Chapter 8: Assessment techniques (palpation) Flashcards

1
Q

Order of physical assessment

A

inspection, palpation, percussion, and auscultation. The skills are performed one at a time and in this order (with the exception of the abdominal assessment, during which auscultation takes place before palpation and percussion).

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2
Q

Focused Inspection

inspection phase

A

takes time and yields a surprising amount of information.

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3
Q

focused assessment

A

is significantly more than a “quick glance

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4
Q

best for determining temperature because the skin is thinner on the dorsal surfaces than on the palms

A

dorsa (backs) of the hands and fingers

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5
Q

best for fine, tactile discrimination

A

Fingertips

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6
Q

Which of these techniques uses the sense of touch to assess texture, temperature, moisture, and swelling when the nurse is assessing a patient

A

palpation

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7
Q

what involves vision

A

inspection

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8
Q

assesses through the use of palpable vibrations and audible sounds

A

percussion

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9
Q

what uses the sense of hearing.

A

auscultation

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10
Q

initially performed to detect any surface characteristics and to accustom the person to being touched. Tender areas should be palpated last, not first.

A

Light palpation

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11
Q

use of both hands to envelop or capture certain body parts or organs such as the kidneys, uterus, or adnexa

A

Bimanual palpation

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12
Q

what yields a sound that depicts the location, size, and density of the underlying organ

A

Percussion

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13
Q

Turgor and texture are assessed with?

A

palpation

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14
Q

percussion,

A

the nurse should percuss two times over each location

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15
Q

percussion

A

The striking finger should be quickly lifted because a resting finger damps off vibrations. The tip of the striking finger should make contact, not the pad of the finger. The wrist must be relaxed and is used to make the strikes, not the arm.

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16
Q

Percussion over relatively dense organs, such as the liver or spleen makes what sound

A

dull

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17
Q

requires good lighting, adequate exposure, and occasional use of certain instruments (otoscope, ophthalmoscope, penlight, nasal and vaginal specula) to enlarge your view

A

Inspection

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18
Q

what assess texture; temperature; moisture; organ location and size; and any swelling, vibration or pulsation, rigidity or spasticity (muscle tightness), crepitation, presence of lumps or masses, and presence of tenderness or pain.

A

Palpation

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19
Q

what part of arm Best for fine tactile discrimination, as of skin texture, swelling, pulsation, and determining presence of lumps

A

fingertips

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20
Q

what detects the position, shape, and consistency of an organ or mass

A

grasping action of the fingers and thumb

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21
Q

whats best detecting vibration

A

Base of fingers (metacarpophalangeal joints) or ulnar surface of the hand

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22
Q

deep palpation

A

(as for abdominal contents), intermittent pressure is better than one long, continuous palpation.

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23
Q

Mapping out the location and size of an organ by exploring where the percussion note changes between the borders of an organ and its neighbors

A

percussion

24
Q

Signaling the density (air, fluid, or solid) of a structure by a characteristic note

A

percussiion

25
Q

Detecting an abnormal mass if it is fairly superficial; the percussion vibrations penetrate about 5 cm (2 inches) deep

A

percussion

26
Q

Eliciting a deep tendon reflex

A

using percussion hammer

27
Q

Hyperextend the middle finger (the pleximeter) and place its distal joint and tip firmly against the person’s skin. Avoid placement over the ribs, scapulae, and other bony prominences.
-direct percussion- involves tapping lightly with pad of finger directly on clients skin

A

Stationary Hand (method of percussion)

28
Q

the goal is to hit the portion of the finger that is pushing the hardest into the skin surface
Use the middle finger of your dominant hand as the striking finger (the plexor) (Fig. 8.3). Hold your forearm close to the skin surface, with your upper arm and shoulder steady.
-indirect percussion (use both hands) strike stationary finger like hammer to produce best sound
Flex the striking finger so that its tip, not the finger pad, makes contact. It hits directly at right angles to the stationary finger.

