Test #3 Flashcards
(66 cards)
heart: subjective data
Chest pain Dyspnea (difficulty breathing) Orthopnea (the need to assume a more upright position to breath) (how many pillows do you need to sleep?) Cough Fatigue Cyanosis or pallor Edema Nocturia (peeing at night) Cardiac history Family cardiac history Personal habits (cardiac risk factors)
objective data: neck vessels
Carotid arteries
- Auscultate for bruit (patient hold their breath)
- Normal is to hear nothing
- Palpate
- Rate pulse on scale 0-3
- Don’t calculate heart rate from here
Jugular veins
- Inspect for jugular venous pressure (JVP)
- Good for detecting pressure on the right side of the heart
- If you can see it (bulging), that means there is to much pressure in the right atrium and the blood has backed up through the superior vena cava into it
objective data: the precordium
- inspect anterior chest
- palpate the apical impulse
- palpate across precordium (feel for thrills)
cardiac: diaphragm or bell?
S1 & S2 = diaphragm
extra heart sounds = bell
S1 & S2
S1 is louder than S2 at the apex (and vice versa)
S1 coincides with the carotid artery pulse
Listen to S1 and S2 separately
extra heart sounds
S3 - occurs just after S2 when the mitral valve opens, allowing passive filling of the left ventricle. The S3 sound is actually produced by the large amount of blood striking a very compliant LV.
S4 - occurs just before S1 when the atria contract to force blood into the LV. If the LV is noncompliant, and atrial contraction forces blood through the atrioventricular valves, a S4 is produced by the blood striking the LV.
Murmurs - A heart murmur is a swishing sound heard when there is turbulent or abnormal blood flow across the heart valve
peripheral vascular and lymphatic system: subjective data
Leg pain or cramps Skin changes on arms or legs Swelling Lymph node enlargement Medications
objective data: arms
- inspect and palpate skin clubbing cap refill symmetry
-palpate pulses
grading scale
locations
palpate the epitrochlear lymph node
modified Allen test
Evaluates adequacy of collateral circulation before radial artery is cannulated (e.g. ICU – arterial line, RT – measuring blood gases)
- depress radial and ulnar arteries - person open and closes fist
- normal - blood returns via the ulnar artery
- occluded ulnar artery - no blood return
objective data: legs
inspect and palpate - Skin and hair (PVD) - Symmetry (edema → blood clots) - Temperature - Calf muscles (gastrocnemius) - Inguinal lymph nodes (groin) (swollen?) palpate pulses locations - Femoral - Popliteal - Dorsalis pedis - Posterior tibialis Edema - Cardiac edema - lowest point and build up, bilateral dependent - Lymph edema - lack of lymphatic drainage, not symmetrical, localized to the area leg veins - Varicose veins - Assess while patient stands - Colour changes Moving from one position to another Blood shifting when you move 10 seconds for colour to return to feet 15 seconds for superficial veins to fill
edema scale
1+ = mild pitting, slight indentation, no perceptible swelling 2+ = moderate pitting, indentations subside rapidly 3+ = deep pitting, indentation remains for a short time, swelling of leg 4+ = very deep pitting, indentation lasts a long time, gross swelling and distortion of leg
nociceptive pain
- caused by tissue injury
- described as aching or throbbing
- somatic
- visceral
- referred
somatic
- Superficial from skin and subcutaneous tissue (cutaneous pain)
- Deep from joints, tendons, muscles, or bone
- Stubbed your toe
visceral pain
- From direct injury or stretching of large interior organs
- Result of tumour, ischemia, distension, or contraction
- Gallbladder, pancreatitis, IBS, pneumonia, appendicitis
neuropathic pain
- Caused by lesions or disease affecting somatosensory nervous system
- Results from damage to nerve pathway
- Caused by direct nerve trauma, infections, metabolic problems; may be drug induced
- Described as “burning” or “shooting”
- Manifestations vary among patients
- Amputation (phantom limb pain), shingles, damage to nerve
referred pain
- Originates in one location but is felt in another site
- Innervated by same spinal nerve
- Abdominal pain, chest pain
types of pain
Acute pain
- Short term
- Self limiting - only do as much as your pain allows
- Follows a predictable trajectory
- Dissipates after injury heals
Persistent (chronic) pain
- Continues for 6 months or longer
- Malignant (cancer related) or nonmalignant (eg. MSK)
- Does not stop even after tissue has healed
pain: considerations for infants and children
Higher risk for undertreatment (because of belief that infants do not remember pain)
Leaving untreated pain in infants/children can lead to trauma
Words children may use to report pain
Fear of injections
developmental considerations for pain: older adults
Pain not a normal process of aging
Pain can create delirium and increase in bad behaviour
Higher incidence related to chronic conditions
Andrew Robert Survey
- Nurses tend to only believe pain when people look like they are in pain
- We need to look away from what pain appears to be and listen to how the patient describes it (subjective > objective)
- Pain is whatever the experiencing person says it is, existing whenever he says it does
- Failure to ask patients about pain and to accept and act on patients pain reports is probably the most common cause of unrelieved pain and unnecessary suffering
OPQRSTUV
- Onset: when did it begin? How long does it last? What were you doing when it started? How often does it occur?
- Provocative or palliative: relieved with rest? Previous treatments effective?
- Quality of pain: words to describe pain?
- Region of body: Where? Radiates?
- Severity: How patient would rate on intensity scale?
- Timing and onset of pain: When started? Constant, dull, or intermittent? Changed over time? Pain free periods?
- Understanding of pain: what patients believes is causing pain? Goal for comfort? Medications used?
- Values: what are your beliefs for treating pain? Thoughts, opinions?
- Aggravating
- Associating
- Alleviating
acute pain: objective findings
- Pain well controlled (Mild to moderate) (Example post surgery)
- Pain tolerance for functioning (Pain control before rehabilitation)
- Side effects of treatment (Nausea, vomiting, pruritis)
- Pain prior to treatments (Dressing changes)
objective findings: neuropathic pain
Decreases or increases in sensation (Assessed with vibration or pin prick)
Numbness (Loss of sensation)
Inspect skin (Colour, swelling, deformity) (Bottoms of feet for diabetic neuropath)
pain assessment: nonverbal behaviours
acute
- Guarding, grimacing, vocalizations (moaning), agitation, restlessness, stillness, diaphoresis
- vital sign changes
Chronic
- Person adapts over time to chronic pain
- Bracing, rubbing, decreased activity, sighing, change in appetite, sleeping more