funds test 2 Flashcards

1
Q

isotonic solutions

A

Also known as normal saline or lactated ringer’s
0.9% NaCl
Causes no fluid shifts
Helps with electrolyte replacement or vascular expansion
Monitor for signs of fluid overload, especially with history of renal or cardiovascular disease
Don’t use in patients with liver disease or metabolic acidosis
This is the only solution that can be given with blood products

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2
Q

hypotonic solutions

A

0.45% NaCl
Moves fluids into cells and interstitial space
Treats cellular dehydration
Monitor for intravenous fluid depletion and cardiovascular collapse
Don’t give to patients at risk for increased intracranial pressure –head trauma, neurosurgery, and CVA (can lead to shift of fluid into brain cells)
Don’t give to patients at risk of third spacing (fluid moves into interstitial space) –this includes burn victims, trauma pts, liver failure, severe protein malnutrition

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3
Q

hypertonic solutions

A

3% NaCl
Draws fluid from intracellular to intravascular
Treats intravascular dehydration with interstitial and intracellular fluid overload and sepsis
Closely monitor for fluid overload because solutions expand intravascular component
Avoid in patients with renal or cardiac impairment as well as intracellular dehydration (diabetic ketoacidosis)
Rarely used except in ICU

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4
Q

Colloid solutions

A

not clear
Given to patients who are malnutritioned and can’t receive large molecule IV solutions
Blood products

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5
Q

Parenteral nutrition

A

Prescribed when a patient’s GI tract is not functioning or can’t consume sufficient nutrients orally or enterally
Contains carbs (dextrose), amino acids (protein), lipids (fats), electrolytes, vitamins and minerals

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6
Q

Total parenteral nutrition

A

Provides nutritionally complete solution
2000 cals/day
Central vein
For patients with high caloric needs and long term (>7 days)
Hypertonic (makes cells shrink)
>10% dextrose and >5% amino acids

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7
Q

Partial parenteral nutrition

A

Not nutritionally complete
<2000 cals/day
Peripheral vein
Short-term support
Isotonic
No more than 10% dextrose and no more than 5% amino acids

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8
Q

Infiltration

A

when medication leaks outside the vein
S&S: Swelling, coolness, discomfort at the site, slowed infusion rate, absence of blood return
Action: Discontinue IV and start in new location, apply warm soak to decrease swelling
Prevention: Select a site over long bones that act as a splint, avoid sites over movable joints, consider using manufactured stabilization devices

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9
Q

Phlebitis

A

inflammation of the vein
S&S: Pain, warmth, redness at site, vein may feel hard and cord-like, slowed infusion rate
Action: Discontinue IV and restart in another location, apply warm soak for discomfort, do not irrigate
Prevention: Change IV site every 72h, use large veins and large gauge needles rather than catheters, dilute medicine well and infuse slowly, use central line for very irritating solutions

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10
Q

Infection

A

Infection is when bacteria gets into the IV site. It can be local or systemic
Local
S&S: redness, warmth, purulent (pus) drainage at site
Systemic
S&S: Fever, chills, malaise (overall feeling of “not being well”), elevated WBCs
Action: Discontinue IV and restart in another location. Culture catheter tip and blood, treat with abx
Prevention: Strict asepsis, handwashing, and change tubing every 96h

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11
Q

Fluid Overload

A

Too much fluid
S&S: Elevated vitals (BP, pulse, and respirations), dyspnea (difficulty breathing), pulmonary edema (crackles), jugular vein distention, weight gain
Action: Slow IV to keep open rate, notify provider, place patient in high/semi-high fowler, administer oxygen if needed
Prevention: Monitor rates carefully, use an EID, don’t try to catch up when IV gets behind if a patient is at high risk of fluid overload

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12
Q

Air embolism

A

when an air bubble gets in the IV and acts as a clot
S&S: Pain in chest, shoulder, or back; dyspnea, hypotension, thready pulse, cyanosis, LOC
Action: Place on left side in Trendelenburg position (head angled down at about 16 degrees), notify provider, monitor vitals
Prevention: Tape all connectors or use luer lock, air-eliminating filters, EID for central venous, instruct patient to use valsalva maneuver when changing tubing or discontinuing a central line
Valsalva maneuver: Plug nose and push down like you’re trying to poop (this trick is also done to open up your ears!)

