Injury Prevention & Rehabilitation Revision

Slides:



Advertisements
Similar presentations
Sprain / Strain Josipa Karamarko Mentor: A. Žmegač Horvat.
Advertisements

Synovial Joints  Tendon and Ligaments  Knee & Hand ligament  Cartilage and Arthritis  Hip Replacement  Bursa  Synovial Capsule and Fluid  Ankle.
Sports Fitness Injuries. Session 13 Objectives The student will learn how to define, identify, and treat the basic sports injuries associated with wellness.
I NJURY AND R ECOVERY Lesson 6. I DENTIFY SIX WARNING SIGNS OF INJURY There is always a chance that you’ll get hurt during physical activity. Your chances.
Introduction to Sports Injuries. General Definitions Acute injuries – Happen at one specific instant Chronic injuries – Happen due to prolonged abuse.
SPORTS INJURIES. Chronic and Acute  Chronic injuries are caused by continuous stress over a long period of time  i.e. Golfers elbow, tennis elbow, shin.
 Injury Prevention for Basketball Officials River Valley Health.
Fred Battee Iv.  Injury caused when playing a sport  Often due to overuse  At times could be traumatic.
Sports Injuries Lab Day
Sports Injuries Learning Objectives:
Common Dance Injuries The Foot and Ankle. The Foot Dancer’s Fracture "I landed badly from a jump and now it hurts to walk.” Causes: Most common acute.
What you will learn about in this topic: 1.Common injuries 2.Treatment of injuries 3.The effect of injury on sports performance Injuries 2.
Dance Safety The Basics…. Our Bodies Bones, which give us a frame, and protection of certain organs Muscles, allow us to move, and determine how and.
Sports Injuries – Lesson 1. * It has been suggested that 25% of injuries could be avoided if athletes took the correct preventive steps. * However, there.
Protective Equipment. Purposes  Wearing protective equipment in most cases is voluntary.  Many elite athletes are often motivated to use protective.
Injury and First Aid Learning Objectives: To consider the types of sports injuries that can occur and how these can be prevented. To understand the action.
a)  RICE  Rest – stop the activity as soon as the injury occurs to prevent making it any worse.  Ice – applied to injured area for mins then.
Unit 5 :Injury in Sport BTEC Level 2 Diploma in Sport Kevin Browne.
How could these relate to muscles?
Sports Medicine and Your Feet Dr. Dennis R. Frisch Boca Raton Podiatry 30 SE 7 th St Boca Raton, FL
Unit 5: Injury In sport BTEC Level 2
Chapter 13 Lecture © 2014 Pearson Education, Inc. Preventing Exercise-Related and Unintentional Injuries.
A Brief Introduction to Sports Injuries PSE 4U Department of Health and Physical Education Westdale Secondary School.
Nine Causes of Injury 1.Loading 2.Intrinsic Factors 3.Extrinsic factors 4.Over-use 5.Alignment 6. Intensity 7. Effect of Levels 8. Gravity 9. Resistance.
1.2.4 – Active lifestyles and your muscular system
Preventing Exercise-Related and Unintentional Injuries PowerPoint ® Lecture Slide Presentation Copyright © 2009 Pearson Education, Inc., publishing as.
Athletic injuries 7th Grade Health.
Injury & First Aid Injury Lesson Objectives: Consider how injuries might be caused and the type of injury that results. Consider how injuries might be.
Sport Injuries. Introduction Injuries are common when you are engaged in regular exercise or if you are involved in a sport. Most of the injuries are.
10 PASS. Muscle and Skeletal Systems  Before we begin we need to have a recap of the muscular and skeletal systems. Go to
Injuries to the Lower Leg, Ankle, and Foot. Anatomy  Provide stable base of support and a dynamic system for movement  Bones of the lower leg consist.
Types of Injuries Most injuries are either: Soft Tissue Injuries, or Soft Tissue Injuries, or Bone and Joint Injuries. Bone and Joint Injuries.
Sprain / Strain. NBA Injuries EqUk --EqUk.
Chapter 2: Safe and Smart Physical Activity
Sports Injuries Exam Revision Questions
INTRINSIC RISK FACTORS – SPORTS INJURIES
Techniques and safe practice Internally / Externally caused injuries
Risk assessment and safe practice
2.4: Injuries Unit 2: Health, safety and training
Avoiding Running Injuries
Joint Injuries.
Muscle Fibres When we want to move our body, our brain sends signals to the special fibres within the muscles and these allow the movement to happen. There.
Chapter 2: Safe and Smart Physical Activity
PHED 3 Exercise Physiology Injuries in Sport – Exam Questions
Common Foot Taping Procedures
FQ2 Sports medicine and the demands of specific athletes Children & young athletes Overuse.
Sprains, Strains, Dislocations, and Fractures
Fitness for Life Unit 4.
Sports Fitness Injuries.
Sports Injuries Chapter 6.
Optimising training and preventing injury
Preventing Exercise-Related and Unintentional Injuries
Sports Injuries Lab Day
Exercise physiology Injury prevention & rehabilitation
Sports Injuries 1.
CQ1 – How are sports injuries classified and managed?
HSC PDHPE – CQ3 DP4 CQ3 – What role do preventative actions play in enhancing the wellbeing of the athlete?
A-Level Physical Education
Injury & Recovery Exercising Caution.
Injuries to the Foot.
Soft tissue injuries Tears, Sprains, contusions
Chapter 2: Safe and Smart Physical Activity
Injury and Recovery.
First Aid The aim of this lesson is to learn about common sporting injuries and prevention techniques.
How to Get the Best Treatment for Sports Injuries.
Presentation transcript:

