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Pain Assessment
OPQRSTUV
Pain Assessment: Onset
When did the pain start?
Pain Assessment: Provocative or palliative
Increase with movement or activity?
Relieved with rest?
Previous treatments effective?
Pain Assessment: Quality of pain
What does your pain feel like?
Words to describe pain?
Pain Assessment: Region of body/Radiation
Where?
Radiates?
Pain Assessment:Severity
How would you rate on an intensity scale?
Pain Assessment: Timing/Treatment
Constant, dull, or intermittent?
Changed over time?
Pain-free periods?
What treatments have worked in the past?
Pain Assessment: Understanding of pain
What patient believes is causing the pain?
Pain Assessment: Values
What is your acceptable level of pain?
Anything else?
Visual analogue scale
A tool that uses a line or scale to help rate pain intensity
Numeric rating or descriptive scale
0 - 10 (10 being the worst pain you have ever felt)
Faces pain scale
Can be administered to patients 4-5 years of age (6 faces ranging from no pain to very much pain)
Nonverbal/Behavioral Pain Assessment:
Acute pain behaviours
Persistent (chronic) pain behaviours
The unconscious individual
Nonverbal/Behavioral Pain Assessment: Acute pain behaviours
At high risk of undertreatment if unable to report pain
If nonverbal but cognitively intact, the intensity may be indicated by a numerical rating scale, written description, or pointing to the location
Nonverbal/Behavioral Pain Assessment: Persistent (chronic) pain behaviours
Adapt over time
May give little indication of pain
Higher risk for under detection
Ask pt how he or she behaves when in pain
Nonverbal/Behavioral Pain Assessment: The unconscious individual
Grimacing, wincing, moaning, rigidity, arching, restlessness, shaking, pushing to indicate pain
Before Assessment:
Gather all supplies
Pt gown/drape, stethoscope, thermometer, sphygmomanometer (blood pressure cuff), pulse oximeter, penlight, otoscope, ophthalmoscope, pen/paper or computer
Ensure room is lit well, & warm
Scan to see what is connected to pt
Wash hands
Follow routine practices & additional precautions
General Approach to Assessment:
Reduce pt anxiety by being confident, self-assured, considerate, and unhurried
It is normal as a beginning practitioner to feel less self-assured with worry about technical skill, missing a finding, forgetting a step, dealing with a partially dressed pt
Use a systemic approach (head-to-toe, systems, pre-printed form)
Document findings as you go
Engage in pt education as you go
Consider developmental differences
Do vital signs
Subjective Data: health history (skin)
Previous history of skin disease (allergies, hives, psoriasis, or eczema)
Change in pigmentation
Change in mole skin/colour
Excessive dryness or moisture
Pruritus: itching
Excessive bleeding
Rash or lesion
Medications
Hair loss
Change in nails
Environmental or occupational hazards
Self-care behaviours
Objective data: physical examination (skin)
Equipment needed
Strong direct lighting
Small centimetre ruler
Penlight
Gloves
Look in skin folds, at feet, between toes (dark, warm, moist)
Braden scale can predict pressure sore risk
Objective data: SKIN (Inspect and palpate)
Colour
General pigmentation
Presence of freckles, moles, birthmarks
Widespread colour change
Pallor
Erythema
Cyanosis
Jaundice
temp-hypothermia/hyperthermia
Moisture- diaphoresis/dehyrdation
Mole Assessment
A: Asymmetry
B: Boarder
C: Color
D: Diameter
E: Evolving
ABCDE Mole Assessment: Asymmetry
if you draw a line through the middle of the mole, the halves of a melanoma will NOT match sizes
ABCDE Mole Assessment: Boarder
the edges of an early melanoma tend to be UNEVEN, crusty or notched
ABCDE Mole Assessment: Color
healthy moles are uniform in colour.
