Brief information Flashcards

(450 cards)

1
Q

What is an ABG?

A

Measures the levels of oxygen and carbon dioxide in your arterial blood

It checks the balance of acids and bases, known as the pH balance

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2
Q

Whats is PaO2 (ABG)

A

The amount of oxygen dissolved in the blood.

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3
Q

What is PaCO2 (ABG)

A

Amount of carbon dioxide in the blood

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4
Q

Whats HCO3 (ABG)

A

Bicarbonate content of the blood

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5
Q

What is SaO2 (ABG)

A

The percentage of hemoglobin in your arterial blood that is carrying oxygen

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6
Q

What acid/base disturbances occur in Metabolic Acidosis?

A

build-up of non-volatile acids (acids produced in the body from sources other than carbon dioxide)

OR loss of bicarbonate

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7
Q

What acid/base disturbances occur in Metabolic Alkalosis?

A

reduced amounts of non-volatile acids

(acids reduced in the body from sources other than carbon dioxide)

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8
Q

What acid/base disturbances occur in respiratory acidosis?

A

Build-up of CO2

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9
Q

What acid/base disturbances occur in respiratory Alkalosis?

A

Loss of too much CO2

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10
Q

What can cause respiratory acidosis?

A
  • Depression of brainstem respiratory centers(e.g. due to certain drugs or trauma)
  • Decreased neuromuscular control of ventilation
    (e.g. with conditions like Myasthenia gravis (muscle weakness) or Guillain-Barre)
  • Respiratory conditions/hypoventilation/decreased gas exchange(e.g. increased airway resistance, COPD, pneumonia)

DECREASE BRAIN STEM CENTRE, DECREASE NEUROMUSCULAR CONTROL, RESP CONDITIONS

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11
Q

What causes respiratory alkalosis?

A

Hyperventilation from

  • Hypoxemia (e.g. with pulmonary disorders, congestive heart failure, increased altitude)
  • Pain
  • Anxiety or fear
  • Fever or sepsis
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12
Q

What causes metabolic acidosis?

A

Increased bicarbonate (HCO) loss

- Renal loss (i.e. with renal failure)
- GI loss (e.g. diarrhea, pancreatitis)
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13
Q

What are causes of metabolic alkalosis

A
  • Increased renal loss (e.g.diuretics, increased liquorice ingestion, Cushing’s syndrome)
  • GI loss (e.g. vomiting)
  • Increased bicarbonate (HCO) retention occurs if there is excess administration of bicarbonate (e.g. IVsolution)
  • Dehydration which can result in both acid loss and bicarbonate retention
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14
Q

What does HEEADSSS stand for?

A
  • Home
  • Education/ employment
  • Eating / exercise
  • Activities and peer relationships
  • Drug use/ cigarette/ vaping/ alcohol
  • Sexuaility
  • Suicide/ self harm/ depression/ mood/ risk
  • Safety (Risk taking behaviours)
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15
Q

Why are youth more likely to get STIs and why do they have more complications?

A

Higher risk of STI’s due to
- Lack of knowledge
- lack of psychosocial maturity
- embarrassment
- the denial of the need to plan ahead and use condoms are the most common reasons for increased risk.

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16
Q

What is asthma?

A

Asthma is a chronic lung disease that affects the airways, causing them to become inflamed, narrowed, and produce extra mucus.

various stimuli cause broncho construction, inflammation, and increased mucus production

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17
Q

What are some consequences of inflammatory mediators in asthma?

A
  • Mucosal oedema
  • Bronchial smooth muscle contraction
  • Mucus secretion
  • Vasodilation
  • Increased capillary permeability
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18
Q

What are common symptoms at the beginning of an asthma attack?

A
  • Chest constriction
  • Expiratory wheezing
  • Dyspnoea
  • Non-productive coughing
  • Prolonged expiration
  • Tachycardia
  • Tachypnoea
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19
Q

What is essential for the management and prevention of asthma attacks?

A

Avoidance of allergens and irritants, control of symptoms, and prevention of exacerbations.

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20
Q

What type of inhalers are used for intermittent asthma?

A

Short-acting beta-agonist inhalers.

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21
Q

What medications are essential for all categories of persistent asthma?

A

Anti-inflammatory medications, usually in the form of inhaled corticosteroids.

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22
Q

What is the action of beta2 antagonists? (sympathomimetics)

A

Bind to exosites near beta2 receptors on bronchial smooth muscle causing stimulation and bronchodilation.

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23
Q

Name two short-acting beta-agonists. (sympathomimetics)

A
  • Salbutamol
  • Terbutaline
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24
Q

What is the action of inhaled corticosteroids?

A

Immunosuppressant used to reduce airway inflammation and secretion of mucus.

