947
LEADERSHIP AND
MANAGEMENT IN SPINAL
INJURY CARE TEST BANK WITH
ACTUAL EXAM STUDY GUIDE
TIPS 2026 JUST RELEASED
VERSION
,948
Spinal Injury and Spine Motion
Restriction
The following items provide an overview to the purpose and content of this chapter. The Standard and Competency are
from the National EMS Education Standards.
STANDARD • Trauma (Content Area: Head, Facial, Neck, and Spine Trauma)
COMPETENCY • Applies fundamental knowledge to provide basic emergency care and transportation based on assessment
findings for an acutely injured patient.
OBJECTIVES • After reading this chapter, you should be able to:
32-1. Define key terms introduced in this chapter. 32-9. Delineate between spine motion restriction tech-
32-2. Review the anatomy and physiology of the spinal col- niques and the historical approach of spinal immobi-
umn, spinal cord, and tracts within the spinal column. lization techniques.
32-3. Discuss common mechanisms that may result in spi- 32-10. List and discuss the criteria often used to determine if
nal column or spinal cord injury. spinal motion restriction precautions can be withheld
32-4. Delineate between spinal column injury and spinal on a trauma patient.
cord injury. 32-11. Describe the guidelines and process for using spine
32-5. Discuss the pathophysiology underlying different motion restriction devices such as a cervical collar,
types of cord injury, including both complete and full body device, short spine device, and supplemen-
incomplete spinal cord syndromes. tal SMR equipment.
32-6. List the indications for transporting a trauma patient 32-12. List the procedural steps for providing spine motion
with spine motion restriction precautions in place. restriction techniques to the ambulatory patient.
32-7. Describe the assessment of pulse, motor function, 32-13. List the procedural steps for providing spine motion
and sensory function of a patient suspected of having restriction techniques to a patient seated in a vehicle,
an injury to the spine, and delineate between normal including the rapid rollout process.
and abnormal findings. 32-14. Explain spine motion restriction considerations when
32-8. Explain the assessment-based approach to spinal spinal injury is suspected for a patient wearing a
cord injury, including the incorporation of assessment helmet or for an infant in a car seat.
findings into a field impression and the appropriate
prehospital emergency care.
KEY TERMS • Page references indicate the first major use in this chapter. For complete definitions, see the Glossary at the
back of this book.
anterior cord syndrome p. 954 light touch tracts p. 950 spinal column p. 949
Brown-Séquard syndrome p. 954 lumbar spine p. 949 spinal cord p. 949
central cord syndrome p. 953 motor tracts p. 950 spinal shock p. 952
cervical spine p. 949 neurogenic hypotension p. 953 spine motion restriction (SMR) p. 952
coccyx p. 949 pain tracts p. 950 thoracic spine p. 949
complete spinal cord injury p. 952 priapism p. 952 vertebrae p. 949
disk p. 949 sacral spine p. 949
incomplete spinal cord injury p. 953 self-restriction p. 956
947
,949
is holding the girl still. The woman says, “She missed a
EMS Unit 106—respond to Rita’s Dance and Gym, 1403 maneuver off the top bar. She fell and hit the bottom bar
Lisbon Road. You have a 12-year-old female patient who with the middle of her back, then landed head first on the
has fallen. Time out is 1552 hours. floor.” The young girl is crying.
Upon your arrival, an assistant at the gym tells you that a During this chapter, you will learn special considerations
young girl fell during a gymnastics meet. She directs you of assessment and emergency care for a patient suffering
into an open gymnasium. Across the floor, you see a crowd from a possible spinal injury. Later we will return to the case
of people around a young girl lying on a mat. A woman and apply the procedures learned.
INTRODUCTION Parts of the Nervous System
Spine injuries are among the most formidable and trau- The nervous system has two major functions: communi-
matic you will manage as an EMT. Yet you might face cation and control. It enables the individual to be aware
the probability of such injuries on almost a daily basis. of and react to his environment. It also coordinates the
Automobile crashes, shallow-water diving accidents, responses of the body to changes in the environment
motorcycle crashes, and falls are common causes of spi- and keeps body systems working together.
nal injury. Likewise, accidents during skiing, sledding, The nervous system consists of nerve centers and
football, and gymnastics can result in spinal injury. It nerves that branch off from the centers and lead to tis-
is your job as an EMT to recognize injuries that could sues and organs. Most nerve centers are in the brain and
damage the spinal column or spinal cord and provide spinal cord.
appropriate emergency care. You must be aware that The structural divisions of the nervous system
improper movement and handling of patients in such (Figure 32-1 ■) are:
situations can lead to permanent disability or even death. • The central nervous system (CNS), which consists of
the brain and the spinal cord.