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13
Q

Steps to initiate IV therapy

A
  1. Assess access site carefully for infection and thrombophlebitis (an inflammatory process causes clots to form and block one or more veins (usually in legs)
  2. Maintain strict asepsis when handling site, solution, tubing
  3. Monitor for metabolic complications
    (Refeeding syndrome, Hyper/hypoglycemia)
  4. Assess for fluid overload and air embolism
  5. Monitor I&Os and daily weights
  6. Monitor lab work weekly
  7. Do not add any solutions or medications to PPN or TPN
  8. Use an EID and filtered tubing
  9. Obtain daily solution orders, note expiration dates on bottles
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14
Q

Central venous access

A

TPN can only be administered this way
PICC line
Central line
Tunneled catheter
Implanted access
the internal jugular vein, femoral vein, and subclavian vein.

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15
Q

Cranial Nerve 1

A

Olfactory: sensory, Identify a smell

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16
Q

Cranial Nerve 2

A

Optic: sensory, snellen chart

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17
Q

Cranial Nerve 3, 4, 6

A

Oculomotor: motor
PERRLA
Pupils
Equal size (3-7mm)
Round shape
React to light
Light is direct or consensual
Accommodation
Close: Converge and constrict
Distance: Straight and dilate
Troclear, Abducens: motor
Look in 6 directions (inferior oblique, superior rectus, lateral rectus, inferior rectus, superior oblique, medial rectus)

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18
Q

Cranial nerve 5

A

Trigeminal: sensorimotor Touch forehead, chin, and cheek and identify sensation (sharp or dull)

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19
Q

Cranial Nerve 7

A

Facial: sensorimotor Puff cheeks

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20
Q

Cranial Nerve 8

A

Vestibulocochlear: sensory
Rinne: Pitch fork on top of head, sound should be equal in both ears
Weber: Fork goes behind and next to ear to test bone conduction vs air conduction (AC>BC, meaning you should hear air conduction for longer than bone)
Whisper voice test
Romberg test: Tests vestibular apparatus to maintain balance
Stand straight, arms at sides, legs together. Stand straight for 20 seconds

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21
Q

Cranial Nerve 9, 10, 11

A

Glossopharyngeal and vagus: sensorimotor Gag reflex and saying ahhhh
Hypoglossal: motor Put tongue straight, left, and right. Then push against my hand with your tongue in cheek

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22
Q

Cranial Nerve 12

A

Spinal Accessory: motor
Pt pushes shoulders up while you hold them down
Pt pushes head towards your hand

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23
Q

Cerebellar Function

A

Gait, balance, Romberg test, coordination and skilled movements (RAM), finger-to-finger, finger-to-nose, heel-to-shin

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24
Q

Mini Mental State Exam

A

To provide an objective assessment of cognition; to alert healthcare personnel of changes in cognitive function
A score of 20 or below indicates significant cognitive impairment