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25
What are symptoms of severe asthma/ deterioration/ resp failure
Cyanosis, confusion, and lethargy indicating the onset of life-threatening acute severe asthma (status asthmaticus) and respiratory failure
26
27
Where should V1 electrodes be placed?
Fourth intercostal space at the right border of the sternum ## Footnote This position is crucial for accurate ECG readings.
28
Where should V2 electrodes be placed?
Fourth intercostal space at the left border of the sternum ## Footnote This placement helps in assessing the heart's electrical activity.
29
How is the V3 electrode positioned?
Halfway between V2 and V4 ## Footnote V3 serves as a reference point between the left and right chest leads.
30
What is the placement for V4 electrodes?
Fifth intercostal space at the left midclavicular line ## Footnote V4 is important for monitoring the heart's electrical signals.
31
Where should V5 electrodes be located?
In the horizontal plane of V4 at the anterior axillary line * or halfway between V4 and V6 if the anterior axillary line is ambiguous ## Footnote Proper placement of V5 is vital for accurate ECG interpretation.
32
What is the positioning for V6 electrodes?
In the horizontal plane of V4 at the midaxillary line ## Footnote This placement helps in capturing the lateral aspect of the heart's electrical activity.
33
What leadwire color corresponds to the right arm?
White or RA leadwire ## Footnote Correct identification of leadwires is essential for accurate ECG setup.
34
What leadwire color is used for the right leg?
Green or RL leadwire ## Footnote This leadwire is part of the standard ECG setup.
35
What leadwire is connected to the left leg?
Red or LL leadwire ## Footnote Ensuring correct connections is critical for obtaining reliable test results.
36
What color leadwire is designated for the left arm?
Black or LA leadwire ## Footnote This connection is part of the limb lead configuration.
37
Which color leadwires are connected to the chest electrodes?
Brown or V1 to V6 leadwires ## Footnote These leadwires are essential for capturing chest electrical signals.
38
Whats an Myocardial infarction (MI)
An occlusion of blood flow within a coronary artery causing prolonged myocardial ischemia which leads to myocyte necrosis.  Every MI has a central area of necrosis, surrounded by an area of hypoxic injury. Changes in cardiac function are based on the location and extent of the infarct Can rapidly lead to heart failure and cardiac arrest.
39
What are the causes of an MI?
- Atherosclerosis - Coronary artery stenosis or spasm - Platelet aggregation - Thrombosis or embolism - Drug use (e.g. amphetamines or cocaine) - Ventricular hypertrophy - Carbon monoxide poisoning - Acute pulmonary disorders - Congenital coronary anomalies
40
What are the signs and symptoms of MI?
- Prolonged pain, tightness/pressure or discomfort in the chest (angina), shoulder, arm, neck, jaw and/or back - Onset is typically sudden and severe - Pain/discomfort does not subside or respond to rest and/or medications - Diaphoresis - Pallor - Nausea/vomiting - Feeling anxious - Shortness of breath or tachypnea - Extreme fatigue (more common in females) Additional signs: - Abnormal heart sounds or murmurs - Increased heart rate & blood pressure - ECG changes (e.g. T wave inversion, ST elevation or depression) - Elevated cardiac enzymes
41
What is angina?
Angina is chest pain that occurs when the oxygen demand of the myocardium outweighs the available supply. ## Footnote It is usually transient and typically occurs with increased physical exertion or stress. Often due to atherosclerosis or coronary artery spasm.
42
What is myocardial ischemia?
Myocardial ischemia refers to a condition where there is insufficient blood flow to the heart muscle, leading to chest pain (angina). ## Footnote It is commonly associated with conditions like atherosclerosis.
43
What is stable angina?
Stable angina is predictable, occurs with exertion, and resolves with rest or use of nitroglycerine. ## Footnote It is characterized by a consistent pattern of occurrence.
44
What is unstable angina?
Unstable angina is unpredictable, may occur at rest, and is of increasing severity, length, and/or frequency. ## Footnote It is often associated with atherosclerotic plaque rupture and is a strong predictor of myocardial infarction.
45
What is a common cause of unstable angina?
Unstable angina is often associated with atherosclerotic plaque rupture or outer erosion, resulting in transient episodes of thrombotic occlusion and vasoconstriction. ## Footnote These factors contribute to the unpredictability of the angina.
46
What are symptoms of angina?
Symptoms of angina include: * pallor * diaphoresis * dyspnoea * chest discomfort or pressure ## Footnote With stable angina, discomfort usually improves once the triggering activity stops.
47
What is the first-line treatment for acute angina?
Nitrates, specifically GTN, are the first-line treatment for acute angina. ## Footnote Nitrates act as endothelium-independent vasodilators.
48
What is the role of beta blockers in treating angina?
Beta blockers are used for prevention by reducing heart workload, slowing the heart rate, and decreasing the force of heart muscle contractions. ## Footnote This collectively lowers the demand for oxygen, alleviating chest pain.
49
What medications are typically given for angina?
Medications for angina include: * Nitrates * Beta blockers * Calcium channel blockers ## Footnote Each class of medication serves a different purpose in managing angina.
50
What is heart failure?
A condition where the heart cannot fill or eject blood efficiently, resulting in reduced cardiac output and increased congestion in the heart and/or lungs. ## Footnote HF is usually due to a structural or functional disorder that impairs ventricular systolic or diastolic function.
51
What is left sided HF?
The pumping ability of the left ventricle fails and cardiac output decreases, causing blood to back up into the left atrium and lungs, leading to pulmonary congestion. ## Footnote If untreated, left-sided heart failure leads to right-sided heart failure, pulmonary oedema, and decreased cardiac output.
52
What are common causes of left sided HF?
* Left ventricular myocardial infarction * Hypertension * Aortic and mitral valve stenosis or regurgitation ## Footnote Specifically, left anterior descending (LAD) occlusion and circumflex arteries are involved.
53
What does left sided HF cause?
* Pulmonary congestion * ↑ pulmonary artery & venous pressure * Fluid accumulation in interstitial spaces of the lungs and alveoli * Reduced lung compliance * Impaired gas exchange * Dyspnea on exertion and fatigue * Cyanosis may reflect hypoxia
54
What are symptoms of left-sided heart failure?
* Dyspnoea * Increased weight gain * Productive cough * Crackles and wheezing in lungs * Pulmonary oedema * Lethargy * Muscle weakness
55
What is right sided HF?
Ineffective contractile function of the right ventricle leads to blood backing up into the right atrium and the peripheral circulation, resulting in peripheral oedema and engorgement of the kidneys and other organs.
56
What causes right sided HF?
* Occlusion in right coronary artery * Left heart failure causing pulmonary hypertension * Tricuspid valve regurgitation
57
What are characteristics/symptoms of right-sided heart failure?
* Peripheral oedema * Weight gain, fluid overload * Ascites (accumulation of fluid in the abdomen) * Venous hypertension * Hepatomegaly (enlarged liver) * Jugular vein distension * Hepatic congestion * Cyanosis
58
What are the treatment aims for heart failure?
* Increase cardiac contractility * Reduce fluid/oedema * Reduce myocardial workload
59
What is the treatment for heart failure?
* Sodium restriction * Fluid restriction * Calorie restriction, if indicated * Weight reduction, if indicated * DASH (Dietary Approaches to Stop Hypertension) * Beta blockers * Diuretics * Vasodilators * Oxygen therapy * Anticoagulants
60
What is Congestive Heart Failure (CHF)?
