• Shuffle
    Toggle On
    Toggle Off
  • Alphabetize
    Toggle On
    Toggle Off
  • Front First
    Toggle On
    Toggle Off
  • Both Sides
    Toggle On
    Toggle Off
  • Read
    Toggle On
    Toggle Off
Reading...
Front

Card Range To Study

through

image

Play button

image

Play button

image

Progress

1/107

Click to flip

Use LEFT and RIGHT arrow keys to navigate between flashcards;

Use UP and DOWN arrow keys to flip the card;

H to show hint;

A reads text to speech;

107 Cards in this Set

  • Front
  • Back
What are the purposes of a health history ?
to collect subjective & objective data
What are the purposes of a review of system?
To evaluate the past and present health state of each body system

To double-check in case significant data were omitted in “present illness section”

To evaluate health promotion practices
Seven Components of Health History
1. Biographical Data
2. Reason for Seeking Care
3. Present Health or History of Present Illness
4. Past Health
5. Family History
6. Review of Systems
7. Functional Assessment
Biographical Data
Name
Address and phone number (opt)
Age and birth date
Birthplace (opt)
Sex
Marital status
Race & Ethnic origin (opt)
Occupation—usual and present
Source of history
Reason for Seeking Care
symptom and sign
Present Health or History of Present Illness
Short statement or Chronological record for ill patient
Past Health
Childhood illnesses
Accidents or injuries
Serious or chronic illnesses
Hospitalizations
Operations
Obstetric history
Immunizations
Last examination date
Allergies
Current medications
Family History
Age and health –or- cause of death of blood relatives

Health of close family members (spouse, children)

Family history of various conditions e.g. heart disease, high blood pressure, stroke, diabetes, blood disorders, cancer, obesity, mental illness, etc.
Functional Assessment
Measures a person’s SELF-CARE ability in health and in absence of illness and Includes:
ADLs,
Independent living,
nutrition,
social relationships and resources;
coping;
home environment
Functional Assessment Areas
Self-esteem, self-concept
Activity/exercise
Sleep/rest
Nutrition/elimination
Interpersonal relationships/resources
Coping and stress management
Personal habits
Alcohol
Street drugs
Environment/hazards
Occupational health
PQRSTU
P: Provocative or Palliative. What brings it on? What were you doing when you first noticed it? What makes it better? Worse?
Q: Quality or Quantity. How does it look, feel, sound? How intense/severe is it?
R: Region or Radiation. Where is it? Does it spread anywhere?
S: Severity Scale. How bad is it (on a scale of 1 to 10)? Is it getting better, worse, staying the same?
T: Timing. Onset—Exactly when did it first occur? Duration—How long did it last? Frequency—How often does it occur?
U: Understand Patient's Perception of the problem. What do you think it means?
eight critical characteristics
Location
Character or quality (descriptive terms)
Quantity or severity
Timing
Setting
Aggravating or relieving factors
Associated factors
Patient’s perception
What is the purpose of inspection
Systematic, deliberate critical observations

Concentrated “watching”
What is the purpose of palpation
use of touch to determine texture, size, consistency, & location of body parts.
What is the purpose of percussion
tapping the person's skin with short, sharp strokes to assess underlying structures
What is the purpose of auscultation
listening to sounds produced by the body
proper technique of INSPECTION
begins the moment you first meet the person

always comes first
proper technique of PALPATION
Types- light and deep

Light- detect surface characteristics; accustom patient to being touched (~1/2 inch deep)

Deep- best use for abdominal contents (1-2 inches)

How
Fingertips- Use for fine tactile discrimination
Finger-Thumb Opposition- Use for position,shape, consistency of an organ/ mass.
Dorsa of hands/fingers - Use for temperature
Metacarpophalangeal joints or ulnar side of hand- Use for vibrations
proper technique of PERCUSSION
Non-dominant hand-middle finger placed firmly on area to be percussed; fingers separated

Striker hand: makes a striking force; sharp downward wrist motion;