• The peripheral nervous system, which consists of
ANATOMY AND PHYSIOLOGY nerves located outside of the brain and spinal cord.
OF SPINAL INJURY The functional divisions of the nervous system are:
To appreciate the potential severity of spine injuries, you • The voluntary nervous system, which influences the
should begin by understanding the relationship between activity of voluntary (skeletal) muscles and move-
the nervous system and the parts of the skeletal system ments throughout the body.
most closely related to it: the skull and the spinal column, • The autonomic nervous system, which is automatic
also referred to as the vertebral column. Before continu- and influences the activities of involuntary muscles
ing, you might want to review the information about the and glands; the autonomic system is partly inde-
skeletal and nervous systems that was presented in the pendent of the rest of the nervous system. The
“Anatomy, Physiology, and Medical Terminology” chap- sympathetic nervous system and parasympathetic
ter, in the “Musculoskeletal Trauma and Nontraumatic nervous system are included in the autonomic ner-
Fractures” chapter, and in the “Head Trauma” chapter. vous system.
The Nervous System The Skeletal System
Injuries to the spine have the potential for severity The skeletal system gives the body its framework, sup-
because within the spinal column is the spinal cord. ports and protects vital organs, and permits motion.
This structure carries nerve impulses from most of the The bony framework of the body is held together by
body to the brain and back to the body. A single spinal ligaments—tough, fibrous connective tissue. The skel-
cord injury can affect several organs and body functions. eton is flexible enough to absorb and protect against
948
,950
CHAPTER 32 • Spinal Injury and Spine Motion Restriction
CENTRAL PERIPHERAL Spinal Vertebrae
NERVOUS NERVOUS curves
SYSTEM SYSTEM
Brain
Cranial
1
nerves 2
3
Cervical 4 Cervical 1–
5 7
6
7
1
2
3
4
5
Thoracic 6
Thoracic
7
8 1–12
9
10
Spinal 11
cord 12
Spinal
nerves 1
2
Lumbar Lumbar 1–
3
5
4
5
Sacral
Sacral
Coccygeal
■ FIGURE 32-1 Components of the central and peripheral nervous
systems.
■ FIGURE 32-2 The spinal (vertebral) column.
impacts and stress. The parts of the skeletal system that
protect the most important parts of the nervous system the vertebrae are bound firmly together by strong liga-
are the skull and the spinal column. ments. Between each two vertebrae is a fluid-filled pad
of tough elastic cartilage called a disk that acts as a
shock absorber. The spinal column, which surrounds
The Skull and protects the spinal cord, is divided into five parts
Resting at the top of the spinal column, the skull con- (Figure 32-2 ■):
tains the brain. The skull has two parts: the cranium (or
braincase) and the face. • Cervical spine. The first seven vertebrae that form
the neck. The cervical vertebrae are the most mobile
and delicate; injury to the cervical spine is the most
The Spinal Column common cause of spinal cord injury.
The spinal column, or vertebral column, is the princi- • Thoracic spine. The 12 vertebrae directly below the
cervical vertebrae that compose the upper back.
pal support system of the body. Ribs originate from it to
form the thoracic cavity, and the rest of the skeleton is
• Lumbar spine. The next five vertebrae that form the
lower back.
directly or indirectly attached to the spine.
Amazingly mobile, the spinal column consists of
• Sacral spine (sacrum). The next five vertebrae that
are fused together and form the rigid posterior portion
33 irregularly shaped bones called vertebrae. The body of the pelvis.
of a vertebra is the bulky portion that faces anteriorly in • Coccyx (tailbone). The four fused vertebrae that form
the spinal column. The posterior aspect of a vertebra is the lower end of the spine.
the spinous process. The spinous processes can be felt as
the bony projections along the spinal column. Lying one The spinal cord, composed of nervous tissue, exits
on top of the other to form a strong, flexible column, the brain through an opening at the base of the skull.