The inability of the heart to provide enough blood and oxygen to the body. Congestive heart failure is a specific type of HF where fluid buildup (congestion) occurs in the body due to the heart's reduced pumping efficiency. The term "congestive" highlights the fluid retention aspect of the condition, particularly in the lungs and extremities.
61
What is VF?
An erratic, disorganised firing of impulses from the ventricles, causing the ventricles to quiver and are unable to contract or pump blood. This is a medical emergency.
62
What is AF?
A common ECG rhythm characterized by irregular and rapid heartbeats ## Footnote Atrial fibrillation can lead to complications such as stroke and heart failure.
63
What is VT.
An abnormal and rapid discharge of electrical signals in the ventricles ## Footnote Ventricular tachycardia can be life-threatening and requires immediate medical attention.
64
What is asystole?
Cessation of electrical signals in the heart, also known as a 'flatline' ## Footnote Asystole is a critical condition indicating no heart activity.
65
What can develop from Acute Rheumatic fever?
Rheumatic heart disease valve damage
66
What is required for long-term management of Rheumatic heart disease?
Medication or surgery
67
What major damage can rheumatic fever cause in children and young people?
Damage to heart valves requiring surgical repair or replacement
68
When may surgery be performed for rheumatic heart disease in children?
While in hospital after recovering from the acute phase or later when medication cannot maintain heart function
69
Which heart valves are most commonly involved in surgery for rheumatic heart disease?
Mitral and/or aortic heart valves
70
What type of prophylaxis do individuals who have an episode of rheumatic fever receive?
Antibiotic prophylaxis
71
How often is antibiotic prophylaxis generally administered for RHD?
Every 28 days (or every 21 days in some cases)
72
For how long is antibiotic prophylaxis given to patients with rheumatic fever?
Minimum of 10 years or until 21 or 30 years old depending on severity
73
When is the first prophylaxis dose typically given to a patient?
While still in hospital, prior to discharge
74
What range of treatments is provided to a patient diagnosed with rheumatic fever?
Medications, bed rest, dental checks, cardiac medication, or surgery
75
Fill in the blank: Surgery for rheumatic heart disease may be needed when medication alone cannot maintain or support _______.
[cardiac function and heart health]
76
What is chemotherapy?
Use of chemotherapeutic drugs to destroy or suppress the growth of cancer cells Uses non-selective cytotoxic drugs Actively dividing cells are most susceptible- including cancer cells, bone marrow blood cells & epithelial cells of the skin & GI tract.
77
What are side affects of chemo?
- fatigue - Weakness - reduced blood cell numbers - impaired wound healing - nausea/vomiting, diarrhoea - alopecia - sterility - growth depression (children) - GI mucosal damage - teratogenicity (developmental abnormalities or birth defects in a fetus)
78
Whats a pandemic?
A widespread occurrence of an infectious disease over a whole country or the world at a particular time.
79
What is a notifiable disease?
A notifiable disease is a disease or injury that health professionals are required to report to the local Medical Officer The Health Act 1956 lists which diseases require notification to the NPHS, and in some cases the local authority.
80
What does D in DRS ABCD stand for?
Dangers: Check for danger (assess and manage risks to the rescuer and others) ## Footnote Assessing dangers ensures the safety of the rescuer and bystanders before providing assistance.
81
What does R in DRS ABCD represent?
Responsiveness: Check for response (if unresponsive) ## Footnote Checking responsiveness helps determine if the person is conscious or needs immediate medical attention.
82
What action should be taken when checking for responsiveness?
If unresponsive, send for help ## Footnote Sending for help is crucial to ensure that professional medical assistance is on its way.
83
What does the A in DRS ABCD stand for?
Airway: Open the airway ## Footnote Ensuring the airway is open is vital for effective breathing and oxygen delivery.
84
What is the next step after checking the airway in DRS ABCD?
Check breathing (if not breathing / abnormal breathing) ## Footnote Assessing breathing is essential to determine if CPR is needed.
85
What does CPR involve according to DRS ABCD?
Start CPR: Give 30 chest compressions followed by two breaths ## Footnote CPR is a lifesaving technique used in emergencies when someone's heartbeat or breathing has stopped.
86
What is the final step in DRS ABCD after starting CPR?
Attach an Automated External Defibrillator (AED) as soon as available and follow the prompts ## Footnote An AED can help restore a normal heart rhythm in cases of cardiac arrest.
87
What characterizes Type 1 diabetes mellitus?
Absolute insulin deficiency caused by destruction of beta cells, believed to be an autoimmune reaction.
88
What characterizes Type 2 diabetes mellitus?
A metabolic condition associated with insulin resistance and an impaired insulin secretion. This is a slow insidious onset.
89
What is the action of insulin?
Regulates metabolism of carbohydrate, protein, and fats, reducing blood-glucose concentration by facilitating glucose uptake into cells.
90
What is the first step in the treatment of Type II diabetes?
Identify and treat/eliminate underlying causes ## Footnote Addressing root causes can improve overall management of the condition.
91
What lifestyle changes may be sufficient for managing Type II diabetes?
Dietary changes, weight loss, and exercise ## Footnote These changes can significantly impact blood sugar levels and overall health.
92
What type of medication is commonly used in the treatment of Type II diabetes?
Oral hypoglycemic drugs ## Footnote These medications help to lower blood sugar levels in patients with Type II diabetes.
93
What class of drugs should be used if dietary and exercise management is unsuccessful in T2 diabetes treatment?
(Oral hypoglycemic drugs) 1st line- Sulphonylurea class e.g. tolbutamide, glipizide, glibenclamide 2nd line Biguanides- Metformin ## Footnote These drugs stimulate basal insulin secretion by the pancreas and require functioning beta cells.
94
What does Oral hypoglycemic drugs
help control high blood sugar (glucose) levels in people with Type 2 diabetes by increasing insulin production, improving insulin sensitivity, reducing glucose absorption, or decreasing liver glucose production ## Footnote It also increases glucose utilization by peripheral cells.
95
What effect does metformin have on lipid levels?
Reduces LDL, VLDL and increases HDL ## Footnote This can benefit cardiovascular health.
96
When may insulin be used in type 2 diabetes treatment?
When lifestyle changes and other medications aren't enough ## Footnote Insulin is crucial for regulating blood sugar levels.
97
How does insulin work?
Insulin binds to receptors on cells, enabling glucose to move from the bloodstream into the cells, where it's used for energy or stored
98
What should be monitored when starting insulin therapy?
Fasting blood glucose (FBG) levels ## Footnote Patients should also be educated on managing hypoglycemia.
99
What is the APLS formula for weight in kg?
weight (kg) = 2 x (age + 4)
100
How do you calculate IV flow rate using mL and drop factor?
(IV amount in mL x drop factor) / (Hours x 60) OR (IV amount in mL x drop factor) / (time in minutes)
101
What is the formula for calculating liquid/injection dosages?
What you want ÷ what you’ve got x volume of stock solution
102
What is the formula for calculating tablet dosages?
What you want ÷ what you’ve got x one tablet
103
What two conditions are included in inflammatory bowel disease?
Ulcerative colitis and Crohn's disease ## Footnote These conditions affect the gastrointestinal tract.
104
What layers of the GI tract wall are affected by Crohn's disease?
All layers ## Footnote Crohn's disease can affect any part of the GI tract but is most commonly found in the proximal colon and small intestine.
105
What are some complications of Crohn's disease?
* Fissures * Fistulas * Adhesions * Damage to the enteric nervous system * Malnutrition or nutritional deficiencies * Obstruction * Anemia from not absorbing B12 ## Footnote Complications arise due to severe inflammation and its effects on the gut.