Tip of middle finger strikes joint of middle finger on non-dominant hand
proper technique of AUSCULTATION
listen in certain anatomical areas for presence or absence of sound & for quality of sound heard. Areas assessed: heart, blood vessels, lungs, abdomen
Hypothermia
core temperature drops below the required temperature for normal metabolism and body functions which is defined as 35.0 °C (95.0 °F)
Hyperthermia
fever
PULSE DEFICIT
Apical Rate minus Radial Rate
Obtain by two people simultaneously taking apical rate and radial rate Indicates a weak contraction of the ventricles; occurs with atrial fibrillation, premature beats and heart failure
PULSE PRESSURE
Systolic Pressure minus Diastolic Pressure

reflects Stroke volume: amount of blood the heart pumps with each beat ( ~70 ml per beat in adult)
Apnea
suspension of external breathing
Bradypnea
abnormally slow breathing rate.
Eupnea
normal, good, unlabored ventilation
Cheyne-stokes
The pattern of breathing with gradual increase in depth and sometimes in rate to a maximum, followed by a decrease resulting in apnea
Tachypnea
rapid breathing
Cardiac output (CO=SV x R)
equals the volume of blood in each systole (called the stroke volume) times the number of beats per minute (rate)
What information is obtained in physical appearance?
Age
Gender
Level of conscious-ness
Skin color
Facial features
What information is obtained in Body structure
Stature
Nutrition
Symmetry
Posture
Position
Body build, contour
Obvious physical deformities
What information is obtained in Mobility?
Gait
Range of motion
What information is obtained in Behavior?
Facial expression
Mood and affect
Speech
Dress
Personal hygiene
various routes of temperature measurement
Oral/Electronic thermometer- swift, accurate and convenient

Electronic thermometer- swift, accurate, unbreakable, disposable probe covers

Axillary- safe and accurate for infants and young children when environment is controlled

Rectal- used only when other routes are not practical. use when cannot close mouth because of O2 or breathing tubes; eg comatose, confused, in shock

Tympanic membrane thermometer (TMT)- senses infrared emissions of the tympanic membrane; Used in unconscious or unwilling to cooperate
What are the four qualities considered when one assesses the pulse?
RATE-Normal rate for adult age group 60-100

Bradycardia- < 60 bpm; Tachycardia- >100 bpm

RHYTHM- normally, an even tempo regular or irregular

FORCE: 3+ full, 2+ normal; 1+ weak & thready,
0- absent

ELASTICITY- springy, straight, resilient
What is the appropriate procedure for assessing normal respirations?
assess while person is unaware;
count for 30 seconds unless suspect abnormality
what is blood pressure
the pressure exerted by circulating blood upon the walls of blood vessels
what is Systolic pressure
maximum pressure felt on the artery during LV contraction or systole
diastolic pressure is
elastic recoil or resting pressure that blood exerts between each contraction
pulse pressure is
the pressure of the pulse; the difference between the systolic and diastolic pressures.
pulse deficit
difference between the heart rate and the pulse rate in atrial fibrillation.
patient factors that affect blood pressure:
Take BP when person is anxious, angry, just exercised
Faculty arm position, above or below level of heart
Inaccurate cuff size ( most common error)
Cuff wrapped too loose or uneven or bladder outside

Falsely high systolic readings when
Deflating cuff too slowly
Legs not flat on floor: crossed

Falsely high diastolic readings when
Person supports their own arm
Halting during descent and re-inflating to recheck systolic
What is normal BMI range
18.5-24.9
normal value for Temperature
Normal Oral 98.6 F (37 C) with range of 94.6 (35.8) to 99.1 (37.3)

