NURS 1067 Week 10
Understanding Pain
Definition of Pain:
“An unpleasant sensory and emotional experience associated with actual or potential tissue damage or described in terms of such damage” (International Association for the Study of Pain [IASP], 2012a, as found in RNAO, 2013, p.17).
Complex Nature of Pain:
Perception influenced by affective, cognitive, behavioral, or sensory components.
Stimuli that can trigger pain includes physical (e.g., injury), psychological (e.g., stress), or both.
Pain perception is further shaped by past experiences, culture, and situational factors.
Importance of Pain Management
Human Rights Perspective:
Pain management is recognized as a human right.
Unmanaged pain is prevalent across ages:
Neonatal populations
Surgical clients
A significant portion of older adults live with chronic pain.
Common myths about pain persist.
Reflective Exercise
Explore the accuracy of common beliefs about pain in the follow-up slides.
Pain Misbeliefs about Infants and Children
MISBELIEF | FACT |
|---|---|
Infants’ nervous systems are immature and not capable of pain perception. | Infants can perceive pain. |
Infants are less sensitive to pain than older children and adults. | They can be equally sensitive. |
Infants are incapable of remembering pain, so it should have no lasting effects. | Pain can have lasting effects. |
Infants must learn about pain from experience. | Pain recognition can occur without prior experience. |
Infants and young children are incapable of expressing pain; if they express, it cannot be assessed. | They express pain through behaviors and cues. |
Opioids are more dangerous for infants and children than for adults. | Misunderstandings around opioid use exist. |
Pain Misbeliefs about Adults and Older Persons
MISBELIEF | FACT |
|---|---|
Considerable unrelieved pain is expected post-surgery. | Pain can be managed effectively. |
Observable signs of pain are more reliable than self-reports. | Self-reports are crucial and often more reliable. |
Patients will inform us when they are in pain and will use the term “pain.” | Some patients may not disclose pain. |
People using opioids for pain are addicts. | Opioids can be used responsibly for pain management. |
Pain correlates directly with tissue injury. | Pain perception is variable. |
Pain is normal with aging and decreases intensity. | Older adults can experience severe pain. |
Pain assessment is not possible in cognitively impaired older persons. | It can be assessed through alternative means. |
Physiology of Pain
Types of Pain:
Nociceptive Pain:
Arises from actual or threatened damage to non-neural tissue; activates nociceptors.
Types:
Somatic Pain:
Originates from bones, joints, muscles, connective tissues, and skin.
Visceral Pain:
Originates from internal organs, possibly due to obstructions or tumors.
Neuropathic Pain:
Caused by lesions or diseases impacting the somatosensory nervous system and verified by diagnostics.
Classification of Pain
**Types: **
Acute Pain:
Has an identifiable cause; resolves once the cause is treated or healed.
Duration typically less than 6 months.
Chronic Pain:
Can be intermittent or persistent; not necessarily linked to an identifiable cause.
Cancer Pain:
Can be a combination of acute, chronic, nociceptive, or neuropathic pain.
Breakthrough Pain:
Transient and intense pain episode that can be incident-related or idiopathic (no known cause).
Factors Influencing Pain
Physiological Factors:
Includes age, fatigue, heredity, and neurological function.
Social Factors:
Influence of attention, previous experiences, and family support.
Spiritual Factors.
Psychological Factors:
Anxiety, fear, and the meaning of pain can affect perception.
Cultural Factors.
Pain Behavioural Responses
Facial expressions: Grimacing, clenched teeth, lip biting, tightly closed eyes.
Behavioral indicators: Rubbing, guarding, or immobilizing the painful area.
Vocalizations: Moaning, groaning, sighing.
Social withdrawal or despondency.
Physiological Responses to Pain
Physiological changes may include increased heart rate (HR), blood pressure (BP), respiratory rate (RR), pallor, and diaphoresis.
Caution: Physiological responses should not solely be used to assess or diagnose pain, as they may vary significantly among individuals.
Complications Related to Pain
Development of anxiety, depression, and other mood disorders.
Decreased overall quality of life.
Increased difficulty with Activities of Daily Living (ADLs).
Negative impacts on personal and social life, including loss of work and independence.
Lengthened healing times and burden on healthcare systems.
Nursing Assessment of Pain
Pain is referred to as the 5th vital sign.
Importance of routine screening at:
Admission, changes in medical status, during and after procedures.
Self-report of Pain:
Considered the “gold standard” for pain assessment (Potter et. al., 2014, p.1027).
Nurses must initiate assessment; reliance on clients to self-report is insufficient.
Key Considerations in Nursing Assessment
Be conscious of personal beliefs and values when conducting assessments.
Assess vital signs for physiological indicators.
Evaluate behavioral manifestations of pain.
Assess characteristics of pain using the OPQRSTUV assessment framework:
Onset
Provoke/Palliative
Quality
Region/Radiation
Severity
Timing/Treatment
Understanding/Impact
Values
OPQRSTUV Assessment Details
Onset:
When did the pain begin? How long does it last? How often occurs?
Provoking/Palliating Factors:
What brings it on? What alleviates it? What exacerbates it?
Quality:
How would the patient describe the pain?
Region/Radiation:
Where is the pain? Does it radiate anywhere?
Severity:
Rate the pain intensity on a scale of 0 (no pain) to 10 (worst pain). At best, worst, and on average.
Timing/Treatment:
Is the pain constant or intermittent? What treatments currently being used? How effective are they?
Understanding/Impact:
What do they believe is causing the pain? Any accompanying symptoms? Impact on themselves or family?