106
What symptoms are commonly associated with Crohn's disease?
* Diarrhea * Fatty diarrhea * Less common blood in stool * Exacerbations * Hospital admissions ## Footnote Symptoms may vary in severity and frequency.
107
Where does ulcerative colitis primarily occur in the GI tract?
Large colon, most commonly distal colon ## Footnote Ulcerative colitis specifically affects the mucosa.
108
What are some complications of ulcerative colitis?
* Hemorrhoids * Anal fissures * Abscesses * Hemorrhage ## Footnote These complications arise from repeated inflammation.
109
What symptoms are commonly associated with ulcerative colitis?
* Large, watery, bloody diarrhea * Cramping * Exacerbations * Fever * Tachycardia * 10-20 stools per day ## Footnote Symptoms can lead to significant discomfort and health risks.
110
What treatments are commonly used for both Crohn's disease and ulcerative colitis?
* Steroids * Antibiotics ## Footnote These treatments aim to dampen the immune response.
111
What is a common dietary issue associated with Crohn's disease?
Malnutrition or nutritional deficiencies. Iron, vitamin B12, vitamin D, and zinc ## Footnote Intestinal absorption is significantly impacted.
112
What is Crohn disease?
A slow, progressive inflammation of the bowel or digestive tract. ## Footnote Exact cause unknown; considered idiopathic.
113
What are the causes of Crohn disease?
Altered immune response to intestinal bacteria, lymphatic obstruction, and infection, along with genetic predisposition. ## Footnote The exact cause remains unclear.
114
What dietary recommendations are suggested for Crohn disease?
Avoidance of foods that worsen diarrhoea, raw fruits and vegetables if blockage occurs, and ensuring adequate caloric, protein, and vitamin intake. ## Footnote Diet plays a crucial role in managing symptoms.
115
What types of medications are used to treat abdominal cramps in Crohn disease?
Antispasmodics such as propantheline bromide, dicyclomine hydrochloride, and hyoscyamine. ## Footnote These medications help alleviate abdominal cramps.
116
What corticosteroids are used during acute episodes of Crohn disease?
Prednisone. ## Footnote Corticosteroids help reduce inflammation.
117
What is ulcerative colitis?
An episodic chronic inflammatory bowel disease that causes ulcerations of the mucosa in the colon. ## Footnote Characterized by crypt abscesses and mucosal ulceration.
118
What are the treatment strategies for ulcerative colitis?
Identification and avoidance of triggers, blood transfusions for anaemia if needed, relaxation and stress management techniques ## Footnote A comprehensive approach is often necessary.
119
What types of medications are typically used for ulcerative colitis?
Aminosalicylates (e.g., sulfaSALazine, balsalazide sodium) and corticosteroids (e.g., topical steroid enemas, oral or parenteral corticosteroids like prednisone and methylprednisolone sodium succinate). ## Footnote Aminosalicylates are more commonly used to reduce inflammation in the gut.
120
What is the main difference between Inflammatory Bowel Disease (IBD) and Irritable Bowel Syndrome (IBS)?
The presence of inflammation and damage to the digestive tract.
121
What type of disorder is Irritable Bowel Syndrome (IBS)?
Disorder of gut–brain interaction that affects the large intestine.
122
What are the common symptoms of IBS?
Muscle spasms causing abdominal discomfort, bloating, and flatulence.
123
What change occurs in bowel motility in IBS?
An abnormality in the neuromuscular control of intestinal smooth muscle.
124
What are some treatment options for IBS?
* Stress management * Lifestyle modifications * FODMAP to determine any irritants * Antidiarrhoeals, such as loperamide hydrochloride * Bulk-forming laxatives, such as psyllium husk powder * Probiotics and prebiotics
125
List the types of fluid loss.
* GI: diarrhoea, vomiting * Renal: diuresis * Vascular: haemorrhage * Skin: burns ## Footnote These can significantly affect fluid balance.
126
What conditions can lead to fluid gain?
* Heart failure * Liver failure * Kidney failure ## Footnote These conditions can cause excessive fluid retention.
127
What does hypovolemia refer to?
Abnormal loss of normal fluids, inadequate intake, or plasma to interstitial shift ## Footnote It can lead to decreased fluid volume and potentially hypovolemic shock.
128
What are the clinical manifestations of hypervolemia?
* Excess fluid volume * Impaired gas exchange * Risk for impaired skin integrity * Activity intolerance * Potential complications: pulmonary oedema, ascites ## Footnote Hypervolemia is characterized by excessive intake or retention of fluids.
129
What monitoring is essential for both hypovolemia and hypervolemia?
* Monitor intake and output * Monitor cardiovascular changes * Assess respiratory changes * Assess neurological changes * Daily weight * Skin assessment * IV therapy ## Footnote These assessments help manage fluid status effectively.
130
What is the purpose of IV therapy?
Used to correct electrolyte imbalances, deliver medications, blood transfusions, or fluid replacement therapy ## Footnote IV therapy is crucial for managing dehydration and supporting patients in shock.
131
Define colloid solutions.
Gelatinous solutions containing particles suspended in solution that do not settle under gravity ## Footnote Colloids are used for volume expansion.
132
What are crystalloid solutions composed of?
Clear fluids made up of water and electrolytes ## Footnote Crystalloids can cross a semipermeable membrane.
133
What is Lactated Ringer's solution used for?
Isotonic for resuscitation ## Footnote It contains Na+, Cl-, K+, Ca2+, and lactate.
134
What are the isotonic solutions listed?
* 0.9% NaCl * Lactated Ringer’s * 5% dextrose and water (D5W) * 5% dextrose and 0.9% saline (various formulations) ## Footnote Isotonic solutions are used for fluid replacement.
135
What is the difference between hypotonic and hypertonic solutions?
Hypotonic solutions cause cells to swell, while hypertonic solutions cause cells to shrink ## Footnote This is due to the concentration gradient of solutes.
136
List examples of colloids.
* Albumin * Dextran * Blood ## Footnote Colloids are used to expand plasma volume.
137
IV therapy signs and symptoms of issues
Signs of IV issues include local symptoms like pain, swelling, redness, heat, and discharge at the IV site, and systemic symptoms such as fever, chills, shortness of breath, dizziness, or a rapid heart rate
138
How long does it take to donate 470ml of whole blood?
15 minutes
139
What percentage of whole blood is plasma, RBC and platelets
55% plasma, 45% RBCs, 1% platelets
140
Who are common recipients of blood transfusions?
* Unwell children * Aged individuals * Trauma cases * Patients with long COVID * Cancer patients * Elective surgery patients * Emergency surgery patients * Patients with congenital conditions * Solid organ and marrow transplant recipients * Patients with chronic illnesses * Patients experiencing obstetric bleeds
141
What is required for a blood transfusion?
* Prescription * Informed consent * Patent vascular access * Patient identification (9 rights) * Equipment * Baseline observations * Documentation * Two certified staff
142
What is a common minor reaction to blood transfusion?
Febrile non-haemolytic transfusion reaction
143
What are the major dangers associated with blood transfusion?
* Delay in obtaining blood components * Transfusing wrong components for another patient * Over-transfusing leading to circulatory overload * Transfusion-transmitted bacterial infections * Risk of viral infections like HIV, Hep B, and C
144
What are common causes of problems in blood transfusion?
* Prescribing unnecessary blood components * Incomplete request forms or sample tube labels * Improper collection of samples * Delays in communication * Transfusion of components intended for another patient * Failure to manage adverse reactions
145
What tests are performed on every unit of donor blood?
* ABO and RhD blood groups * Red cell antibodies * Infectious diseases: HIV, HepB, HepC, Syphilis
146
What should be done if red cells are required immediately?
