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TECHNOLOGY TRENDS
THAT CAN CHANGE
HEALTHCARE DYNAMICS
-AYUSH AGARWAL
-PM/2015/402 .
-NIPER-HYD .
1
Flow of Presentation
 3D Printing
 Artificial Intelligence
 Internet of Things
 NanoBots
 Head Transplant
 Conclusion
 References
2
3D Printing
Also called:
 Additive manufacturing
 Rapid prototyping Technology
 Bio-Printing
HISTORY
 Technology of 1980s
 Chuck Hull, patented 3D technology process- Stereolithography in 1986.
3
3D Printing
 Prosthetics & Implants
 Reconstructing bones
 Tissue Fabrication
 Customised Body Parts
 Dental Surgery
 Teeth-straightening braces
 Hearing Aids
 Pharmaceutical Drugs
4
3D Printing in Pharma
Spritam (levetricetam), a drug for epilepsy was 3D Printed.
Same approved by FDA in August 2015
5
Reconstructing Bones
 British surgeon Craig Gerrand
 Implanted 3D printed Titanium Pelvis 60 year
old cancer patient.
Feb, 2014
6
Prosthetics &
Implants
Motorcyclist Stephen Power
before and after surgery.
Used 3D Printing to create
cheek bones, jaws and nose.
Mar, 2014
7
Kaiba Gionfriddo
 6 weeks old
 severe form of tracheobronchomalacia
 CT Scan of bronchus was obtained
 Created computer model of splint
 3D Printed digital model into physical
object.
 Tube-shaped splint was
sewn around Kaibas airway
 Even after 20 months, no
breathing problem
8
3D Printing Industry
$3.07Bn
$12.3Bn
$21Bn
2013
2018
2021
9
Artificial Intelligence
 Empowering Machines
 Clinical Decision support
 For Alzheimers Patient
 Predict Drug Resistance
 Support adherence to medication
 Robotic Surgery
 IBM Watson
10
WATSON
Smartest machine ever built
Natural Language, Hypothesis generation, Evidence based learning capabilities
Clinical Decision Support System
Uses treatment guidelines, electronic medical record data, notes from physicians and nurses,
research materials, clinical studies, journal articles, and patient information
11
Internet of Things
 Empowering machines
 Connected devices
 Wearable technology
Applications:
 Intel Smart Band : Tracks how much patients with Parkinsons disease shake, allow doctors to
collate better information faster.
 Better patient compliance
 Handwash compliance monitoring
$117Bn Industry by 2020 and 10 times more units will be connected to internet.
12
13
Poul Houle, Centervilles 17 year old teen,
USA
8 sept, football training, before match
practice, APPLE SMARTWATCHs heart rate
monitor tested heartbeat normal between 60
& 70.
Heartbeat raised to 145 after two practices
and informed Poul about it.
Its normal but even after resting, heartbeat
remained same.
Later diagnosed with Rhabdomyolysis
Sept, 2015
14
NanoBots in Blood
 Miniature robots
 Function like our own white blood cells and destroy bacteria and other pathogens
 Far from being utilized today
 Delivering chemotherapy 1000 times more powerful than using drugs
 Would not cause as many side-effects to patients like the current treatments do
 Can destroy bacteria, carry oxygen, create blood clots for wounds, and repair cells
15
Types of NanoBots
Microbivore,
Respirocyte,
Clottocyte, and
Cellular repair nanobots
16
Head Transplant
Moores law: Simulation of human brain into a supercomputer at faster perceived speed than a
biological brain.
Challenges: Limited understanding of required accuracy, computational speed, plus more data
is required.
Worlds first head transplant is under process and is scheduled in 2017 after future research to
support operation success.
Brain Preservation
 CryoPreservation
 ChemoPreservation
17
Conclusion
Technology is revolutionising Healthcare day by day. Some technologies are currently in stage of
infancy and are very promising for healthcare dynamics in future.
3D printing is expected to grow from prototyping technology to a greater extent. And
technologies like NanoBots although are far from being utilized but definitely the future
somehow.
IoT is surely a winner because more and more devices and things are going to connect to the
internet as per estimates.
18
19

