Midterm Flashcards

1
Q

Assessment

Primary and secondary source

A
Collection of data from primary source (patient) and
Secondary source (family, other health pros, med records, med lit).
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2
Q

Assessment

A

Deliberate and systematic collection of data. Interpretation of data. Documentation of data.

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3
Q

Diagnosis

A

The clinical judgement concerning the patient’s response to health conditions/life processes.
An analysis and synthesis of data put into focus notes and charting

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4
Q

Maslow’s hierarchy of needs

A
Helps prioritize the components of nursing diagnosis. 
Physiological needs
Safety
Love/belonging
Esteem
Self-actualization
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5
Q

What comes first with diagnosis?

A

ABCs

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6
Q

Planning

A

Collaborates with pt and healthcare team to determine urgency of identified problems.
Prioritizes patient’s needs.
Design goals.

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7
Q

Goals should be what?

A
SMART
Specific
Measurable
Attainable
Relevant
Time bound
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8
Q

Different types of nursing interventions

A

Independent, collaborative, and dependent.

Independent require no order
Collaborative are in conjunction
Dependent require an order

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9
Q

Implementation

A

The execution of the care plan.

Any treatment the nurse performs to enhance pt outcomes

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10
Q

Evaluation

A

Examining results according to data collected.
Comparing achieved outcomes with goals.
Recognize errors.
A continuous review.

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11
Q

Correct order of nursing process

A
Assessment
Diagnosis
Planning
Implementation 
Evaluation
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12
Q

Three parts of a diagnosis

A

The problem
The etiology
The defining characteristics

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13
Q

Problem:

A

The diagnostic label

Ex imbalanced nutrition

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14
Q

Etiology

A

What is causing or contributing to the problem? Described as related to (RT)
Ex. Less than body requirements RT chronic diarrhea, nausea, and pain

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15
Q

Defining characteristics

A

Evidence of the problem. As evidence by (AEB) or as manifested by (AMB)
Ex AEB he aight 5’5” weight 105 lbs

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16
Q

Three types of nursing diagnoses

A

Actual/problem focused
Risk
Wellness/health promotion

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17
Q

Appropriate documentation

A
Succinct
Avoid generalizations 
Subjective data: symptoms
Objective data: signs
Observe, verify, infer
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18
Q

Verify

A

Confirming something

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19
Q

Validate

A

Comparison of data with another source to determine data accuracy

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20
Q

Observation

A

Patient’s nonverbal and verbal behaviors

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21
Q

Observation of cues

A

See if your observations of the patient matches what the patient is verbally describing

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22
Q

Inference

A

Your judgement or interpretation of a cue

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23
Q

Inductive reasoning

A

Cognitive process where one identifies a specific idea or action, then makes conclusions about general ideas

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24
Q

Seductive reasoning

A

Cognitive process where one examines a general idea and then considers a specific action or idea

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25
Q

Proper documentation of an incident

A

An incident report.

Provides a database for further investigation in an attempt to determine any deviation from standards of care

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26
Q

Safe body mechanics when lifting

A

Assess weight - determine if assistance needed
Use safe patient handling equipment if patient is unable to help
Use lift teams of two

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27
Q

Meaning if colonized organisms

A

Colonization occurs when a microorganisms invades a host, but does not cause infection

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28
Q

Safety risk factors: fetal

A

Maternal smoking
Alcohol consumption
Addictive drugs
X ray first trimester

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29
Q

Safety risk factors: infant

A

Falling, suffocation, choking, burns, car accident, crib injury, electric shock, poisoning

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30
Q

Safety risk factors: toddler

A

Physical trauma, falling, cuts, car accident, burn, poisoning, drown, electric shock

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31
Q

Safety risk factors: school age

A

Injury, choking, suffocation, obstructed airway or was, poisoning, drowning, fire, burns, harm from people or animals

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32
Q

Safety risk factors: adolescent

A

Car accident, Rec injuries, firearms, substance abuse

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33
Q

Safety risk factors: older adults

A

Falls, burns, car accidents, pedestrian injuries

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34
Q

Which nursing procedures require sterile techniques

A

Wound dressing

Foley catheter

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35
Q

Behavior restraints:

A

Written restraint orders following evaluation are okay but only for 4 hours. Pt must be continually monitored

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36
Q

Medical restraints:

A

Can be used up to 12 hours after dr orders. Order must be renewed daily. Must state reason and time.

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37
Q

Which patients are most at risk for infections?