Consider using emergency group O RhD negative units
147
What is the observation protocol before and during blood transfusion?
* Baseline full observations within 60 minutes before transfusion * Remain in the room for the first 15 minutes * Full set of observations at 15 minutes after commencement of each unit * Check patient every 30 minutes thereafter * Complete full set of observations every 60 minutes
148
What characterizes a minor allergic reaction to transfusion?
* More common with plasma and platelet components * Symptoms include flushed skin and morbilliform rash
149
What management steps are taken for a moderate allergic reaction?
* Stop transfusion * Check label and recipient identity * Replace IV set and give saline * Monitor closely and treat symptomatically
150
What are signs of an anaphylactic allergic reaction?
* Severe hypotension * Widespread urticaria * Wheezing and stridor * Severe anxiety
151
What is the management for an anaphylactic allergic reaction?
* Stop transfusion * Check label and recipient identity * Follow anaphylaxis guidelines: administer adrenaline * Replace IV set and give rapid IV colloid or saline
152
What defines a hypotensive reaction during transfusion?
Fall in systolic BP >30mmHg and systolic BP <80mmHg
153
What types of blood transfusions are there?
* RBC transfusions * Platelet transfusions * Plasma infusion
154
What is the purpose of RBC transfusions?
To elevate hemoglobin, iron, and oxygen levels in patients with anemia Can be done for - Volume of blood loss - Cardiac dysfunction - Atherosclerotic disease
155
What are platelet transfusions commonly given for?
For patients with leukemia or other cancers, especially after chemotherapy
156
What conditions benefit from plasma infusions?
* Liver failure * Severe infections * Significant burns
157
What is the time frame for acute reactions to transfusions?
Within 24 hours of transfusion
158
What reactions are most likley to occur?
Acute - Mild allergic reactions (urticarial) - Febrile non-haemolytic reaction -Transfusion-associated circulatory overload Delayed – > 24 hours of transfusion - Alloimmunisation (HLA antigen) - Alloimmunisation (RBC antigens)
159
Where must red cells NEVER be stored?
In a domestic or vaccine fridge
160
What is the proper storage temperature for red cells?
2 - 6 degrees
161
What is the proper storage temperature for platelets?
20 - 24 degrees
162
What is the storage requirement for fresh frozen plasma?
Frozen at/below –25 °C for up to 12 months; once thawed, stored at 2 to 6 °C
163
What should be done if a unit of red cells cannot be immediately transfused?
Return the blood to the blood fridge or transfusion laboratory within 30 minutes
164
What happens if the blood is not returned within 30 minutes?
It becomes unsuitable for reissue or use for another patient
165
How soon should transfusion commence after removal from the blood fridge?
Within 30 minutes
166
How long should a transfusion be completed within?
4 hours
167
What should be avoided regarding transfusions?
Overnight transfusions whenever possible
168
What fluids are compatible alongside transfusion?
* Normal saline (0.9% sodium chloride) * 4% albumin * Gelofusine * ABO compatible plasma
169
What should blood components not be infused with?
* Medications * Dextrose containing solutions * Calcium containing solutions (e.g., Haemaccel, Hartmann's solution, lactated Ringer's solution, Gelafusal)
170
What are the three Ps in transfusion safety?
* Patient * Prescription * Pack
171
What is an opioid?
A chemical that binds to opioid receptors found in the CNS, PNS, and GI tract Action potential firing of neurons within the sensory pain pathway Inhibits the opening of calcium channels, resulting in less pain conducting neurotransmitters released
172
What is the main clinical use of opioids in the CNS?
Analgesia
173
What are the effects of opioids in the CNS?
* Analgesia * Cough suppression * Respiratory suppression * Sedation and sleep * Euphoria * Dysphoria * Miosis * Nausea and vomiting * Hypotension and bradycardia * Tolerance, dependence or addiction
174
What is the most common cause of death from opioid overdose?
Respiratory suppression
175
What are the peripheral effects of opioids in the PNS?
* Decreased GI motility * Increased tone in smooth muscle * Spasms of sphincter muscles * Suppression of some spinal reflexes * Release of histamine
176
Can you name some examples of opioid analgesics?
* Morphine * Pethidine (synthetic) * Fentanyl * Alfentanil * Codeine * Methadone * Oxycodone
177
What types of receptors are opioid receptors?
G-protein receptors linked to the inhibition of adenylate cyclase
178
Which drug is an antagonist with zero efficacy?
Naloxone (a medicine that rapidly reverses an opioid overdose)
179
What is dementia?
General term for a group of brain disorders that cause problems with memory and thinking Neurons involved with communication, metabolism, and repair are disrupted. ## Footnote Most common cause is Alzheimer disease, but there are other forms as well.
180
What are the most common kinds of dementia?
* Alzheimer disease * Vascular dementia * Lewy body dementia * Frontotemporal dementia * Parkinson disease dementia ## Footnote Each type has unique characteristics and symptoms.
181
What substance causes brain damage in Alzheimer disease?
Amyloid ## Footnote Amyloid plaques are associated with the degeneration of neurons.
182
List symptoms of the mild stage of dementia.
* Gradual onset * Forgetfulness and subtle memory loss * Inability to concentrate * Personality changes; increased anxiety * Poor judgement * Taking longer to complete daily tasks * Trouble handling money ## Footnote Symptoms may vary by individual.
183
List symptoms of the moderate stage of dementia.
* Difficulty remembering past * Disorientation * Episodes of wandering * Moodiness in social situations * Bladder and bowel changes * Shorter attention span * Misperceptions about environment * Misidentification of objects and people * Decline in word finding * Personality changes (e.g., irritability) * Restlessness and agitation * Suspicion and fear of imaginary situations * Complaints of misplaced objects * Inappropriate actions or impulses * Motor problems * Nocturnal awakening ## Footnote The moderate stage is characterized by more severe cognitive decline.
184
List symptoms of the severe stage of dementia.
* General deterioration in personal hygiene * Difficulty swallowing * Increased amount of time sleeping * Weight loss * Loss of bowel and bladder control * Groans or grunts ## Footnote Severe stage indicates significant decline in physical and cognitive abilities.
185
What are nursing considerations for dementia?
* Monitoring neurological status * Level of orientation and agitation * Response to medications * Fluid intake and nutrition status * Elimination – urinary and bowels * Sleep hygiene * Delirium screening * Oral health * Environment for safety * Pressure injuries * Weight ## Footnote These considerations help in providing comprehensive care.
186
What is delirium?
Rapid onset disturbance in mental abilities resulting in confused thinking and reduced awareness of the environment ## Footnote Usually temporary and resolves when the underlying cause is addressed.
187
List causes of delirium.
* Alcohol Withdrawal Syndrome * Brain Tumor * Chronic Kidney Disease * Dementia * Drug Withdrawal Syndrome * Fluid and Electrolyte Imbalance * Heatstroke * Infection * Stroke ## Footnote Identifying the cause is crucial for treatment.
188
What are nursing considerations for delirium?
* Safety measures to decrease risk of injury * Monitor medications that may exacerbate delirium * Monitor memory, mood, and cognition changes * Encourage good sleep hygiene * Use comfort measures * Maintain a consistent routine * Identify yourself and others in interactions * Approach the patient calmly * Prepare for diagnostic tests * Obtain blood samples as ordered ## Footnote These measures aim to stabilize the patient and provide comfort.
189
What are the components of pre-op assessments?
Allergies, Medical conditions, Height & weight, Physical examination, Laboratory tests ## Footnote Pre-op assessments are taken during a pre-op phone call and hospital admission.