More Related Content

Technology trends that can change healthcare dynamics slideshare

  • 1. TECHNOLOGY TRENDS THAT CAN CHANGE HEALTHCARE DYNAMICS -AYUSH AGARWAL -PM/2015/402 . -NIPER-HYD . 1
  • 2. Flow of Presentation 3D Printing Artificial Intelligence Internet of Things NanoBots Head Transplant Conclusion References 2
  • 3. 3D Printing Also called: Additive manufacturing Rapid prototyping Technology Bio-Printing HISTORY Technology of 1980s Chuck Hull, patented 3D technology process- Stereolithography in 1986. 3
  • 4. 3D Printing Prosthetics & Implants Reconstructing bones Tissue Fabrication Customised Body Parts Dental Surgery Teeth-straightening braces Hearing Aids Pharmaceutical Drugs 4
  • 5. 3D Printing in Pharma Spritam (levetricetam), a drug for epilepsy was 3D Printed. Same approved by FDA in August 2015 5
  • 6. Reconstructing Bones British surgeon Craig Gerrand Implanted 3D printed Titanium Pelvis 60 year old cancer patient. Feb, 2014 6
  • 7. Prosthetics & Implants Motorcyclist Stephen Power before and after surgery. Used 3D Printing to create cheek bones, jaws and nose. Mar, 2014 7
  • 8. Kaiba Gionfriddo 6 weeks old severe form of tracheobronchomalacia CT Scan of bronchus was obtained Created computer model of splint 3D Printed digital model into physical object. Tube-shaped splint was sewn around Kaibas airway Even after 20 months, no breathing problem 8
  • 10. Artificial Intelligence Empowering Machines Clinical Decision support For Alzheimers Patient Predict Drug Resistance Support adherence to medication Robotic Surgery IBM Watson 10
  • 11. WATSON Smartest machine ever built Natural Language, Hypothesis generation, Evidence based learning capabilities Clinical Decision Support System Uses treatment guidelines, electronic medical record data, notes from physicians and nurses, research materials, clinical studies, journal articles, and patient information 11
  • 12. Internet of Things Empowering machines Connected devices Wearable technology Applications: Intel Smart Band : Tracks how much patients with Parkinsons disease shake, allow doctors to collate better information faster. Better patient compliance Handwash compliance monitoring $117Bn Industry by 2020 and 10 times more units will be connected to internet. 12
  • 13. 13
  • 14. Poul Houle, Centervilles 17 year old teen, USA 8 sept, football training, before match practice, APPLE SMARTWATCHs heart rate monitor tested heartbeat normal between 60 & 70. Heartbeat raised to 145 after two practices and informed Poul about it. Its normal but even after resting, heartbeat remained same. Later diagnosed with Rhabdomyolysis Sept, 2015 14
  • 15. NanoBots in Blood Miniature robots Function like our own white blood cells and destroy bacteria and other pathogens Far from being utilized today Delivering chemotherapy 1000 times more powerful than using drugs Would not cause as many side-effects to patients like the current treatments do Can destroy bacteria, carry oxygen, create blood clots for wounds, and repair cells 15
  • 17. Head Transplant Moores law: Simulation of human brain into a supercomputer at faster perceived speed than a biological brain. Challenges: Limited understanding of required accuracy, computational speed, plus more data is required. Worlds first head transplant is under process and is scheduled in 2017 after future research to support operation success. Brain Preservation CryoPreservation ChemoPreservation 17
  • 18. Conclusion Technology is revolutionising Healthcare day by day. Some technologies are currently in stage of infancy and are very promising for healthcare dynamics in future. 3D printing is expected to grow from prototyping technology to a greater extent. And technologies like NanoBots although are far from being utilized but definitely the future somehow. IoT is surely a winner because more and more devices and things are going to connect to the internet as per estimates. 18
  • 19. 19

Editor's Notes

  • #4: Charles Hull in 1986 patented sterelithography method of 3D printing which uses UV light and it was the first ever patent in 3D printing.