2. COMMON SKELETAL INJURIES  Fracture  Dislocation  Sprain

3. FRACTURE  Fracture  Break in the bone  Simple  Bone is cracked or completely broken into two or more pieces  Compound  Broken ends of the bone stick out through the skin

4. DISLOCATION  Dislocation  Occurs when the end of a bone comes out of its joint.

5. SPRAIN  Sprain  occurs when ligaments are stretched too far and tear in places.  Most common joint injury

6. IDENTIFYING INJURY  X-RAYS  Takes pictures on the BONE  MRI (Magnetic Resonance Imaging)  Takes pictures of SOFT TISSUE (muscle, ligaments, brain tumors, etc.)

7. Procedure X-RaysMRI Effect on body’s cells Types of injuries identified How they work Cost

8. Procedure X-RaysMRI Effect on body’s cells Can cause damage Types of injuries identified How they work Cost

9. Procedure X-RaysMRI Effect on body’s cells Exposure to radiation No damage Types of injuries identified How they work Cost

10. Procedure X-RaysMRI Effect on body’s cells Exposure to radiation No damage Types of injuries identified Bones only. Fractures & dislocations How they work Cost

11. Procedure X-RaysMRI Effect on body’s cells Exposure to radiation No damage Types of injuries identified Bones only. Fractures & dislocations Torn tendon, spinal cord injury, brain tumor How they work Cost

12. Procedure X-RaysMRI Effect on body’s cells Exposure to radiation No damage Types of injuries identified Bones only. Fractures & dislocations Torn tendon, spinal cord injury, brain tumor How they workThe rays are blocked by denser tissue creating a shadow/picture on the image. Cost

13. Procedure X-RaysMRI Effect on body’s cells Exposure to radiation No damage Types of injuries identified Bones only. Fractures & dislocations Torn tendon, spinal cord injury, brain tumor How they work The rays are blocked by denser tissue creating a shadow/picture on the image. Body tissue that contain water are made to emit a signal which are detected by the scanner forming the picture Cost

14. Procedure X-RaysMRI Effect on body’s cells Exposure to radiation No damage Types of injuries identified Bones only. Fractures & dislocations Torn tendon, spinal cord injury, brain tumor How they work The rays are blocked by denser tissue creating a shadow/picture on the image. Body tissue that contain water are made to emit a signal which are detected by the scanner forming the picture CostLow Cost- less than 500 dollars

15. Procedure X-RaysMRI Effect on body’s cells Exposure to radiation No damage Types of injuries identified Bones only. Fractures & dislocations Torn tendon, spinal cord injury, brain tumor How they work The rays are blocked by denser tissue creating a shadow/picture on the image. Body tissue that contain water are made to emit a signal which are detected by the scanner forming the picture CostLow Cost- less than 500 dollars High Cost – 1200 to 4000 dollars

16. X-RAYMRI

17. TREATING INJURIES  Cast  Joint Replacement  Arthroscopy

18. CAST  Cast  Hard casing to let bone heal naturally.

19. JOINT REPLACEMENT  Joints are injured or diseased and require treatment.  EXAMPLE:  Arthritis  Disease of the joints that makes movement painful.  Joint is replaced with an artificial one made of metals or plastics.  Doctors can replace knees, shoulders, hips, fingers. And wrists.

20. ARTHROSCOPY  Joint injuries can also be treated by arthroscopic surgery.  Doctors make a small incision and insert a slim, tube-shaped instrument called an arthroscope into the joint.  A camera attached to the arthroscope projects the image from inside the joint onto a monitor.  Small tools are then used to repair the damage through the small incisions.