190
List at least five surgical risk factors.
* Smoking * Age * Nutrition * Obesity * Genetics * Medical conditions (e.g., diabetes) * Obstructive sleep apnea (OSA) * Immunosuppression * Fluid and electrolyte imbalance * Postoperative nausea and vomiting (PONV) * Postoperative urinary retention (POUR) ## Footnote These factors can significantly impact surgical outcomes.
191
What documents are needed for pre-op preparations?
* Consent * Identification/Labels * Vital signs * Pre-op Checklist ## Footnote These documents ensure patient safety and proper procedure compliance.
192
What is assessed during intra-op ongoing assessments?
* Venous thromboembolism * Pressure Injury * Skin tears * Hypothermia * Fluid and Blood Loss Monitoring * Pulmonary dysfunction * Allergic reactions * Proper specimen management ## Footnote Continuous assessments are crucial for patient safety during surgery.
193
List three intraoperative risks for the development of VTE.
* Length of surgery * Venous compression * Hypovolaemia/dehydration * Hypotension * Hypothermia * Use of a tourniquet, especially during prolonged inflation ## Footnote Recognizing these risks can help in implementing preventive measures.
194
What is sterile technique?
A set of specific practices and procedures performed to make equipment and areas free from all microorganisms and to maintain that sterility. ## Footnote Sterility is critical in preventing infections during surgery.
195
What is the first principle of sterile technique?
Only Sterile Items Are Used Within the Sterile Field ## Footnote This principle ensures that the surgical environment remains uncontaminated.
196
What does the surgical safety checklist include?
* Sign in led by anesthetist * Time out led by surgeon * Sign out led by nurse * Verbally confirm with team after final count * Name of procedure recorded * Instrument, needle, sponge counts are correct * Specimen labeling * Plan for VTE prophylaxis * Equipment problems to be addressed * Post-operative concerns/plan for recovery ## Footnote This checklist is essential for ensuring patient safety and communication among the surgical team.
197
What are the post-op priorities?
* Phase 1 (OT to PACU or ICU) * Phase 2 (to ward/discharge) * Airway * Breathing * Circulation ## Footnote These priorities focus on stabilizing the patient after surgery.
198
What is assessed in the PACU?
* Airway/Breathing (Artificial Airways, Patency, SpO2, Oxygen, Lung sounds) * Circulation (BP, Temperature, IV Fluids, Urine output) * Neurological (Consciousness, Motor & sensory function) * Others (Dressing/Drainage, Nausea & vomiting, Pain) ## Footnote Comprehensive assessments in the PACU are vital for monitoring recovery.
199
Fill in the blank: Transfer to the ward from PACU must NOT occur until the patient is _______.
[stable] ## Footnote Stability is crucial for ensuring safe transfer and recovery.
200
What does the Post Anaesthetic Discharge Scoring System (PADS) assess?
* Vital Signs * Activity Level * Nausea and vomiting * Pain * Surgical Bleeding Score≥9 (fit for discharge) ## Footnote This scoring system helps determine if a patient is ready for discharge.
201
List potential postoperative problems.
* Nausea and/or vomiting * Abdominal distension * Paralytic ileus * Urinary retention * Constipation * Pain * Shock * Haemorrhage * Hypoxia * Pulmonary embolism * Wound infection * Wound dehiscence ## Footnote Awareness of these problems can aid in early detection and management.
202
What special considerations are there for children/young people undergoing surgery?
* Consent (Gillick competence) * Weight-based treatment * Speaking their language * Safety (e.g., fasting, restraint) ## Footnote Tailoring care to this group is essential for effective treatment.
203
What factors should be considered for older adults undergoing surgery?
* Degenerative Changes * Frailty * Cognitive Impairment * Discharge conditions ## Footnote These factors can significantly impact surgical outcomes and recovery.
204
What is spirituality?
Spirituality is a dynamic and intrinsic aspect of humanity through which persons seek ultimate meaning, purpose, and transcendence, and experience relationship to self, family, others, community, society, nature, and the significant or sacred. ## Footnote Spirituality is expressed through beliefs, values, traditions, and practices.
205
What issues are asssciated withrural nursing?
Climate- Rising sea levels, flooding, drought, and changing weather patterns. Reduced staff- Inequitable access to specialist care, primary care, or any care in general. Geographical isolation- Hard to reach hospitals, limited wifi/cellphone service, expsesive to leave town for health.
206
What demographic factor is mentioned as a challenge in rural nursing?
Ageing population profiles ## Footnote An ageing population can lead to increased healthcare demands and a need for specialized care.
207
What is the PRIME service designed to address?
Rural trauma and medical emergencies ## Footnote The service aims to enhance local capabilities in handling emergencies.
208
How does the PRIME service support rural healthcare providers?
By providing further training to local GPs and nurses ## Footnote This training equips them with additional skills and interventions for emergency situations.
209
What type of service does the PRIME initiative offer?
Emergency 24 hour on call service ## Footnote This ensures that rural communities have access to immediate medical assistance.
210
What is chronic obstructive pulmonary disease (COPD)?
An umbrella term for disorders associated with a progressive decrease in airflow within the lungs due to structural changes
211
What are the two main pathological conditions included in COPD?
* Emphysema * Chronic bronchitis
212
What are common signs and symptoms of COPD?
* Breathlessness/shortness of breath * Cough (typically productive) * Chest tightness * Wheezing * Dyspnoea * Nostril flaring * Accessory muscle breathing * Pursed lip breathing * Barrel chest * Cyanosis, finger clubbing or other signs of chronic low oxygen levels
213
What is emphysema?
A condition resulting in enlargement of the alveolar air spaces, leading to hyperinflation and decreased gas exchange * Breakdown of alveolar walls & septa * Breakdown of pulmonary capillaries * Breakdown of elastic fibers around alveoli Reduced elasticity causes a decrease in the ability for the alveoli and bronchioles to remain open, making expiration difficult
214
What primarily causes emphysema?
Exposure to irritants/noxious particles, mostly from cigarette smoke Oxidants destroy tissue and inactivate anti-proteases. Protease promotes cell and proteint breakdown, where anti-protease inhibit too much protease- making a balance.
215
What genetic predisposition can contribute to emphysema?
Alpha 1-antitrypsine deficiency
216
What is a common breathing technique used by patients with emphysema?
Pursed-lipped breathing
217
What are some symptoms of emphysema?
* Flattening of the diaphragm * Alterations to thoracic cavity shape (barrel chest) * Increased use of accessory muscles to breathe * Hypoxemia & hypoxia * Hypercapnia * Atelectasis * Generalized tissue (e.g. muscle) wasting
218
What is chronic bronchitis?
Inflammation of the airways characterized by a productive cough lasting more than 3 months a year for at least two consecutive years
219
What typically causes chronic bronchitis?
Long-term exposure to noxious chemicals from smoking or other environmental irritants
220
What are the effects of chronic bronchitis on the airways?
* Bronchial edema * Increased mucus glands & hypersecretion of mucus * Impaired cilia function Causing increased airway resistance.
221
What are some consequences of chronic bronchitis similar to emphysema?
* Hypoxemia & hypoxia * Hypercapnia * Increased use of accessory muscles to breathe
222
What is nursing management for COPD?
First-line medication- Anticholinergics via inhalation, such as ipratropium bromide. Short-acting beta2 agonists (SABA) such as salbutamol sulfate. Other- Corticosteroids, mucolytic agents. To improve breathing pattern: Pursed lip breathing. Inspiratory muscle training
223
What is cystic fibrosis?
