Whiplash Injury in Sports
This document discusses whiplash injuries, which occur when the neck is forcefully whipped backward or forward. It defines whiplash and provides details on the anatomy of the neck. Common causes are motor vehicle accidents and contact sports. Signs and symptoms range from neck pain and stiffness to neurological issues. Treatment includes rest, physical therapy such as exercises and modalities, and surgery for more severe injuries. Risk factors include previous neck injuries and degenerative spine conditions. Most patients improve within weeks but some issues can become chronic.
3. Cervical sprain and strain are injuries that
commonly occur with whiplash injuries.
Whiplash occurs when the neck is forcefully
whipped backward or forward.
The muscles, ligament, tendons, disc, and nerves of
the neck are susceptible to injury.
4. Whiplash injury is an acceleration-deceleration
mechanism of energy transfer to the neck which
may results from rear-end or side impact.
The energy transfer may result in bony or soft tissue
injuries(whiplash injuries), which in turn may lead
to a wide variety of clinical manifestations(whiplash
association disorders).
5. ANATOMY
The human spine is made up of 33 spinal
bones, called vertebrae. Vertebrae are
stacked on top of one another to form the
spinal column. The cervical spine is
formed by the first seven vertebrae
referred to as C1 to C7.(C1) connects to
the bottom edge of the skull.
A bony ring attaches to the back of the
vertebral body. the rings form a hollow
tube. This bony tube surrounds the spinal
cord as it passes through the spine.
6. Two spinal nerves exit the sides of each
spinal segment, . As the nerves leave the
spinal cord, they pass through a small bony
tunnel on each side of the vertebra, called a
neural foramen.
Each spinal segment includes two vertebrae
separated by an intervertebral disc, The disc
is a specialized connective tissue structure
that separates the two vertebral bodies of the
spinal segment.
7. An intervertebral disc is made up of two
parts. The center, called the nucleus,. The
nucleus is held in place by the annulus, a
series of strong ligament rings surrounding
it.
There are two facet joints between each
pair of vertebrae one on each side of the
spine. The surfaces of the facet joints are
covered by articular cartilage.
The alignment of the facet joints of the
cervical spine allows freedom of movement
as you bend and turn your neck.
11. High impact sports-
Soccer
Rugby
Ice hockey
Basketball
Skiing
gymnastics
12. Classed by severity of signs and symptoms
WAD 0 No complaints or physical signs
WAD 1 Neck complaints but no physical signs
WAD 2 Neck complaints and musculoskeletal signs
WAD 3 Neck complaints and neurological signs
WAD 4 Neck complaints and fracture / dislocation
13. SIGNS -
SYMPTOMS
Neck pain and swelling
Stiffness
Headache
Fatique
Dizziness
Tenderness or pain in
shoulder, upper back and arm.
Tingling or numbness in the
arm.
Loss of ROM in the neck.
14. LATE SYMPTOMS-
Blurred vision
Ringing in the ear
Sleep disturbances
Irritability
Difficulty in concentration
Memory problem
Depression
16. HISTORY-
Demographic information
Injury onset of symptoms
Current complaints
Relative medical information
Activities of daily living
Vocational information
20. UPPER LIMB
TENSION TEST
ULTT1- median nerve dominant tension
test that uses shoulder abduction.
ULTT2A- median nerve dominant
tension test that uses shoulder girdle
depression and external rotation of the
shoulder.
ULTT2B- radial nerve dominant tension
test that uses shoulder girdle depression
and internal rotation of the shoulder.
ULTT3- ulnar nerve dominant
tension test that uses shoulder
abduction and elbow flexion.
21. Protect from further injury
Reduce pain
Increase mobility
Prevent chronicity
Return to normal activities
Increase strength and function
22. In acute stage(0-2 week)-
Rest-first 24 hours after injury
Ice pack or ice massage-10-15 hours for first 3 days
Soft cervical collars
36. Grade 1- no medication
Grade 2/3- NSAID
Muscle relaxant- diazepam/ baclofen
Grade 4- surgical treatment to reduce dislocation or
stabilize the cervical spine.
37. Underlying degenerative disease of the spine
High risk sports
Poor strength and flexibility of the neck
Previous neck injury
Being unaware of the impending impact
38. Some patients starts improving with in a few weeks.
50-60% eventually make a full recovery.
2-5% continue to complain of symptoms
39. Orthopaedic Physical Therapy by Robert A.
Donatelli/ Michael J. Wooden
Apley’s System of Orthopaedics And Fractures by
louis solomon, david warwic, selvadurai nayagam
Clinical Sports Medicine By Peter Brukner and
Karim Khan
www.intl.elsevierhealth.com/journals/jbmt