LEADERSHIP AND
MANAGEMENT IN SPINAL
INJURY CARE TEST BANK WITH
ACTUAL EXAM STUDY GUIDE
TIPS 2026 JUST RELEASED
VERSION
,948
Spinal Injury and Spine Motion
Restriction
The following items provide an overview to the purpose and content of this chapter. The Standard and Competency are
from the National EMS Education Standards.
STANDARD • Trauma (Content Area: Head, Facial, Neck, and Spine Trauma)
COMPETENCY • Applies fundamental knowledge to provide basic emergency care and transportation based on assessment
findings for an acutely injured patient.
OBJECTIVES • After reading this chapter, you should be able to:
32-1. Define key terms introduced in this chapter. 32-9. Delineate between spine motion restriction tech-
32-2. Review the anatomy and physiology of the spinal col- niques and the historical approach of spinal immobi-
umn, spinal cord, and tracts within the spinal column. lization techniques.
32-3. Discuss common mechanisms that may result in spi- 32-10. List and discuss the criteria often used to determine if
nal column or spinal cord injury. spinal motion restriction precautions can be withheld
32-4. Delineate between spinal column injury and spinal on a trauma patient.
cord injury. 32-11. Describe the guidelines and process for using spine
32-5. Discuss the pathophysiology underlying different motion restriction devices such as a cervical collar,
types of cord injury, including both complete and full body device, short spine device, and supplemen-
incomplete spinal cord syndromes. tal SMR equipment.
32-6. List the indications for transporting a trauma patient 32-12. List the procedural steps for providing spine motion
with spine motion restriction precautions in place. restriction techniques to the ambulatory patient.
32-7. Describe the assessment of pulse, motor function, 32-13. List the procedural steps for providing spine motion
and sensory function of a patient suspected of having restriction techniques to a patient seated in a vehicle,
an injury to the spine, and delineate between normal including the rapid rollout process.
and abnormal findings. 32-14. Explain spine motion restriction considerations when
32-8. Explain the assessment-based approach to spinal spinal injury is suspected for a patient wearing a
cord injury, including the incorporation of assessment helmet or for an infant in a car seat.
findings into a field impression and the appropriate
prehospital emergency care.
KEY TERMS • Page references indicate the first major use in this chapter. For complete definitions, see the Glossary at the
back of this book.
anterior cord syndrome p. 954 light touch tracts p. 950 spinal column p. 949
Brown-Séquard syndrome p. 954 lumbar spine p. 949 spinal cord p. 949
central cord syndrome p. 953 motor tracts p. 950 spinal shock p. 952
cervical spine p. 949 neurogenic hypotension p. 953 spine motion restriction (SMR) p. 952
coccyx p. 949 pain tracts p. 950 thoracic spine p. 949
complete spinal cord injury p. 952 priapism p. 952 vertebrae p. 949
disk p. 949 sacral spine p. 949
incomplete spinal cord injury p. 953 self-restriction p. 956
947
,949
is holding the girl still. The woman says, “She missed a
EMS Unit 106—respond to Rita’s Dance and Gym, 1403 maneuver off the top bar. She fell and hit the bottom bar
Lisbon Road. You have a 12-year-old female patient who with the middle of her back, then landed head first on the
has fallen. Time out is 1552 hours. floor.” The young girl is crying.
Upon your arrival, an assistant at the gym tells you that a During this chapter, you will learn special considerations
young girl fell during a gymnastics meet. She directs you of assessment and emergency care for a patient suffering
into an open gymnasium. Across the floor, you see a crowd from a possible spinal injury. Later we will return to the case
of people around a young girl lying on a mat. A woman and apply the procedures learned.
INTRODUCTION Parts of the Nervous System
Spine injuries are among the most formidable and trau- The nervous system has two major functions: communi-
matic you will manage as an EMT. Yet you might face cation and control. It enables the individual to be aware
the probability of such injuries on almost a daily basis. of and react to his environment. It also coordinates the
Automobile crashes, shallow-water diving accidents, responses of the body to changes in the environment
motorcycle crashes, and falls are common causes of spi- and keeps body systems working together.
nal injury. Likewise, accidents during skiing, sledding, The nervous system consists of nerve centers and
football, and gymnastics can result in spinal injury. It nerves that branch off from the centers and lead to tis-
is your job as an EMT to recognize injuries that could sues and organs. Most nerve centers are in the brain and
damage the spinal column or spinal cord and provide spinal cord.
appropriate emergency care. You must be aware that The structural divisions of the nervous system
improper movement and handling of patients in such (Figure 32-1 ■) are:
situations can lead to permanent disability or even death. • The central nervous system (CNS), which consists of
the brain and the spinal cord.
