3
• Jan 15 (Wed), 2013
• 8:30-10:00
• Endoscopy case
conference
Hawaii /-10(+14)
Chile/-4
Mexico/-3
UY/-3
APAN-Hawaii
1. Better quality with smaller bandwidth - better compression system - bigger commercial network 2. Mobile technology - anytime, anywhere
New Technologies 2010s
Generalization! H.323/Vidyo/DVTS
Pros & Cons: Medical viewpoints • HD-H.323 is the easiest to use, but all the stations
have to purchase costly equipment. And the movie quality is not good at multiple connection. There are some incompatibility problems among companies.
• Vidyo can be used with PC and receiving image quality is good even with multiple connections. But to send a video clip, they need to purchase special equipment. And camera is only for a small group.
• DVTS requires 30Mbps, and IEEE1394 gets much less popular. But movie quality is good at all the stations both for sending and receiving at multiple settings. Equipment is cheap and common.
Conclusions 1. Global telemedicine is now in practice
both in quality and cost, but there are still lots of hospitals who want to join.
2. There is no single solution to meet all the medical requirements yet, and so further development is awaited.
3. We sincerely appreciate the continuous support of collaborating engineering people.