Disruptive Technology, Assignments of Engineering

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• GROUP

1 DISRUPTIVE TECHNOLOGY

PART ONE

EXAMPLES OF DISRUPTIVE TECHNOLOGY

DISRUPTIVE HEALTHCARE TECHNOLOGY

MAJOR

TECHNOLOGY

TRENDS

DISRUPTING

HEALTHCARE

IOMT THE INTERNET OF MEDICAL THINGS

TELEHEALTH

SMART TECHNOLOGY

DISRUPTIVE HEALTHCARE TECHNOLOGY

PHYSICS & ENGINEERING PRINCIPLE

• Non-living scaffolds
• Provide support or structure.
• Have ones that can dissolve after tissue grows around it. (Sugar)

BIOMATERIAL

• Living cell suspensions.
• (will cellularize the structure.)
• Sterile printing conditions.
• Requisite cell-to-cell distances.
• Correct output. (not too much, not too little)

BIOINK

GRAPHICAL EXPLANATION OF 3D BIOPRINTING

PROCESS OF BIOPRINTING IMPLEMENTATION

CUSTOM-MADE PROSTHETICS

USING 3D PRINTING

3D PRINTED BONES

MAJOR APPLICATIONS OF 3D PRINTING

3D PRINTED ORGAN

3D PRINTED PROSTHETICS

AND ORTHOTICS

3D PRINTED CASTS

HANDS AND ARMS

LEGS AND FEET

ARTIFICIAL BODY PARTS

CUSTOM-MADE CASTS

3D PRINTED BONES

The 3D printing process has a very high accuracy,

resulting in implants that fit perfectly onto the

bone of the patient, as designed. Even very

complex shapes and designs can be 3D printed;

for example 3D printing enables the production

of implants with engineered (controlled) porosity,

similar to natural bone

3D PRINTED ORGANS

A printable organ is an artificially constructed device

designed for organ replacement, produced using 3D

printing techniques. The primary use of printable

organs is in transplantation. Research is currently

being conducted on artificial heart, kidney, and liver

structures, as well as other major organs