Rectal range : 99 .3 F (37.4 C) to 99.6 F (38.40 C)
normal value for Pulse
Normal rate for adult age group 60-100
normal value for Blood Pressure
Normal BP: < or = 120/ < or = 80
normal value for Respirations
Normal rate for age group: Adult 10-20/min
How do you obtain Temperature
thermometer
How do you obtain Pulse
use pads of first 3 fingers,
at flexor aspect of wrist laterally along radial bone;
press until you feel the strongest pulsation
How do you obtain blood pressure
Use Sphygmomanometer and stethoscope
How do you obtain respiration
assess while person is unaware;
count for 30 seconds unless suspect abnormality
Annular
circular
Confluent
(run together)
Discrete
Discrete (distinct)
Grouped
Grouped (clusters)
gyrate
Gyrate (twisted; coiled)
target or iris
Target or iris (concentric rings)
linear
Linear (scratch; streak)
polycyclic
Polycyclic (annular lesions run together)
Zosteriform
Zosteriform (linear, along nerve route)
Macule
color change; flat, < 1 cm.
Papule
color change ;elevated; < 1 cm.
Nodule –
solid, elevated; into dermis; > 1 cm
Tumor –
a nodule that is > few cms
Wheal –
superficial, red, raised, edema within
Urticaria -
wheals that coalesce (hives)
Cyst –
encapsulated fluid-filled; elevated
Vesicle-
elevated w/ free-flowing fluid, < 1 cm; eg.”blister”
Pustule –
turbid (pus) fluid; elevated, circumscribed; eg. “acne”
Epidermis made of
Major ingredient: tough, fibrous protein (keratin)
Dermis
Major ingredient : Fibrous Connective tissue (collagen)
Also, resilient elastic tissue (stretch)
Contains: nerves, sensory receptors, blood vessels, and lymphatics
Subcutaneous Layer
Major ingredient :Adipose tissue
Stores fat cells for energy, provides
insulation for temperature control,
aids in protection (soft cushioning)
What happens to each of the 3 layers of skin as we age?
1. Dry wrinkled skin from
 turgor and  sebaceous gland activity)
2. Fragile epidermis at risk for tears or injury from epidermis thickness
3. More susceptible to dry skin and  sensation of pain/touch/temperature from
 perfusion of the dermis
4. Subcutaneous skin layer thins so
 risk of hypothermia and  risk of pressure ulcers
5. Number of active epidermis melanocytes  so  susceptability to sun exposure
6.Hyperplasia of melanocytes in sun exposed areas so
hyperpigmentation (liver spots= lentigines and hypopigmentation (age spots) …especially on hands
What is the preferred precise way to determine lesion size?
cm
5. What are four types of abnormal color changes to the skin
Pallor
Jaundice
Yellow color=> rising amounts of bilirubin in blood
Cyanosis
Bluish mottled color=> decreased perfusion with oxygenated blood
Erythema
Intense redness from excess blood (hyperemia) in dilated superficial capillaries;
Pallor
loss of the red-pink tones from oxygenated hemoglobin; epidermis takes on color of collagen layer (dermis)
Where on the body would you pallor color changes???...in light skinned? In dark skinned
light skin-> pale, white
brown-skin-> yellow-brown
black skin-> ashen gray
Generalized pallor seen in: mucous membranes, lips, nail beds,
Pallor of anemia seen in: palpebral conjunctiva and nail beds
Where on the body would you Erythema color changes???...in light skinned? In dark skinned
Light skin- red, bright pink
Dark skin- purplish tinge; best to palpate for warmth
Where on the body would you cyanosis color changes???...in light skinned? In dark skinned
Light skin- dusky blue
Dark skin- dark but dull; best to check conjunctiva, oral mucosa, nail bed
Where on the body would you Jaundice
Yellow color=> rising amounts of bilirubin in blood
Light skin=>sclera, hard palate, mucous membrane, then over skin
Dark skin=> junction of hard & soft palate in mouth; palms
What is skin turgor and how is it assessed and for what reason?
Turgor (skin return to place promptly)
Normal: No ”tenting” (stands by itself)
Reflects elasticity of skin.
Poor turgor may =
severe dehydration
or weight loss
What does the ABCDE rule stand for and what does it assess?
Teach skin self-examination
basal cell carcinoma
most common type skin cancer. It appears as a raised soft lump or a red patch on sun-exposed areas of the body.
Found most often on the head or neck, and somewhat less often on the arms and legs.
A slow-growing cancer that only rarely spreads to other areas of the body. But if left untreated, it can extend deep below the skin and cause local damage and scarring.
malignant melanoma lesions
3 percent of all skin cancers, but 75 percent of all skin cancer deaths.
Malignant melanoma develops on sun-exposed areas of the skin, as well as inside the eye, in the mouth, and on the palms of the hands and soles of the feet — and it usually starts in a skin mole.
Malignant melanoma often occurs at a younger age than other skin cancers;
It is the most common type of cancer in people aged 20 to 29. [CDC 2007]
What are normal finding when assessing nails, nail beds of fingers or toes, and circulation? How is it done?
Shape and contour
Profile sign= ankle of nail base (normal is 1600 or less)

