logging in or signing up Classification of Traction in Nursing assignment_maker Download Post to : URL : Related Presentations : Let's Connect Share Add to Flag Embed Email Send to Blogs and Networks Add to Channel Copy embed code: Embed: Flash iPad Dynamic Copy Does not support media & animations Automatically changes to Flash or non-Flash embed WordPress Embed Customize Embed URL: Copy Thumbnail: Copy The presentation is successfully added In Your Favorites. Views: 473 Category: Entertainment License: All Rights Reserved Like it (0) Dislike it (0) Added: February 06, 2012 This Presentation is Public Favorites: 0 Presentation Description No description available. Comments Posting comment... Premium member Presentation Transcript Classification of Traction in Nursing: Classification of Traction in NursingPowerPoint Presentation: Traction is static in position that provides a form of immobilization. Traction can be continuous and intermittent. Continuous Traction is maintained all time for example, traction on an unrepaired fracture.PowerPoint Presentation: Intermittent Traction means it is either applied for short periods of time and for example, intermittent cervical traction or the traction which can be released for short periods of time.PowerPoint Presentation: Traction is used as running or balanced suspension traction. Running Traction can be applied to a body part with a pull in one direction or along one plane.PowerPoint Presentation: The only counter traction. It can be used in conjunction with skin or skeletal traction and also keeps the fractured area immobile when the patient moves.PowerPoint Presentation: Traction can be classified as manual or mechanical by the way it is applied to the patient’s body. Mechanical traction is also divided into skin and skeletal traction . Plaster and brace are the two other types of traction that are used in specific situations.PowerPoint Presentation: Here are some of the forms of the forms of Traction that are given below:PowerPoint Presentation: Manual Traction: Manual traction can be performed by a person’s hand exerting a pulling force. It is utilized to reduce fractures and dislocation and also helps to apply a steady pull while mechanical traction is released for readjustment or during a cast is applied.PowerPoint Presentation: Manual traction should be done with a smooth, firm grip as sudden jerky motions of the can cause extreme pain. Manual traction cannot be used easily as it is restricted to specific orders.PowerPoint Presentation: Skin Traction: Skin traction can be directly attached to the patient’s skin to disable a body part continuously or intermittently. The direct application of pulling force of patient’s skin and soft tissues can be effected by using adhesive or non-adhesive cast, a boot, a belt or a halter.PowerPoint Presentation: Skeletal Traction: Skeleton traction can be attached directly to the patient’s skeletal system to disable or immobilize a body part.PowerPoint Presentation: The direct application of pulling force to the patient’s skeletal system may be accomplished by attaching pins, screws, wires and tongs. Skeletal traction allows greater traction time and heavier weights than does skin traction.PowerPoint Presentation: Plaster Traction: Plaster traction is skeletal reaction applied by incorporating the ends of pins or wires in a cast that maintains a continuous pulling force. For example, when a short arm cast with skeletal traction on the thumb is used for correction of a first metacarpal fracture.PowerPoint Presentation: Brace Traction: Brace traction employs a brace to exert a pull on a portion of the body, as in the case of hyperextension braces or long leg braces for correction of leg alignment deformities due to fractures of the distal portion of the femur.PowerPoint Presentation: For more details please visit our websites at http://www.helpwithassignment.com/nursing-assignment-help and http://www.helpwiththesis.com You do not have the permission to view this presentation. In order to view it, please contact the author of the presentation.