An autosomal recessive condition resulting in abnormalities of the chloride channel proteins, eading to decreased chloride secretion. This causes the body to produce thick, sticky mucus that blocks and damages organs. Primarily the lungs and pancreas, leading to breathing problems, severe digestive issues, malnutrition, and chronic infections
224
What are symptoms of CF?
- Chronic cough - Dyspnea - Persistent lung infections - Malnutrition and poor growth - diarrhoea, fat in stool, severe constipation, or bulky stools - Salty tasting skin - Pancreatitis - Wheezy respirations - tachypnea
225
What are some treatment options for cystic fibrosis?
* Chest physiotherapy * Positive pressure devices * Inhaled mucus thinning solutions. * Antibiotics * Nutritional supplementation & enzymes. Pancreatic enzymes. * IV fluids, antibiotics, oxygen therapy,
226
What are the primary mutations responsible for classic cystic fibrosis?
Two mutations in the cystic fibrosis transmembrane conductance regulator (CFTR) gene
227
What is the effect of CFTR gene mutations on chloride and sodium levels?
Decreased secretion of chloride and increased reabsorption of sodium and water across epithelial cells
228
What is the gold standard diagnostic test for cystic fibrosis?
A sweat test using pilocarpine solution Sodium levels greater than 60 mEq/L on at least two separate occasions
229
What do anticholinergic drugs block?
Muscarinic acetylcholine (mACh) receptors on bronchiole smooth muscle
230
In which conditions are anticholinergic drugs used?
Acute asthma, maintenance asthma, and COPD
231
What is the role of CPAP?
Applies continuous positive airway pressure to keep airways open
232
What benefits can low levels of mask CPAP provide in spontaneously breathing patients?
Improve respiratory rate, dyspnoea, and work of breathing in asthma
233
What danger does CPAP pose in patients with lung hyperinflation?
May worsen lung hyperinflation
234
In hypercapnic patients, what is the limitation of CPAP?
CPAP alone may not improve ventilation
235
What is pneumonia?
Pneumonia is an infection that causes inflammation and fluid or pus to fill the alveoli in one or both lungs, that impairs gas exchange. It is an "umbrella term" covering various syndromes that result in air sacs filling with fluid or pus, causing symptoms like cough, fever, and difficulty breathing ## Footnote Caused by microorganisms including mycobacteria, bacteria, viruses, protozoa, and fungi. Can be cause by aspiration
236
Which areas of the lung are involved in pneumonia inflammation?
Alveoli, alveolar ducts, and interstitial spaces ## Footnote Inflammation leads to air sacs filling with fluid or pus.
237
How is pneumonia diagnosed?
Often diagnosed by a combination of symptoms, a physical examination (listening to the lungs), and a chest X-ray. On asucltataion most likley hear crackles and sometimes ronchi
238
What are symptoms pneumonia?
Bacterial - CP - Cough with Purulent sputum production - Fever/ Chills - Tachypnoea - Headaches - Muscle aches Viral - Non-productive cough - Fever/chills - Headache - Muscle aches - fatuige Other - Sputum: green, yellow or bloody - Tachycardia - Pleuritic chest pain - Dyspnoea
239
What laboratory tests are important for diagnosing pneumonia?
Full blood count, sputum culture, gram stain, smear, rapid antigen testing ## Footnote Cultures should be collected prior to administering antibiotics if possible.
240
What nursing management is involved with pneumonia?
- Meds: Antibiotics, antiviral agents, analgesics, antipyretics, bronchodilators - Maintaining a patent airway: Other treatments may include non-invasive ventilation and nasal high-flow oxygen. - Ensuring adequate oxygenation - Managing fluid balance - Promoting comfort and nutrition ## Footnote Amoxicillin is an example of an antibiotic that may be used.
241
What is pneumothorax?
Full or partial collapse of the lung caused by a collection of air in the pleural space, resulting in loss of negative intrapleural pressure
242
What is tension pneumothorax
A condition in which air becomes trapped in the pleural space, usually caused by trauma to the lung or punctured lung. Causes compression of the lung on the affected side and pressure on the heart and vessels. Pushes lung and vessels to the unafected side (mediastinal shift). Compromising lung function, and blood return to the heart. Leading to hypotension and shock
243
What can cause tension pneumothorax?
Can develop from any pneumothorax
244
aqWhat are the symptoms of tension pneumothorax?
* Severe SOB * Acute pain * Distended jugular veins * Pallor * Anxiety * Tracheal deviation away from the affected side * Weak, rapid pulse * Hypotension * Tachypnoea * Cyanosis * Absent breath sounds on the affected side * Decreased cardiac output * Chest pain * Cardiac arrest
245
What is the first step in treating tension pneumothorax?
Needle decompression of the chest to relieve trapped air in the pleural space. Then Chest Tube Insertion (Tube Thoracostomy
246
What nursing interventions should be performed for tension pneumothorax?
* Administer oxygen based on oxygen saturation levels and arterial blood gas analysis * Assist with chest tube insertion and maintain suction * Ensure chest tube placement and patency * Provide chest tube care as directed
247
What is tuberculosis?
An infectuous bacterial disease that primarily affects the lungs but can also spread to other parts of the body Transmission occurs via airborne droplet nuclei. Bacteria involved: Mycobacterium bacilli
248
What happens to the lungs following TB infection?
Inhaled mycobacterium bacilli travel to the alveoli where they are ingested by macrophages (Initail step to the immune response) Then the T-cell response causes granuloma formation around the bacilli- making them dormant. While it attempts to contain the bacteria, it can fail to eliminate them, allowing the infection to persist, spread, and cause tissue damage. The granuloma may also lead to significant inflammation, leading to tissue damage.
249
What are common symptoms of primary tuberculosis infection?
Symptoms may include: * Asymptomatic after a 4- to 8-week incubation period * Prolonged cough (sometimes with blood) * Weakness and fatigue * Anorexia, weight loss * Low-grade fever * Night sweats * Chest pain; pleuritic chest pain * Haemoptysis ## Footnote Symptoms can vary and may be mild or absent initially.
250
What are the symptoms of reactivated tuberculosis infection?
Symptoms include: * Chest pain * Nonproductive or productive cough containing blood or mucopurulent or blood-tinged sputum * Low-grade fever * Dyspnoea * Weight loss ## Footnote Reactivated TB can lead to more severe respiratory symptoms.
251
What diagnostic tests are done for TB?
- Tuberculin skin test (TST/ T-SPOT) - Blood tests (IGRA: Interferon-Gamma Release Assays) - CXRAY - sputum smears ## Footnote This test is a common screening tool for tuberculosis.
252
What findings can be seen in chest radiography for tuberculosis?
Common findings include: * Nodular lesions * Patchy infiltrates * Cavity formation * Scar tissue * Calcium deposits ## Footnote Radiographic findings help assess the extent of lung involvement.
253
What are nursing treatment for tuberculosis?
Antitubercular therapy for at least 6 months with: * Isoniazid * Rifampicin or rifabutin * Ethambutol hydrochloride * Pyrazinamide Other - Symptom Management - Respiratory Assessment - Sputum Collection: Patients provide sputum samples regularly to monitor the effectiveness of treatment. The patient is considered non-infectious after three negative sputum cultures. ## Footnote These medications are crucial for effective treatment of TB.
254
What are the issues related to tuberculosis that require new approaches?
Issues include: * Drug-resistant TB * Increasing drug resistance * HIV co-infection ## Footnote These factors complicate TB control and treatment efforts.
255
What is chronic kidney disease (CKD)?
A complex condition characterized by progressive and irreversible destruction of nephrons
256
What happens to the GFR in chronic kidney disease?
There is a progressive reduction in GFR and subsequent reductions in nephron function and other kidney functions
257