Values:
What goals do they have regarding pain management? What is an acceptable pain level for them?
Pain Assessment Tools
Evidence-based tools improve reliability and validity in pain assessments.
Non-Verbal Assessment Tools:
For those unable to communicate verbally about pain:
Infants/Children: FLACC scale
Older Adults with Cognitive Impairments: PAINAD
Types of Pain Assessment Tools
Uni-dimensional Tools:
Assessing a single aspect, primarily pain intensity.
Examples: Numerical Rating Scale [NRS 0-10], categorical scale, Faces Pain Scale-Revised.
Multidimensional Tools:
Assessing multiple aspects of pain.
Examples: Brief Pain Inventory [BPI], McGill Pain Questionnaire – Short-Form [MPQ-SF].
Specific Pain Assessment Scales
Faces Pain Scale-Revised:
Utilizes facial expressions to rate pain levels among children.
Numerical Pain Rating Scale:
Scale of 0 (no pain) to 10 (severe pain).
Descriptive Pain Scale:
Categories from no pain to unbearable pain.
Specific Tools for Assessment
FLACC Pain Scale:
A pain assessment tool for non-verbal children. Categories scored from 0 to 2 on Face, Legs, Activity, Cry, and Consolability yielding a total score from 0 to 10.
Score Interpretation:
0: Relaxed and comfortable
1-3: Mild discomfort
4-6: Moderate pain
7-10: Severe discomfort or pain
Goals and Interventions for Pain Management
Collaborative Approach in Pain Care:
Involvement of various health professionals: RN, RPN, PSW, Physiotherapist, Occupational Therapist, Psychologist, Child Life Specialist, etc.
Nursing Interventions for Pain Management
Ongoing assessment and monitoring of pain status.
Support for Activities of Daily Living (ADLs) and providing comfort in positioning.
Anxiety support related to pain.
Educate patients and families about pain management.
Advocate for appropriate pain management for all clients.
Consult with a designated pain management team when available.
Medical Management Strategies
Timing for Medication:
Administer medications before pain escalates; assessment and education are vital.
Maintaining stable serum levels of medication enhances effectiveness.
Medications Used:
Acetaminophen:
For mild to moderate pain, can be combined with opioids for severe pain. Monitoring for hepatotoxicity is important.
NSAIDs:
For mild to moderate pain. Can lead to GI issues if used chronically. Examples: Ibuprofen, Aspirin.
Adjuvant Therapy:
Augments the effect of primary medications (e.g., Tricyclic antidepressants, anticonvulsants).
Opioids (Narcotics):
Indicated for moderate to severe pain. Continuous monitoring for side effects is crucial, including sedation and respiratory depression.
Alternative Strategies for Pain Management
Techniques such as relaxation and guided imagery, distraction, and biofeedback.
Acupuncture and cutaneous stimulation (e.g., therapeutic touch, TENS).
Cognitive Behavioral Therapy (CBT) as a feasible methodology.
Safety Considerations: Risk for Falls
Definition of a Fall:
“An event that results in a person coming to rest inadvertently on the ground or floor or other lower level, with or without injury” (World Health Organization [WHO], 2016, as stated in RNAO, 2017, p. 22).
Negative consequences of falls can include declines in self-esteem, confidence, anxiety, social withdrawal, and loss of independence.
Statistics on Falls in Canada
Leading cause of injury-related deaths, hospitalizations, and disabilities. (Parachute, 2015).
Approximately 30% of individuals over 65 in the community experience falls annually; this rate jumps to 50% in those over 80 (National Institute for Health and Care Excellence [NICE], 2013).
About 95% of hip fractures stem from falls, with 20% of these being fatal (PHAC, 2014).
Risk for Falls
Many falls can be anticipated and prevented; however, some cannot, necessitating strategies to mitigate fall-related injuries.
Fall prevention is a shared responsibility among healthcare professionals.
Interventions must be tailored to each individual’s context.
Fall Prevention Recommendations
Implement a flow chart for assessing fall risk and prevention strategies.
At minimum, screening and assessments should include previous fall history and mobility challenges.
Maintain universal falls precautions; rescreen if notable changes in health status occur.
Intervention Strategies
Educate patients and families on fall prevention.
Promote exercise and physical training.
Review and modify medications associated with falling.
Dietary recommendations to support bone health.
Consider the use of hip protectors for fall prevention.
If a fall occurs:
Follow agency protocols, assess for injuries, and monitor for complications.
Introduction to Restraints
Definition of a Restraint:
“A restraint is a physical, chemical, or environmental means of controlling an individual’s behavior or actions” (Potter et. al., 2014, p. 812).
Types include:
Physical Restraints:
Limit a client's ability to move (e.g., bed rails, seat belts).
Environmental Restraints:
Control a client's access to different areas (e.g., secured units).
Chemical Restraints:
Psychoactive medications not used for therapeutic purposes but to control behavior.
Controversy Surrounding Restraint Use
Restraints raise ethical concerns due to safety issues and adverse patient outcomes.
A least-restraint approach is recommended.
Careful review of agency policies on restraint use is crucial.
Focus areas include:
Assessment, prevention, alternative approaches.
Interventions for de-escalation and crisis management.
Alternatives to Restraints
Strategies may include enhanced supervision, trained sitters, and adjusted staffing.
Use of distraction, diversional activities, and environmental adjustments to reduce agitation.
Promote de-escalation using calm communication and simple statements.
Evaluate and manage medications that may contribute to behavioral issues.
Ensure comfort measures such as relaxation and pain management are prioritized.