Injury Prevention & Rehabilitation Revision

Define acute and chronic injuries and provide a sporting example for each. (4) Acute - have a short onset period, they happen fairly rapidly, and are caused by a specific moment. E.g. twisted ankle in netball Chronic - develop in a slow manner over a longer period of time. Are longer lasting or constantly recurring. E.g. Tennis elbow

Define the terms sprain and strain, providing an example of each. (4) Sprain - ligament injury caused by a wrenching or twisting action (e.g. a twisted ankle) Strain - pulled or torn muscle (e.g. pulled hamstring) State two other types of soft tissue injury. (2) Torn cartilage Haematoma Cuts and abrasions

State and describe 3 ways in which a performer can reduce their chances of injury. (6) Joint support – use of tape to support weaker joints and prevent ligament damage Protective equipment – suitable for the sport (e.g. shinpads for football) Suitable footwear – prevents range of injuries such as shin splints and Achilles tendonitis. Footwear must provide correct level of friction. Training / conditioning - exercises aimed to achieve balanced muscle strength and stability at joints. Core strength training. Technique – incorrect technique can lead to injury.

What advice would you give to a sportsman looking to buy suitable footwear to minimise their risk of injury. (6) Shoes that don’t fit properly can cause shin splints, hip injuries, lower back pain, Achilles tendonitis, blisters, runner’s knee. Footwear also needs to provide sufficient friction against the playing surface. Need to consider: Shoe size Arch of the foot Gait analysis How the individual runs. Are they: Neutral (Normal pronation) Pronated Supinated.

Describe the immediate treatment for soft tissue injuries. (6) Protection - Prevent further impact on the injured area. Optimal Loading - Prevent excessive force through injured area (body weight). Ice - Apply ice to injured area to reduce pain and swelling. Compression - Use cling film with the ice, or specific clothing, to apply pressure and restrict swelling. Elevation - Raise the injured area above the heart to assist the removal of swelling.

Name 4 methods which can be utilised to assist in the recovery from training. (4) Complete rest Ice baths / cryotherapy Nutrition / hydration Light aerobic exercise Stretching Massage Contrast showers Hyperbaric chambers Oxygen tents Compression clothing

Explain what is meant by the term ‘kinetic chain’ (3) A weakness in one area can cause an injury in another. Injuries to limbs are often caused during explosive movements when there is an imbalance or biomechanical deficiency. If rehabilitation focusses solely on the injured area, it is likely that the injury will reoccur.

What are the potential benefits of compression clothing in the recovery from training? (4) increases venous return reduces exercise induced muscle damage (EIMD) accelerates recovery processes removes lactic acid faster increases muscle oxygenation