A variety of colours, especially white/blue is BAD
ABCDE Mole Assessment: Diameter
melanomas are usually larger in diameter than a pencil eraser, although they can be smaller
ABCDE Mole Assessment: Evolving
when a mole changes in size, shape or colour, or begins to bleed or scab, this points to danger
Objective Data: SKIN
inspect/palpate
Texture
Thickness
Edema
Turgor
vascularity/bruising
Lesions
Colour
Elevation
Pattern/shape
Size
location/distribution on body
Exudate
Infants: Skin
Stork Bite: red mark
Mongolian spot: black mark
Cafe-au-lait spot: light brown mark
Jaundice: yellow
Milia: bumps on baby’s face like acne
Objective Data: Inspect & Palpate (hair)
Colour
Texture
Distribution
Lesions
Objective Data: Inspect & Palpate (nails)
Shape & contour
Profile sign
Consistency
Colour
Capillary refill (holding on nail bed)
Inspect fingernail plate shape, curvature, and angle
Subjective Data: Health History (ears)
Earaches (otalgia)
Infections
Tympanoplasty
Discharge (otorrhea)
External otitis
Acute otitis media
Hearing loss
Environmental noise
Tinnitus (ringing in ear)
Vertigo (spinning)
Self-care behaviours
Additional history for infants & children
Ear infections
Hearing loss
Injury
Objective data: Physical Exam (ear)
Preparation
Position
Cleaning the ear canal
Equipment
Otoscope with bright light
External Ear: (Inspect & palpate)
Size & shape (macrotia vs microtia)
Skin condition
Tenderness
Tragus, pinna, mastoid process
External auditory meatus
Size, redness, swelling, drainage, cerumen
Atresia
Testing Hearing:
Test hearing acuity
Conversational speech
Whispered voice test
Tuning fork tests (Weber, Rinne) - does not yield reliable or precise data
Vestibular apparatus
Romberg test- balance test
THE EYES Subjective Data: Health History
Vision difficulty (decreased acuity, blurring, blind spots)
Pain
Strabismus, diplopia (double vision)
Watering, discharge (if nurse sees in it is objective)
History of ocular problems
Glaucoma
Glasses or contact lenses
Self-care behaviours (drinking more water)
Medication
Vision loss
The eyes Objective Data: physical examination
Preparation
Position
Equipment
Snellen eye chart
Measuring tape
Handheld visual screener
Opaque card or occluder
Penlight
Applicator stick
Ophthalmoscope
Central visual acuity
Snellen eye chart ( 20 ft away)
Visual fields
Confrontation test
Inspection (eyes): External Ocular Structures
General
Eyebrows
Eyelids and lashes
Eyeballs
Conjunctiva and sclera
Lacrimal sac
Inspection (eyes): Anterior eyeball structures
Cornea and lens
Iris and pupil
Size and shape
Pupillary light reflex
Accommodation
PERRLA
Use of Ophthalmoscope:
Appendage of examiners eye
Contains set of lenses-unit of strength is diopter
Positive dioptres (black) focus on near objects
Negative diopter (red) focuses on objects farther away
Positive dioptres
(black) focus on near objects
Negative diopter
(red) focuses on objects farther away
Ocular Fundus- inspection:
Red reflex
Optic disc
Colour
Shape
Margins
General background of the fundus
Macula
Retinal vessels
Number
Colour
Artery-vein ratio
Subjective Data: Health History: NOSE
Discharge
Frequent colds (upper respiratory infections)
Sinus pain or sinusitis
Trauma
Epistaxis (nosebleeds)
Allergies
Altered sense of smell
Physical Exam: NOSE (Inspect & palpate)
External nose
Nasal cavity
Holding the otoscope
Nasal septum
Physical Exam: SINUS AREAS
Palpate
Frontal and maxillary sinuses
Subjective Data: Health History: MOUTH & THROAT
sores/lesions
Sore throat
Bleeding gums
Toothache
Hoarseness
Dysphagia
Altered taste
Smoking, alcohol consumption
Sleep apnea
Physical Exam: MOUTH
Inspect
Lips
Teeth and gums
Tongue
Buccal mucosa
Palate and uvula
Physical Exam: THROAT
Inspect
TONSILS- grading from 1+ to 4+
Abnormal if tonsils are swollen
Use of tongue blade
Posterior pharyngeal wall
Objective Data: Physical Exam (mouth)
Preparation
Positioning
Equipment
Otoscope with short, wide-tipped nasal speculum
Penlight
Two tongue blades
Cotton gauze pad (10 by 10 cm)
Gloves
Occasionally: long-stem light attachment for otoscope
Subjective data:
what the pt describes
Objective data:
the information that nurses obtain (vital signs, HR, etc)
Patient database:
provides evidence to support diagnostic reasoning, it can change
Critical thinking:
A multidimensional thinking process by which nurses learn to assess and modify diagnoses and treatments, if indicated, before acting
Complete Health History:
Biographical data
Source of History
Reason for seeking care
Current health/history of current illness
Past health events
Family history
Review of systems
Functional assessment
Physical Assessment:
IPPA Inspection, palpation, percussion, and auscultation
Use senses of sight, smell, touch, and hearing to gather data
INSPECTION
Concentrated watching, close/careful scrutiny
Compare pts right and left sides (symmetrical)
Use good lighting
Ensure adequate pt exposure (privacy)
Will include instruments for specific body systems
Otoscope (ear)
Ophthalmoscope (eyes)
Penlight (dilation of eyes, mouth, throat)
PALPATION
Use sense of touch to confirm points noted during inspection
Warm hands first
Slow hands first
Slow and systematic
Calm and gentle
Start with light & progress to deep palpation
Encourage pt to use relaxation techniques
Use intermittent pressure
Avoid digging in with fingers
May have to use both hands in bimanual palpation
Characteristics Assessed by Palpation:
Texture
Temp
Moisture
Organ location/size
Swelling
Vibration or pulsation
Rigidity or spasticity
Crepitation (grinding feeling in bones, as we age there is a loss of synovial fluid)
Presence of lumps or masses
Presence of tenderness or pain
PERCUSSION:
Tapping skin with short, sharp strokes to assess underlying structures
Yields palpable vibration and characteristic sounds
Location, size density of underlying organs
Used to map out size/location of organs
Used to identify density (air, fluid, solid)
Detects abnormal masses that are superficial
Elicit pain in an area
Elicits a deep tendon reflex when done with a percussion hammer
Information Obtained From Percussion:
Characteristics of percussion notes
Resonant
Hyperresonant
Tympany
Dull
Flat
Resonant:
low pitch, hollow sound, heard over lungs
Hyperresonant:
drum like sound
Tympany:
high pitch, sounds like a drum.