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25
Delirium
Acute confusion, reversible, quick
26
Sensory overload (hyperactive delirium)
Person is unable to process or manage intensity or quantity of incoming sensory stimuli; accompanied by feelings of being out of control and overwhelmed
27
Sensory deprivation (hypoactive delirium)
A lessening or lack of meaningful sensory stimuli, monotonous sensory input, or an interference with the processing of information
28
Deep Tendon Reflexes (definition, scale)
Measures the intactness of the reflex arc. Stimulus is applied with the reflex hammer to the insertion tendon of the muscle. Use short, snappy blow–the limb should be relaxed and muscle partially stretched 0 –no response 1+–diminished reflex (may be normal) 2+–normal 3+–briskier than normal (may be normal) 4+–hyperactive–upper neuron disorder suspected
29
Bicep Deep Tendon Reflex
C5, C6 Flex patient’s arm at the elbow with their forearm resting on the thigh, palm up. Place your thumb on the base of the biceps tendon in the antecubital fossa. Strike your thumb with the sharp side of the reflex hammer
30
Tricep Deep Tendon Reflex
C7, C8 Have pt’s arm hang loose at a right angle and strike the tricep tendon (just above the olecranon process) with the sharp side of the hammer
31
Quadriceps Deep Tendon Reflex
Patellar, L2, L3, L4 Client performs Jendrassik maneuver (teeth clenched and arms hooked together) and strike the patellar tendon just below the patella with the flat side of the hammer If patient remains supine, support the back of their knee while the leg is flexed at a 45 degree angle
32
Achilles Deep Tendon Reflex
L5-S2 Have the pt sit at the edge of the examination table with their legs dangling above the floor. Gently dorsiflex the foot at the ankle and position the joint at 90 degrees or until resistance is felt. Strike the achilles tendon with the sharp side of the hammer
33
Modifiable Risk Factors for Strokes
High BP, high cholesterol, diabetes, afib, carotid stenosis, atherosclerosis, tobacco use, physical inactivity, obesity, excessive alcohol intake, illegal drug use
34
Non modifiable Risk Factors for Strokes
Increasing age, gender (male), family history, prior stroke or TIA (transient ischemic attack or “mini stroke”, race (African American, Hispanic, and Asian population at higher risk)
35
Signs and Symptoms for strokes
Sudden numbness or weakness of the face, arm, or leg, especially unilateral Sudden trouble speaking or understanding Sudden trouble seeing in one or both eyes Sudden trouble walking, dizziness, or loss of balance or coordination Sudden, severe headache with no known cause FAST– Facial drooping, Arm weakness, Speech difficulties, and Time
36
Stroke nursing interventions
Regain balance. Teach patient to maintain balance in a sitting position, then to balance while standing and begin walking as soon as standing balance is achieved. Manage sensory difficulties. Approach patient with a decreased field of vision on the side where visual perception is intact. Visit a speech therapist. Consult with a speech therapist to evaluate gag reflexes and assist in teaching alternate swallowing techniques Repositioning to prevent bed sores and things
37
Ischemic stroke
Caused by a clot leading to limited blood flow to brain
38
Hemorrhagic stroke
Caused by rupture of blood vessel in brain
39
Hemiparesis
Hemi means side, paresis means paralysis, so hemiparesis means paralysis of one side. Effects legs, arms, and face
40
Stereognosis
Depth perception, ability to identify object by touch
41
Graphesthesia
Sensing what is written by touch (someone daws an “8” on your hand and you can identify it)
42
CNS
brain and spinal cord
43
PNS
of cranial nerves, spinal nerves, reflex arc, and ANS (not controlled by you)
44
Glasgow Coma Scale
To provide objective assessment of consciousness; to alert healthcare personnel of changes in LOC A score of 13-15 indicates mild brain injury 9-12 is moderate 3-8 is severe
45
GCS Eye Movement
4. Spontaneously 3. To speech 2. To pain 1. No response
46
GCS Verbal Response
5. Oriented to time, person, and place 4. Confused 3. Inappropriate response 2. Incomprehensible words 1. No response
47
GCS Motor Response
6. Obeys command 5. Move to localized pain 4. Flex to withdraw from pain 3. Abnormal flexion 2. Abnormal extension 1. No response
48
Thoracic Cavity
mediastinum (cavities that enclose the lungs) and pleural cavities
49
Right lung
3 lobes: superior, lateral, and inferior
50
Left lungs
2 lobes: superior and inferior, and also contains the cardiac notch, which is where the heart is
51
Parts of the lung tree
Larynx Trachea Bifurcation of the trachea (where it splits into two) Left and right main bronchus Secondary bronchi Tertiary or segmental bronchi Bronchioles
