Prosthetics By: Sarah Teague The branch of surgery or of dentistry that deals with the replacement of missing parts with artificial structures.

Slides:



Advertisements
Similar presentations
Assistive Devices.
Advertisements

EUROPEAN ASSISTIVE TECHNOLOGY RESEARCH THEMES Rachel Cowan, Dave Reinkensmeyer, Mary Rodgers.
Bioengineering is the use of engineering to solve problems in biology, medicine, human behavior, health, and the environment. Technology Interactions.
Amanda Neves URI Biomedical Engineering.  Fit of the prosthesis is extremely important for the comfort of the limb and prevent skin irritation or pain.
Upper Limb Prosthetics
Upper limb prosthesis in PP Trans humeral amputation.
Prosthetic Arms By: Ryan McDonough. History of Prosthetic Arms Before this mainly prosthetic hands were made out of iron But in 1508 a knight had two.
Lower Limb Prostheses Description
Alex Joyce.  An artificial device to replace or augment a missing or impaired part of the body.
No More Peg Legs and Hooks Better Prosthetic Design through Engineering.
Electromyography, Myoelectric signals and their use in Controlling Prosthetic Limbs Brian Kennedy.
Presentation for Think, Speak, Write by Jeremy Kaulfus Wesley Mazac Josh Reeter.
Group 6 – Charleta Williams, Eric Trizis, Randy Tejeda, Adam Harte, Dwayne Wolfe, Marcus Mitchell, and Shiquita Green.
LONG-DISTANCE VIRTUAL TELEPATHY Made by: Elijah Labaco.
PROSTHESIS MUHAMMAD FARRUKH BASHIR FCPS(ORTHO) MUHAMMAD FARRUKH BASHIR FCPS(ORTHO)
Prosthetic Limbs Designed by: Angelika, Olivia, Julie, and Chris.
BIOMEDICAL REPAIR.
Biotechnology Prosthetics
What is Biomechanics Biomechanics is a branch of science which employs mechanical and engineering principles to study biological systems The objectives.
OMEGA ® Scanner Overview. Introduction The OMEGA® Tracer® System allows practitioners to create prosthetic and orthotic devices electronically instead.
Physically Impaired Without the technology available today the physically impaired would face more hardships then they face everyday. The technology available.
Orthotics & Prosthetics
Lauren McDonough BME 281 Short Presentation November 28, 2012.
ORTHOTICS, PROSTHETICS, TANGIBLE REHABILITATION 1 Sadeeq Ali PhD Scholar University of Malaya, Malaysia Rehab Now National Conference.
Combat Wound Induced Prosthetics Ryan Dolan. Casualties in Iraq and Afghanistan Over 50,000 soldiers wounded 16,000 of these have been severe, disabling.
Upper Limb Prosthetic Adaptation/Redesign Group 6 Cassie Edwards, Meg Stevenson, Amy Thomas, Meagan Williams Advisor: Dr. Mark Richter Aaron Fitzsimmons.
Printed by ROBOTIC PROSTHESIS AND ITS BENEFITS Jennifer Rodriguez and Elliot Felipe The Episcopal Cathedral School Prosthesis is.
Ankle Joint Prosthesis Sarah Lovell- BME281 Presentation 1.
Terrance Stanley "Terry" Fox. Title Page More Terrance Stanley "Terry" Fox was born in Winnipeg, Manitoba, and raised in Port Coquitlam, British Columbia,
 Introduction Introduction  Robots Robots  Flying Cars Flying Cars  Holographs Holographs  Artificial body parts Artificial body parts  Questions.
Valerie Fortin BME 181 Spring 2013 Controlling Prosthetic Devices.
Frank Nawaz ED 315.  An artificial device used to replace a missing body part, such as a limb.
Information on Prosthetics What Prosthetics are and their Uses.
Prosthetics A Short Look at the History and Applications of Prosthetics.
By Olivia Laney 2 nd block February 15 th,  The earliest evidence of prosthetics can be found in Cairo, Egypt and it dates back as far as
Myoelectric Prostheses By: Courtney Medeiros BME /26/11.
BIOMEDICAL REPAIR he_new_bionics_that_let_us_run_clim b_and_dance?language=en.
By : Maeve, Jennifer, Claire, Vidhi
Improved Lower Limb Prosthesis
This article and any supplementary material should be cited as follows: Alcaide-Aguirre RE, Morgenroth DC, Ferris DP. Motor control and learning with lower-limb.
PROSTHETIC AND ARTIFICIAL ORGANS SESSION: 12BME SEMESTER: 7 TH (FINAL YEAR) SUBJECT TEACHER: HIBA PERVAIZ 1.
Replacing our body parts Prosthetics. When a lizard loses his tail Some lizards can grow them back, like this green anole lizard below. But as you can.
Evolution of Prosthetics
Myoelectric Prosthetics
NO MORE PEG LEGS AND HOOKS BETTER PROSTHETIC DESIGN THROUGH ENGINEERING.
Arm as Good as New Ethan Leavell Sulamita Staroverova Jalen VanTrease Tolu Amudipe.
Prosthetic Hand Dola Ram,12263,Nit Hamirpur. Prosthetics Disease & amputations have been common throughout history People with visibly different abilities.
Targeted Muscle Reinnervation for Control of Myoelectric Arm Prostheses By. Rory Makuch.
Part 1: Assessment for Prosthetic Use & Stump Management.
PROSTHETIC LEG PRESENTED BY:-AWAIS IJAZ HASNAT AHMED KHAN.
Prosthetics. What are Prosthetics? A prosthetic is an artificial device that replaces a missing body part. There are many different prosthetic body parts.
Project Update Limb-itless Chris Bruce, Anna Chen, Grant Hofmeister February 22, 2007.
Medical Aids and Devices
Bionics Help for the disabled.
Prosthesis in Transtibial Amputation
Bionic Prostheses Structure ● Lexical field ● Prostheses in general ● History ● Bionical model ● Types of lower limb prostheses ● Paralympics.
Prosthetics and orthotics
An above-knee artificial leg invented by Ambroise Paré (mid-16th century). (From Paré A: Oeuvres Complétes, Paris, 1840, with permission from the National.
Date of download: 10/16/2017 Copyright © ASME. All rights reserved.
No More Peg Legs and Hooks
SIW Theme: The DENTURES Done:Sagimuratov Y. 123-groupe,GMF
Advancement of UE Prosthetics
Prosthesis & Brain Application (AP & NT)
Total Joint Replacement surgery | The Knee Klinik.
BTY100-Lec#6.3 Biomedical Engineering Bionics.
Bionics 4 Kevin Warwick.
Upper Limb Prosthetic Adaptation/Redesign
Computers and Disabilities
Chapter 26: Ambulatory Aids.
Presentation transcript:

Prosthetics By: Sarah Teague The branch of surgery or of dentistry that deals with the replacement of missing parts with artificial structures.

 Originated in the western civilizations of Egypt, Greece, and Rome.  The earliest known artificial limb was made around 500 B.C., when Herodotus wrote about a prisoner who escaped by cutting off his foot and replacing it with wood later.  Later in 300 B.C., a copper and wooden leg was used in Capri, Italy.  In 1529, Ambroise Pare, a French surgeon introduced amputation and later developed prosthetic limbs in a scientific manner.

 500 B.C.: Wooden foot  300 B.C.: a copper and wooden leg was used in Capri, Italy.  1696: Pieter Verduyn, a Dutch Surgeon, developed the first non-locking prosthesis for below the knee.  1898: first artificial limb that could be moved by muscle contractions.  : During WW1, prosthetics were further enhanced through the use of telephones and phone directories.  2000: Prosthetics are made of plastic and fiberglass, and some are controlled by thoughts.

 Pylon: the internal frame or skeleton of the limb. It provides structural support and is more recently made of light carbon-fiber composites. They can be enclosed by foam material that can be shaped and colored to look like skin.  The socket is the part of the prosthetic device that interfaces with the person's limb stump or residual limb.  The suspension system : keeps the prosthetic limb attached to the body. It can come in different forms such as a harness system or a suction.

 Myo-electric Limbs: A replacement device for lost limbs that uses the electromyographic activity of a contracting muscle as a control signal.  Electric prostheses use small electric motors to move the replaced limb.  Computerized Prosthetic Devices allow for greater mobility.

 "How Prosthetic Limbs Work." How Stuff Works. How Stuff Works, Web. 12 Feb . "The History of Prosthetics.". timetoast, Web. 12 Feb . "The History of Prosthetics." about.com Inventors. about.com, Web. 12 Feb > . "Modern Prosthetics." Prosthetics and Orthotics Hanger inc.. Hanger Inc., Web. 13 Feb < /Pages/LEComponentry.asp&xgt;