Normally heard over fluid-filled organs; stomach, bowel, bladder
Dull:
indicates solid mass, solid organ or22 fluid
Flat:
normally heard over solid areas such as bone
AUSCULTATION:
Use sense of hearing for detecting sounds produced by heart, lungs, and abdomen channelled through a stethoscope
Diaphragm: stethoscope
the flat piece, good for hearing high-pitched sounds (breath, lung, normal bowel sounds)
Bell: stethoscope
the deep, hollow, cuplike shape, good for hearing low-pitched sounds (extra heart sounds and murmurs)
General Principles of Auscultation:
Quiet examination room
Clean end piece between pts and ear pieces between users
Warm end piece in your hand & reach under the clothes to listen
Take note of artifacts that can be heard
E.g., jostling the stethoscope, moving earpieces, body hair, clothing, noisy room
Ask: what am I hearing? What should I be hearing in this area?
Types of pain
Nociceptive
Somatic
Visceral
Neuropathic
Referred Pain
Acute Pain
Chronic Pain
Nociceptive pain
caused by TISSUE injury
Somatic
Visceral
Somatic pain:
can be superficial in skin & subcutaneous tissue or deep in joints, muscles, tendons or bone
Visceral pain:
originates from organs such as kidney, intestine, gallbladder, pancreas
May be from distension, ischemia, tumor
E.g. renal colic, appendicitis, pancreatitis
Neuropathic pain:
Caused by damage to or disease in the pain pathway/nervous system
E.g. nerve trauma from spinal cord injury, herpes zoster damage (shingles), diabetes chronic complication (diabetic neuropathy), after chemo/radiation tx for cancer
Described as burning, shooting, stabbing
Referred Pain:
originates in one location but is felt in another (appendix RLQ but is felt around the umbilical)
Acute Pain:
short-term, usually following an injury e.g. after surgery, twisted ankle
Goes away when injury heals
Chronic Pain:
long-term, >6 month duration
Can be malignant (cancer-related) or nonmalignant (arthritis, fibromyalgia, low back pain)
Does not go away despite tissue healing
Electronic thermometer:
wait 20 min before taking pt temp if they had a hot/cold drink
Blood pressure:
the force of the blood pushing against the vessel wall
Systolic (100-130):
Maximum pressure felt on the artery during left ventricular contraction or systole
Diastolic:
Elastic recoil or resting pressure that the blood exerts constantly between each contraction
Pulse pressure:
difference between the systolic and diastolic pressures, reflects the stroke volume
Mean arterial pressure:
pressure forcing blood into the tissues, averaged over the cardiac cycle
Influences on BP
age, sex, ethnocultural background, diurnal rhythm, weight, exercise, emotions, stress
Physiological factors on BP:
cardiac output, peripheral vascular resistance, volume of circulation blood, viscosity (do not want blood to be thick), elasticity of vessel walls
BP Measurement:
Equipment includes sphygmomanometer cuff, stethoscope. Always choose right cuff size & length
BP Alterations:
Hypertension
Hypotension
Postural Hypotension
Orthostatic Hypotension
Hypertension:
high BP
Hypotension:
low BP
Postural Hypotension:
BP that drops more than 10mmHg between sitting and standing
Orthostatic Hypotension:
systolic BP drops more than 20 mmHg between sitting and standing (caused by bedrest, older age, hypovolemia, some BP or vasodilating meds)
Infant & Toddler: Head & Chest Circumstances
Measure head circumference at prominent frontal & occipital bones
Newborn 32-38 cm & 2 cm > chest circumference
Measure chest circumference at nipple line
After age 2, chest circumference > head circumference
Compare to growth charts
Layers of the skin
Epidermis
Dermis
Subcutaneous layer
Epidermis
Stratum germinativum (basal cell layer)
Stratum corneum (horny cell layer)
Dermis
Connective tissue (collagen)
Elastic tissue
Subcutaneous layer
Adipose tissue
Keratin:
a protein that gives hair and nails its strength and structure
Bulb matrix:
base of hair root where new cells are made
Vellus hair:
fine, faint hair
Cover most of body expect palms and soles, dorsa of fingers, umbilicus, the glans penis for men, and inside the labia for women