52
Normal Respiratory Structure
Mouth Nose Pharynx NOL= nasopharynx, oropharynx, and laryngopharynx Trachea (branchial tree) Lobar bronchi Segmental bronchi Bronchioles Alveoli (where gas exchange happens) Lungs
53
Lung Borders
Apex: Retroclavicular: behind the clavicle Base: Bottom, sits on diaphragm
54
Pleurae
Thin slippery pleurae are serous membranes that form an envelope between the lungs and the chest wall. Visceral: lines the lung tissue, inner layer surrounding lung Parietal: lines the entire lung, most outer layer of the lung Pleurisy: inflammation of the pleura, pain comes from inspiration
55
Thoracic Cage
Sternum 12 pairs of ribs 12 thoracic vertebrae Diaphragm
56
Anterior thoracic landmarks
Suprasternal notch Sternum Sternal angle Costal angle Upper and middle lobes
57
Posterior thoracic landmarks
Posterior: upper lobes = t1-t4 T4-t12
58
Respiratory assessment: inspection
Observe pattern and effort of respirations Bradypnea: RR below 12 Tachypnea: RR above 20 Biot: Cyclic breathing characterized by shallow breathing alternating with periods of apnea Cheyne-Stokes: Cyclic breathing pattern characterized by periods of respirations of increased rate and depth alternating with periods of apnea Kussmaul: Increased rate and depth of respirations Observe for dyspnea, cyanosis, clubbing, AP diameter (normal vs barrel chest)
59
Respiratory assessment: palpitation
Check extent and pattern of thoracic expansion and trachea position Check fremitus (vibrations) for characteristics Symmetric chest expansion Tactile fremitus Have patient say “99” or “blue moon” in order to find the tactile fremitus (it will vibrate) Palpate the chest wall
60
Respiratory assessment: percussion
Detect fluid filled or consolidated portions of the lung
61
Respiratory assessment: auscultation
Listen with stethoscope
62
Brainstem Injury: decorticate rigidity
Hemispheric injury in cerebral cortex Upper extremities at core, plantar flexion (feet inward), very tense Head kind of up towards chest
63
Brainstem injury: decerebrate rigidity
Lesion in the brain stem at mid or upper pons Head flexed backwards, legs are straight, feet pointed downward, arms are straight and extended, hands are curled
64
Brainstem injury: Flaccid quadriplegia
neurological condition characterized by weakness or paralysis and reduced muscle tone without other obvious cause
65
Cough
Deep cough Splinting (deep breathing and coughing together) Stacked cough Low-flow (huff) cough Quad cough
66
Patient Teaching
Teaching Deep Breathing and Coughing Pursed-lip breathing: decreases amount of CO2 in blood Chest physiotherapy: pumping chest breaks up congestion, inhale and cough instead of exhale Percussion Vibration Postural drainage Aerosol therapy Aerosol medications Metered-dose inhalers Dry powder inhalers Handheld nebulizers Dyspnea management While pt is sitting down, relaxation techniques, pulmonary rehabilitation Hyperventilation management Assisted ventilation Artificial airways Oral or nasopharyngeal airways Endotracheal tubes (intubation): into mouth Tracheostomy: incision into neck
67
Age related changes in the lungs
Thoracic wall becomes more rigid in later decades of life; protective functions of lungs are impaired; normal PaO2 decreases with decreased response to hypercapnia (too much CO2)
68
Normal findings in a respiratory assessment
Resonance in a normal lung when you do percussion Resonance is when you put your hand over intercostal space or lung tissue tapping on finger to hear sound (low pitched, hollow) Hyperresonance: low pitched, booming sound, too much air Dullness when fluid is present in lung Should hear normal breath sounds instead of adventitious ones
69
Normal Bronchial
heard over the trachea (high pitch and intensity) inspiration is less than expiration
70
Normal bronchovesicular
Heard over major bronchi (moderate pitch and intensity) inspiration = expiration
71
Normal vesicular
Heard over healthy lung tissue (low pitch and intensity) inspiration greater than expiration, most commonly heard
72
Adventitious crackles
Heard in lower lobes Fine crackles sound like hair rubbing together Pulmonary edema or fibrosis Fine: discontinuous, popping, if you cough it doesn’t go away, still hear whether you inhale or exhale Course: loud, low pitched, bubbling and gurgling, found early in patients, heard late in inspiration, pulmonary edema, pulmonary fibrosis Crepitus: crackling sounds
73
Adventitious rhonchi
Heard in the upper lobes Gurgling sound Usually clears after coughing
74
Adventitious wheezes
Heard over the trachea Senoras bronchi: low pitched, mostly in expiration, moaning sounds, pts normally have bronchitis with this Sibilant: high pitched sound, musical squeaking wheeze, “vibrating wheeze” air being pushed out, occurs mostly in expiration, asthma or chronic emphysema or some obstruction