A

Very young and the elderly

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38
Q

Older adults susceptibility to infection

A
Immune senescence: age related functional deterioration 
Decreased lymphocyte production
Increased risk of HAIs 
Recommend flu and pneumonia vaccines
Educate hand hygiene
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39
Q

Risk of infection: chronic disease

A

Cause pneumonia, skin breakdown, and venous stasis ulcers

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40
Q

Risk of infection: lifestyle

A

STIs, HIV, HBV, infections, or liver failure

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41
Q

Risk of infection: occupation

A

Black lung disease, pneumonia, TB, poor nutrition, or excess stress

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42
Q

Risk of infection: diagnostic procedures

A

Cause multiple iv lines and immunosuppressive drugs

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43
Q

Risk of infection: travel

A

Meningitis or acute respiratory distress

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44
Q

Risk of infection: trauma

A

Sepsis or secondary infection

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45
Q

Risk of infection: improper nutrition

A

Impaired immune response

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46
Q

Factors affecting: pulse rate

A
Exercise
Temp
Emotions
Medications
Hemorrhage 
Postural changes
Pulmonary conditions
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47
Q

Factors affecting: respiratory rate

A
Exercise 
Acute pain
Anxiety
Smoking
Body position
Medications
Neurological injury
Hemoglobin function
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48
Q

Factors affecting: temperature

A
Age
Exercise
Hormone level
Circadian rhythm
Stress
External environment
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49
Q

4 ways to transfer body heat

A

Radiation: one surface to another without direct contact
Convection: transfer by air movement
Evaporation: transfer of heat energy by liquid changing to a gas
Conduction: one object to another through direct contact

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50
Q

Factors affecting: blood pressure

A
Age 
Stress
Ethnicity
Gender
Daily variation
Medications
Activity
Smoking
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51
Q

Patient conditions that require specific nursing actions: temperature

A

Risk for imbalanced body temp, hyperthermia, hypothermia, ineffective thermoregulation

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52
Q

Patient conditions that require specific nursing actions: pulse

A

Risk for activity intolerance, anxiety, decreased CO, deficient fluid volume, impaired gas exchange, acute pain, ineffective peripheral tissue perfusion

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53
Q

Patient conditions that require specific nursing actions: blood pressure

A

Risk for hypotension, hypertension, orthostatic hypotension, activity intolerance, anxiety, decreased CO, deficient fluid volume, risk for injury, acute pain, ineffective tissue perfusion

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54
Q

Patient conditions that require specific nursing actions: respirations

A

Risk for activity intolerance, ineffective airway clearance, anxiety, ineffective breathing pattern, impaired gas exchange, acute pain, ineffective peripheral tissue perfusion, dysfunctional ventilators weaning response

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55
Q

Most accurate temp?

Most used?

A

Rectal - 37.5

Oral - 37

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56
Q

How often do you check vitals after a procedure?

A
On arrival
After 30 min
Every hour the first 3 hours
Every 4 hours for 72 hours
Every shift after 72 hours
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57
Q

What are SCDs?

A

Sequential compression devices
Provide intermittent compression to lower extremities to promote venous return and prevent DVT

Need a provider order and remain on

58
Q

Who is at the greatest risk for complications due to bedrest?

A

People who have prolonged br due to surgery, serious illness, or pregnancy complications

Those who are immobilized due to stroke, fracture, spinal cord injury, chronic conditions

At risk for osteoporosis, ulcers, and have a fracture

59
Q

How can you prevent br complications?

A

Fall wristband
No slip socks
Ted hose wrinkle free
Cal button for nurse when need to use bathroom

60
Q

Isotonic solution

A

A solution with the same osmolarity as plasma
0.9% NaCl
D5W

61
Q

Hypertonic solution

A
When a solution has a greater osmolarity than plasma
Causes the water to move out the cells 
Causes them to shrink
>295 mOSm/L
D10W
62
Q

Hypotonic solution

A

When a solution has less osmolarity than plasma
Causes cells to swell and potentially burst
<275 mOSm/L
0.33 NaCl
0.45 NaCl

63
Q

Hyperosmolarity

A

Higher solute concentration outside the cell
Cell shrinks
Water leaves cell

64
Q

Hypo-osmolarity

A

Higher solute concentration inside the cell
Cell swells
Water enters, sometimes explodes

65
Q

Who is most at risk for dehydration/fluid overload?

A

Elderly

Young children

66
Q

What IV solution can be given with blood?

A

Normal saline 0.9% NaCl

67
Q

What is a saline lock?

A heparin lock?

A

Saline: capping off an IV with a short tube in which normal saline is injected to maintain patency
Heparin: similar but a concentration heparin solution is injected to prevent clogging of blood within the line

68
Q

What is KVO?