• The peripheral nervous system, which consists of
ANATOMY AND PHYSIOLOGY nerves located outside of the brain and spinal cord.
OF SPINAL INJURY The functional divisions of the nervous system are:
To appreciate the potential severity of spine injuries, you • The voluntary nervous system, which influences the
should begin by understanding the relationship between activity of voluntary (skeletal) muscles and move-
the nervous system and the parts of the skeletal system ments throughout the body.
most closely related to it: the skull and the spinal column, • The autonomic nervous system, which is automatic
also referred to as the vertebral column. Before continu- and influences the activities of involuntary muscles
ing, you might want to review the information about the and glands; the autonomic system is partly inde-
skeletal and nervous systems that was presented in the pendent of the rest of the nervous system. The
“Anatomy, Physiology, and Medical Terminology” chap- sympathetic nervous system and parasympathetic
ter, in the “Musculoskeletal Trauma and Nontraumatic nervous system are included in the autonomic ner-
Fractures” chapter, and in the “Head Trauma” chapter. vous system.
The Nervous System The Skeletal System
Injuries to the spine have the potential for severity The skeletal system gives the body its framework, sup-
because within the spinal column is the spinal cord. ports and protects vital organs, and permits motion.
This structure carries nerve impulses from most of the The bony framework of the body is held together by
body to the brain and back to the body. A single spinal ligaments—tough, fibrous connective tissue. The skel-
cord injury can affect several organs and body functions. eton is flexible enough to absorb and protect against
948
,950
CHAPTER 32 • Spinal Injury and Spine Motion Restriction
CENTRAL PERIPHERAL Spinal Vertebrae
NERVOUS NERVOUS curves
SYSTEM SYSTEM
Brain
Cranial
1
nerves 2
3
Cervical 4 Cervical 1–
5 7
6
7
1
2
3
4
5
Thoracic 6
Thoracic
7
8 1–12
9
10
Spinal 11
cord 12
Spinal
nerves 1
2
Lumbar Lumbar 1–
3
5
4
5
Sacral
Sacral
Coccygeal
■ FIGURE 32-1 Components of the central and peripheral nervous
systems.
■ FIGURE 32-2 The spinal (vertebral) column.
impacts and stress. The parts of the skeletal system that
protect the most important parts of the nervous system the vertebrae are bound firmly together by strong liga-
are the skull and the spinal column. ments. Between each two vertebrae is a fluid-filled pad
of tough elastic cartilage called a disk that acts as a
shock absorber. The spinal column, which surrounds
The Skull and protects the spinal cord, is divided into five parts
Resting at the top of the spinal column, the skull con- (Figure 32-2 ■):
tains the brain. The skull has two parts: the cranium (or
braincase) and the face. • Cervical spine. The first seven vertebrae that form
the neck. The cervical vertebrae are the most mobile
and delicate; injury to the cervical spine is the most
The Spinal Column common cause of spinal cord injury.
The spinal column, or vertebral column, is the princi- • Thoracic spine. The 12 vertebrae directly below the
cervical vertebrae that compose the upper back.
pal support system of the body. Ribs originate from it to
form the thoracic cavity, and the rest of the skeleton is
• Lumbar spine. The next five vertebrae that form the
lower back.
directly or indirectly attached to the spine.
Amazingly mobile, the spinal column consists of
• Sacral spine (sacrum). The next five vertebrae that
are fused together and form the rigid posterior portion
33 irregularly shaped bones called vertebrae. The body of the pelvis.
of a vertebra is the bulky portion that faces anteriorly in • Coccyx (tailbone). The four fused vertebrae that form
the spinal column. The posterior aspect of a vertebra is the lower end of the spine.
the spinous process. The spinous processes can be felt as
the bony projections along the spinal column. Lying one The spinal cord, composed of nervous tissue, exits
on top of the other to form a strong, flexible column, the brain through an opening at the base of the skull.