75
Adventitious friction rub
Heard at the base Like leather rubbing together
76
Adventitious stridor
Heard in upper airways Inspiratory vs expiratory Loudness Pitch Location on chest wall Indicates blockage, could be serious or caused by a cold
77
Level 1 dyspnea
Patient can walk 1 mile at own pace before experiencing SOB
78
Level 2 dyspnea
Patient has SOB after walking 100 yards on level ground or climbing a flight of stairs
79
Level 3 dyspnea
The patient has SOB while talking or performing ADLs
80
Level 4 dyspnea
The patient has SOB during periods of no activity
81
Orthopnea
The patient has SOB while lying down
82
Incentive Spirometry
Inhale through the tube ONLY, suck in as if you are drinking through a straw
83
Egophony
increased resonance of voice sounds heard when auscultating the lungs
84
Bronchophony
abnormal transmission of sounds from the lungs or bronchi
85
Nasal Canula
lowest delivery of oxygen room air is 21 ( each liter is an added 3-4%)
86
Venturi Canula
changed according to color or dial on tubing
87
Simple oxygen mask
most common O2 delivery device, has a minimum
88
Non rebreather mask
bag may not be overinflated or deflated, can deliver a nonrebreather mask or reservoir up to 15 L of oxygen, close to 100%
89
Empathy
The ability to look at things from another’s perspective.
90
Positive regard
Underlying assumption is that the person is worthwhile and has value and dignity; avoids unnecessary labeling.
91
Honesty
open, direct and sincere
92
Trust
demonstrate to patients, families, significant others that they can rely on nurses without doubt, question, or judgement
93
Self-awareness and self-reflection
Self-awareness and self-reflection: Results in being aware of one’s own personality, values, cultural background, and style of communication; taking responsibility for one’s actions as a professional; and being separate from, but connected to, others
94
Non Therapeutic Responses
Rescue feelings False reassurance Giving advice Changing the subject Being moralistic Nonprofessional involvement
95
Written communication
Conveys information through written word
96
Verbal communication
Conveys information through spoken word
97
Nonverbal communication
Conveys information through gestures, facial expressions, posture, space, appearance, body movement, touch, voice tone and volume, and rate of speech
98
Metacommunication
Interpretation of communication
99
Congruent relationship
Relationships among written, verbal, nonverbal, and/or metacommunication are aligned to give the same “message”
100
Incongruent relationship
Relationships among written, verbal, nonverbal, and/or metacommunication are contradictory and give a “mixed message”
101
Techniques to Facilitate Communication
Offering of Self & Touch Open ended questions Opening remarks Active listening: eye contact, nodding, paying attention Using silence Summarizing Presenting Reality
102
Clarifying Techniques
Restatement Reflection Exploring Encouraging elaboration & Seeking clarification Focusing Giving information & Looking at alternatives
103
HIPAA
regulates areas of information management, including security of records. If you want to do written assignments, you must de-identify the patient
104
PHI
(protected health information) is data that relates to the health of an individual (past, present, or future). HIPAA protects this data
105
Types of documentation
Admission entries Progress notes Flow sheets MAR Plan of care Critical pathways Written handoff summary Incident report
106
Purposes of the patient record
To identify patient, support diagnosis, justify treatment, document course and results, and promote continuity of care
107
Principles of documentation
Should be accurate Documentation should only include observations that nurses have seen, heard, smelled, or felt. Observations or statements made by other professionals need to be identified as such All charted documentation stays, no erasing! Proofread and use correct spelling/medical terminology! Should be concise and complete Partial sentences and phrases should be used in narrative Patient’s name and terms referring to patient can be eliminated in narrative charting Only commonly accepted and institution-approved abbreviations should be used Should be objective Using direct quotes can help maintain objectivity, especially when documenting psychosocial and mental health issues Actual patient behavior should be described rather than making interpretations Organized and timely Information should be documented chronologically and include patient response to interventions Timely documentation decreases the chance of forgetting something important All medications and procedures should be documented upon completion