A

Keep vein open
An order indicating the patency of the IV needs to be maintained for later use
This is done using lowest possible infusion rate

69
Q

Sodium: below normal

A

Hyponatremia

CHF, burns, diarrhea, diuretics

70
Q

Sodium: above normal

A
Hypernatremia 
Licorice (raises bp), dehydration, higher salt
71
Q

Chloride: below normal

A

Hypochloremia

Prolonged vomiting, excessive sweating

72
Q

Chloride: normal

A

101-111 mg/dL

73
Q

Chloride: above normal

A

Hyperchloremia

Hormonal treatments, overactive PT gland

74
Q

Potassium: below normal

A

Hypokalemia

Diarrhea, vomiting, diuretics

75
Q

Potassium: normal

A

3.7-5.2 mg/dL

76
Q

Potassium: above normal

A

Hyperkalemia

Impaired renal excretion, hemolysis

77
Q

Magnesium: below normal

A

Hypomagnesium

Malabsorption, sever diarrhea

78
Q

Magnesium: normal

A

1.8-3.6 mg/dL

79
Q

Magnesium: above normal

A

Hypermagnesemia

Uremia, dehydration, Mg poisoning

80
Q

Calcium: below normal

A

Hypocalcemia

Eating disorder, osteoporosis, renal failure, prolonged vomiting

81
Q

Calcium: normal

A

9-11 mg/dL

82
Q

Calcium: above normal

A

Hypercalcemia

Bone disease, parathyroid tumor, renal failure, immobilization

83
Q

Phosphorus: below normal

A

Hypophosphatemia

Hepatic failure, alcohol abuse, malabsorption

84
Q

Phosphorus: normal

A

3.0-4.5 mg/dL

85
Q

Phosphorus: above normal

A

Hyperphosphatemia

Tumor lysis, vitamin d intoxication, laxative abuse

86
Q

Mechanisms for regulation of body fluids
Intake
Output
Homeostasis

A

Intake: thirst
Output: urine, insensible loss, feces
Homeostasis: kidneys, adh, renin-angiotensin-aldosterone system, atrial natriuretic system

87
Q

Osmosis:

A

Movement of a pure solvent through a semipermeable membrane from a solution with a lower solute concentration to one with a higher

88
Q

Diffusion:

A

Movement of molecules from an area of higher concentration to lower

89
Q

Filtration:

A

Straining of fluid from membrane

90
Q

Active transport:

A

Movement of materials across the cell membrane using atp to admit particles what wouldn’t have otherwise made It through

91
Q

How do body fluids maintain a pH of 7.35-7.45

A

Buffers
Respiratory system
Renal system

Lungs regulate acid base balance by eliminating/retaining co2
Kidneys regulate by selectively excreting/conserving bicarbonate and hydrogen ions slower to respond to change

92
Q

Role of buffers in regulating acid-base balance

A

Prevent excessive changes in pH
Major buffers: bicarbonate and carbonic acid
Other buffers: plasma proteins, hemoglobin, and phosphates

93
Q

Normal urine output per hour

A

At least 30 mL

94
Q

Respiratory alkalosis

A

Increased pH above 7.45
Decreased PaCO2
Normal HCO3 (low in compensation attempt)

95
Q

Respiratory acidosis

A

Decreased pH below 7.35
Increased PaCO2
Normal HCO3 ( high in compensation attempt)

96
Q

Metabolic alkalosis

A

Increased pH above 7.45
Increased HCO3
Normal PaCO2 (low in compensation attempt)

97
Q

Metabolic acidosis

A

Decreased pH below 7.35
Decreased HCO3
Normal PaCO2 (low in compensation attempt)

98
Q

Veins for IV placement

A

Cephalon
Median
Basilic
(Larger, easy to puncture, less likely to rupture)

99
Q

Steps for initiating IV

A

Arm in dependent position
Apply tourniquet (4-6 in above site)
Look for distal veins and move proximal
Make sure placement doesn’t interfere with ADLs

100
Q

If you can’t find a vein for IV?

A

Gently stroke extremity
Place warm blanket over

Avoid rubbing vigorously or flicking - May cause vein to constrict or hematoma to form

101
Q

If you don’t get blood return with Iv?