Consistency
smooth, regular; not brittle or splitting

Color -
even; pink nail bed underneath
capillary refill: normal= less than 3 seconds
inspect toenails; separate toes and note smooth skin in between
Describe the rash that occurs with shingles. What is part of the treatment for this as described in the PPT?
caused by the reactivation of the chickenpox virus, varicella zoster, which can lie dormant for years in the nerve tissue of a person who has had chickenpox.
Once the virus reawakens, it spreads up the nerve fibers to the skin and produces the telltale rash of shingles.
Shingles appear as a blistering rash that runs along one half of the body (usually, thorax area) in a belt-like fashion.
What examinations are performed on the neck, head and how do you do them?
1. Inspect and palpate the skull
General size and contour
Note any deformities, lumps, tenderness
Palpate temporal artery, temporomandibular joint

2. Inspect the face
Facial expression
Symmetry of movement (cranial nerve VII)
Any involuntary movements, edema, lesions

3. Inspect and palpate the neck
Active ROM
Enlargement of salivary glands, lymph nodes, thyroid gland
Position of the trachea

4. Auscultate the thyroid
For bruit (if enlarged)
What happens to vision as one ages?
Visual fields narrow and depth perception is distorted (especially climbing/descending stairs)
Pupils are smaller, reducing night vision
Lens yellow and become opaque, resulting in distortion of green, blue and violet tones; and increased sensitivity to glare
Production of tears decrease so eyes feel dry or burn
What are the 3 most prevalent problems that plague older patients?
Cataract, Glaucoma, Macular degeneration
What are the three visual reflexes and how do your perform them?
1. Pupillary light reflex
normal constriction of pupils when bright light shines on retina; no conscious control of it.
A. Direct light reflex- when bright light exposed to one eye
B. Consensual light reflex-simultaneous constriction of other pupil

2. Fixation a reflex directing eye towards an object attracting that person’s attention; Impaired by drugs, alcohol, fatigue

3. Accommodation convergence of the axes of the eyeballs with constriction of the pupils: adapts eyes for near vision
cornea
covers iris and pupil
sclera
fibrous protective white covering
conjunctiva
thin mucous membrane; transparent protective covering of eyeball and mucous membrane
how you would assess for:

accommodation
Have person focus on distant object; should see pupils dilate. Then, have person shift gaze to near object –your finger held ~3 inches from nose;
how you would assess for:
PERRLA
How (3 steps):
nspect both for round and equal

Pupillary light reflex
HOW: Advance light in from each side forward from ear

Accommodation
HOW: Have person focus on distant object; should see pupils dilate. Then, have person shift gaze to near object –your finger held ~3 inches from nose;
how you would assess for:
confrontation
Cover patient’s eye & opposite eye of examiner
2 ft away using pencil or finger
Slowly advance it in from periphery-
Ask person to say “now” when sees it
confrontation
Gross measure of peripheral vision - CN II
Compare patient’s peripheral vision to examiner (assuming it’s normal
PERRLA
P, Pupils; E, Equal; R, Round; R, React to light; A, Accommodate
Corneal light reflex (Hirschberg test)
Assesses parallel alignment of eye axes by shining light towards person’s eye.
vertigo
room spinning; true twirling motion
18. What happens to hearing as one ages?
Cilia lining the ear canal becomes course and thick so sounds waves traveling toward eardrum are impeded

Causes cerumen to accumulate and
appocrine gland atrophy makes cerumen drier

A life history of frequent infections results in eardrum scarring
cn I
nose
olfatory
cn 2
eyes peripheral vision