A

Striking Hand (method of percussion)

29
Q

(1) amplitude (or intensity), a loud or soft sound;
(2) pitch (or frequency), the number of vibrations per second;
(3) quality (timbre), a subjective difference caused by the distinctive overtones of a sound;
(4) duration, the length of time the note lingers.

A

Percussion vibrations produce waves aka notes

30
Q

(1) amplitude (or intensity)- medium-loud
(2) pitch (or frequency)- low
(3) quality (timbre)- clear,hollow
(4) duration- moderate

A

Normal lung tissue-Resonant

31
Q

(1) amplitude (or intensity)-Louder
(2) pitch (or frequency)-Lower
(3) quality (timbre)- Booming
(4) duration- Longer

A

Hyperresonant
Normal over child’s lung
Abnormal in the adult, over lungs with increased amount of air as in emphysema

32
Q

(1) amplitude (or intensity)-Loud
(2) pitch (or frequency)-High
(3) quality (timbre)- Musical and drumlike (like the kettledrum
(4) duration- Sustained longest

A

Tympany

Over air-filled viscus (e.g., the stomach, the intestine)

33
Q

(1) amplitude (or intensity)-soft
(2) pitch (or frequency)-high
(3) quality (timbre)- muffled thud
(4) duration- short

A

Dull

Relatively dense organ as liver or spleen

34
Q

(1) amplitude (or intensity)-very soft
(2) pitch (or frequency)-high
(3) quality (timbre)- A dead stop of sound, absolute dullness
(4) duration- very short

A

Flat

When no air is present, over thigh muscles or bone or over tumor

35
Q

funnels light into the ear canal and onto the tympanic membrane

A

Otoscope

36
Q

stethoscope

A

long tubing distort sound

37
Q

best for listening to high-pitched sounds such as breath, bowel, and normal heart sounds. It should be firmly held against the person’s skin, firmly enough to leave a ring.

A

Diaphragm of stethoscope

38
Q

best for soft, low-pitched sounds such as extra heart sounds or murmurs.

A

Bell of Stethoscope

39
Q

directs light into the ear canal and onto the tympanic membrane that divides the external and middle ear

A

Otoscope

40
Q

Short, broad speculum

A

Visualize nares

41
Q

used to examine the internal eye structures. It can compensate for nearsightedness or farsightedness, but it will not correct for astigmatism

A

Opthalmoscope

42
Q

used, most often the small spot for undilated pupils or the large full spot for dilated pupils.

A

aperture of opthalmoscope

43
Q

Rotating the lens selector dial

A

brings the object into focus.

44
Q

shows a number, or diopter, that indicates the value of the lens in position. The black numbers indicate a positive lens, from 0 to +40. The red numbers indicate a negative lens, from 0 to −20

A

lens indicator (Opthalmoscope)

45
Q

measure joint range of motion

A

goniometer

46
Q

to augment pulse or blood pressure measurement

A

Doppler sonometer

47
Q

test sensation in the foot, and bladder scanner to assess urine retention.

A

monofilament

48
Q

used to assess size and location of lesions on the fundus

A

Grid

49
Q

is used to auscultate fetal heart tones.

A

fetoscope

50
Q

The sequence of the steps of the assessment may differ, depending on the ?

A

age of the person and the examiner’s preference

51
Q

elicited at the end of the examination because it may cause the infant to cry.

A

Moro or startle reflex

52
Q
develops 32 wks gestation
response to sudden lost support
3 components:
1.spreading out arms (abduction)
2.crying
3.pulls arm and leg back in
A

Moro or startle reflex

53
Q

defines the major task of infancy as establishing trust. An infant is completely dependent on the caregiver for his or her basic needs. If these needs are met promptly and consistently, the infant feels secure and learns to trust others

A

Erikson (developmental competence)

54
Q

need feedback and reassurance
exam of head should be last
willing to undress (not age 2)

A

Preschool

55
Q

child has a sense of modesty. The child should undress him or herself, leaving underpants on and using a gown or drape. A school-age child is curious to know how equipment works, and the sequence should progress from the child’s head to the toes.

A

6-year old