A

Take It out
Clean area
Try again in different location up the arm

102
Q

Normal sodium

A

135-145 mEq/L

103
Q

Bicarbonate normal

A

20-29 mEq/L

104
Q

Normal hemoglobin

A

13-18 g/dL (m)

12-16 g/dL (f)

105
Q

Hematocrit normal

A

40-50% (m)

38-48% (f)

106
Q

What’s a CBC

A
Complete blood count 
RBC count
Hemoglobin
Hematocrit
Platelets
WBCs
107
Q

Normal RBC count

A

4.2-5.2 million/mm3

108
Q

Normal platelets

A

100,000-400,000 /mm3

109
Q

Normal WBC

A

5,000-10,000 / mm3

110
Q

What’s a BMP?

A
Basic metabolic panel
Sodium
Chloride
Potassium
Bun
Creatinine
Glucose
Bicarbonate
111
Q

Supine vs prone

A

Supine: lying down, face up
Prone: lying down, face down

112
Q

Sims patient position

A

Patient is on left side and chest
Right knee and thigh drawn up
Left arm along the back

113
Q

Orthopneic patient position

Tripod

A

Enables pt to breathe comfortably

Pt is sitting up and bent forward with arms supported

114
Q

Trendelenburg

A

Pt is supine in a surface inclined 45 degrees

Head at lower end and legs flexed over upper end

115
Q

Catheter sizes are scaled by what?

A

French (F)

According to lumen size

116
Q

Catheter size for long term adult use

A

14F to 16F
With a 5-10 mL balloon

Smaller than this takes too long to drain and larger can distend urethra

117
Q

Catheter size for children

A

5F to 8F for infants and young

8F to 12F for older children

118
Q

Routine urinalysis technique

A

Collect urine during normal voiding, an indeed long catheter, or urinary collection bag
Must be freshly voided

119
Q

Clean catch/midstream

A

Pt cleans area
Voids and discards a small amount of urine
Catches 30-60 mL in a sterile cup
Finishes void in toilet

120
Q

Sterile urine collection technique

A

May be obtained by catheterizing pt or taking specimen from an already placed in dwelling catheter

121
Q

Factors affecting circulation

A
Age
Heredity
Gender
Hypertension
Smoking
Obesity
Serum lipid levels
Diabetes
Temperature
Stress
Diet
Alcohol
122
Q

Blood flow through the heart

A
Blood from systemic circuit
To vena cava
To RA through TV
To RV through PV
To pulmonary trunk
To pulmonary arteries
To lungs
To pulmonary veins
To LA through MV
To LV through AV
To aorta 
To systemic circuit
123
Q

Preventing venous stasis

A
Positioning - in chair legs up
Leg exercises
Antiembolic stockings
SCDs 
Foot pumps
124
Q

Measures to promote vascular circulation

A

Encourage leg exercises
Promote ambulatory
Avoid pillows under knees more than 15 degrees
Encourage frequent position change

125
Q

Measures to promote cardia circulation

A

Positioning pt
Monitor i&o’s
Fluid restriction if necessary

126
Q

Factors affecting oxygenation

A
Activity intolerance
Ineffective airway clearance
Ineffective breathing pattern
Potential for aspiration
Impaired gas exchange
Imbalanced nutrition
Deficient knowledge
127
Q

Eupnea

A

Normal breathing

128
Q

Tachpnea

A

Rapid breathing

129
Q

Bradypnea

A

Slow breathing

130
Q

Apnea

A

Stopped breathing

131
Q

Hyperventilation

A

Fast shallow breathing

132
Q

Hypoventilation

A

Slow shallow breathing

133
Q

Kussmaul’s breathing

A

Deep and steady breathing
Presence of diabetic acidosis
Fruity sugary breath
Low ph

134
Q

Cheynes-stokes

A

Periods of apnea followed by labored breathing

Sign of dying

135
Q

Biot’s respiration’s

A

Neurological disorder

Erratic breathing due to damage of brain stem (medulla)

136
Q

Orthopnea

A

Breathing changed by body position

Associated with pulmonary disease

137
Q

Dyspnea

A

Any type of unusual breathing

138
Q

Signs of altered breathing

A

Tachycardia: heart beating faster, not enough oxygen in the blood
Anxiety: facial expression
Restlessness or confusion: not enough oxygen to the brain
Use of accessory muscles
Change in level of response: more confused than before
Increased bp

139
Q

Oxygenation promotion

A
Changing position (high Fowler’s)
Ambulatory/exercising
Promote comfort - pain meds
Deep breathing and coughing
Bronchodilators and expectorants 
Incentive spirometers
Postural drainage (head lower than bed)
Oxygen therapy
140
Q

Oxygen delivery systems

A

Nasal cannula
Face tent
Face mask

141
Q

Liter increase in O2

A

Room air is 21% increase 3-4% with each liter

1L/min 24%
2L/min 28%
3L/min 32%