108
SOAP
Subjective, objective, assessment, pain
109
PIE
problem, intervention, evaluation
110
FOCUS DAR
Focus, data, action, response
111
CBE
competency-based education
112
SBAR
Situation, background, assessment, recommendation
113
I PASS the BATON
Introduction, patient, assessment, situation, safety concerns, (the), background, actions, timing, ownership, next
114
CUS
I am concerned, I am uncomfortable, this is a safety issue
115
Confidential
Keeping information private is a legal and an ethical requirement. Applies to written and computerized medical records and any other information pertaining to the patient’s health status or care. The Health Insurance Portability and Accountability Act (HIPAA) regulates all areas of information management, including security of records. Students must de-identify any patient information in written assignments to be HIPAA compliant. Privacy screens, space F4 causes screen to close to prevent nosiness and potential breeches
116
Musculoskeletal assessment inspection
Observe and compare both sides of body for symmetry Height: Measure for comparison over time (loss of height is common as person age) Posture: head erect – both shoulders and hips at equal heights bilaterally Inspect spine from the side. Note curvatures. Note size and contour of the joint Inspect skin and tissues over the joints for color, swelling and any masses or deformities
117
Musculoskeletal assessment palpitation
Palpate joint bilaterally, including skin for temperature, muscles for tone, bony articulations and area of joint capsule Note any warmth, tenderness, inflammation, edema, stiffness, crepitus, deformities, limitations, and instability Ask for active ROM – if you see a limitation gently attempt passive ROM do not move past point of pain or resistance Functional assessment with limitations in ROM
118
Manifestations of altered musculoskeletal function
Decreased muscle strength and tone Lack of coordination: musculoskeletal due to aging or neurological Altered gait: shuffling, unsteadiness Falls: risk increases as you age (anybody is at risk, post-op) Decreased joint flexibility Pain on movement: little movement, refuse medications Activity intolerance
119
Patient safety with musculoskeletal deficit
Transfers Lift teams Hydraulic lifts Ceiling lifts Stand-up assist lifts Two- or three-person lifts
120
Normal Physiologic Function
Alignment and posture: Alignment is achieved when the joints and muscles are not experiencing extremes in extension or flexion or unusual stress; upright posture and movement require a balanced center of gravity. Balance: Maintaining balance is a complex function of counteracting gravity and coordinating reflexes to maintain posture. Coordinated movement: The cerebellum, cerebral cortex, and basal ganglia are responsible for the control of motor functions. (coordinated smooth movements, only skeletal)
121
Risk Factors
Falls: risk increases as you age (anybody is at risk, post-op) Risk for disuse syndrome (being sedentary) Risk Assessment weakness, fatigue, or distressing symptoms after routine exercise or activities; fall risk. presence of current or chronic health problems that may limit mobility or decrease activity tolerance
122
Physiologic Functioning in Mobility
Exercise: Exercise that actively requires alignment, posture, balance, and coordinated movement offers physiologic and psychological benefits. Characteristics of movement Full range of motion AoRM Active range of motion (doing it themself) PoRM Passive range of motion (nurse helping) Balanced coordinated gait
123
Factors Affecting Mobility
Lifestyle and habits: obesity (modifiable, diet) Intact musculoskeletal system (modifiable with trauma and diseases→ diabetics) Nervous system control (excitable) Circulation and oxygenation: not enough oxygen getting to muscle → atrophy (hypertrophy by going to the gym and hydrating) Energy (cluster activity based on energy level, CHF needs long periods of rest) Congenital problems: born with a broken limb or weak muscles Ex: Jerry Lewis: muscular dystrophy (progressive weakness in male children → may need ventilators and NG tubes) Affective disorders Therapeutic modalities
124
Abduction
to keep the legs apart or “away” from each other
125
Adduction
draw inward, or closer to the body
126
Flexion
Flexion of the shoulder or hip is movement of the arm or leg forward
127
Extension
increases the angle and straightens the joint.
128
Transferring and lifting patients safely
Transfers Lift teams Hydraulic lifts Ceiling lifts Stand-up assist lifts Two- or three-person lifts
129
How to not hurt yourself
Use your knees when you bend Raise bed to waist level