What are the stages of CKD related to?
The progressive decline in GFR
258
What are the most common causes of chronic kidney disease?
* Diabetes mellitus * Hypertension * Glomerulonephritis * Polycystic kidney disease
259
How do kidneys adapt to nephron loss in CKD?
Functioning nephrons adapt to pick up the extra 'workload'
260
What changes occur in adapting nephrons during CKD?
* Glomerular hypertension * Hyperfiltration * Hypertrophy * Glomerulosclerosis * Tubulointerstitial inflammation * Fibrosis
261
What is end-stage kidney disease defined as?
Less than 10% of renal function remaining
262
What is uremia in the context of CKD?
A syndrome characterized by azotemia and systemic symptoms
263
What are some systemic symptoms of uremia?
* Fatigue * Anorexia * Nausea/vomiting * Weight loss * Hypertension * Pruritis * Neurological changes * Musculoskeletal changes * Cardiovascular changes
264
What is the primary goal of management in early stages of CKD?
To slow progression of the disease
265
What dietary management may be included in early CKD?
* Adequate calorie intake * Protein restriction * Sodium restriction * Potassium restriction * Phosphate restriction
266
What additional treatments may be included in the management of CKD?
* Vitamin D supplementation * Fluid evaluation * Erythropoietin supplementation * ACE inhibitors or receptor blockers * Hyperglycemic control & insulin (for patients with diabetes)
267
What becomes necessary for survival in end-stage renal disease?
Dialysis or renal transplant
268
What causes kidney failure in HTN?
Narrowed lumen reduces O2 and blood flow to the nephron glomerulus, causing ischemic injury. ## Footnote This leads to immune cell secretion of growth factors, resulting in glomerular sclerosis and diminished filtering ability.
269
How does diabetes contribute to CKD?
Excess glucose sticks to the efferent arteriole, causing stiffness or narrowing, leading to obstruction and increased pressure, which results in hyperfiltration and sclerosis. ## Footnote This impairs the kidneys' ability to filter blood, progressing to CKD.
270
What are other causes of CKD?
* Lupus or rheumatoid arthritis * HIV * Long-term use of NSAIDs * Tobacco and other toxins ## Footnote These factors can contribute to kidney damage and chronic kidney disease.
271
What are diagnostic tests for CKD?
* Estimated GFR * Serum urea and creatinine levels * Sodium, potassium, phosphate, and ammonia levels * Urinalysis (proteinuria, glycosuria, urinary RBCs, leukocytes, casts, and crystals) * Elevated albumin/creatinine ratio ## Footnote These tests help evaluate kidney function and damage.
272
What are the key treatments for managing CKD?
* Prevent and manage anemia * Control diabetes, hypertension, and electrolyte disturbances * Restrict sodium * Use ACEIs or ARBs to control hypertension and proteinuria * Use antidiabetic agents like metformin and SGLT2 inhibitors ## Footnote Effective management can slow the progression of CKD.
273
Fill in the blank: The increased pressure in diabetes causes __________ and impairs kidney filtering ability.
sclerosis
274
True or False: Long-term use of NSAIDs is a recognized cause of CKD.
True
275
What is renal failure?
A progressive loss of renal function that results in end-stage renal disease if left untreated ## Footnote Caused by chronic hypertension or kidney disease
276
What GFR level indicates kidney failure?
Less than 15 mL/minute/1.73 m2 ## Footnote This is classified as Stage G5
277
List common signs and symptoms of renal failure.
* Oliguria * Increase in BUN/Cr * Decrease in eGFR * Hypervolemia * Hyperkalaemia * Metabolic acidosis * Decrease in calcium * Hypertension * Oedema * Fatigue * Weight loss * Changes in mental status * Dry skin * Tremors * Pericarditis * Tachypnoea * Nausea * Stomatitis * Diarrhoea * Haematuria * Muscle weakness * Anaemia
278
What is a major complication of renal failure?
Complete loss of kidney function
279
What are some drug therapies used for renal failure?
* Antihypertensives * Diuretics * Erythropoietin for anaemia * Sodium bicarbonate * Antibiotics * Intravenous fluids * Calcium with vitamin D * Dialysis may be needed * Phosphate binder * Sodium polystyrene
280
What are key nursing care practices for patients with renal failure?
* Monitor vital signs * Monitor strict intake and output * Monitor for fluid overload and oedema * Cardiac monitoring if needed * Monitor electrolytes * Elevate lower extremities * Provide skin care * Administer medications as ordered
281
What is dialysis?
A procedure that filters the body's blood by increasing the movement of fluid across a semipermeable membrane
282
What are the two types of dialysis?
* Peritoneal dialysis * Haemodialysis
283
Describe haemodialysis.
The removal of waste products through a vascular access such as an arteriovenous (AV) fistula
284
What should be assessed before starting haemodialysis?
Vital signs and labs
285
What is peritoneal dialysis?
The removal of waste products using the patient’s own peritoneal cavity, without the use of artificial membranes
286
What is the procedure for haemodialysis care?
Administering a dialysate through a catheter while simultaneously withdrawing blood through a separate lumen
287
What should be monitored during haemodialysis?
* Signs of infection at the access site * Vital signs * Daily weights * Oedema * Lung sounds
288
What are common complications of haemodialysis?
* Muscle and abdominal cramping * Hypotension * Disequilibrium syndrome * Air embolism
289
What should be done if air embolism occurs during haemodialysis?
Stop dialysis immediately, monitor vital signs, place oxygen on patient, call doctor immediately
290
What is required for peritoneal dialysis to take place?
A catheter is surgically placed in the peritoneum for infusing and withdrawing dialysate
291
What are complications of peritoneal dialysis?
* Infection * Peritonitis * Abdominal pain
292
What technique is necessary to prevent infection during peritoneal dialysis?
Strict aseptic technique
293
Fill in the blank: The _______ can signify an infection during peritoneal dialysis.
cloudy drainage from the peritoneum
294
What is the definition of palliative care?
An approach that improves the quality of life of people and their families/whanau facing the potential problems associated with life-limiting illness through the prevention and relief of suffering by means of assessment and management of physical, psychosocial and spiritual needs. ## Footnote Palliative care focuses on enhancing life quality rather than curing the illness.
295
What happens to a child's heart rate as they grow older?
It will be high as a newborn and then gradually become lower as they grow older. ## Footnote Heart rates are generally higher in infancy and decrease with age.
296
What happens to a child's respiratory rate as they grow older?
It will be high as a newborn and then gradually become lower as they grow older. ## Footnote Respiratory rates are typically higher in newborns and decrease as the child ages.
297
What generally happens to a child's blood pressure as they get older?
It will generally become higher (both systolic and diastolic) as they get older. ## Footnote Blood pressure increases as children grow, reflecting changes in body size and vascular resistance.
298
What are the normal vital signs for a newborn?
73/55 (BP), 80–180 (HR), 30–80 (RR), 36.8 (T)(Auxiliary) ## Footnote These values represent the expected ranges for blood pressure, heart rate, respiratory rate, and temperature in newborns.
299
What are the normal vital signs for a child aged 1 to 3 years?
90/55 (BP), 80–140 (HR), 20–40 (RR), 37.7 (T) (Rectal) ## Footnote Vital signs vary with age; this data is specific to the 1-3 year age group.
300
What are the normal vital signs for a child aged 6 to 8 years?
95/75 (BP), 75–120 (HR), 15–25 (RR), 37 (T) (Oral) ## Footnote These values are relevant for children in the 6-8 year age range.
301
What are the normal vital signs for a 10-year-old?
102/62 (BP), 75–110 (HR), 15–25 (RR), 37 (T) (Oral) ## Footnote Vital signs for children continue to stabilize as they approach adolescence.
302
What are the routes of chemotherapy administration?
Intravenous, subcutaneous, intramuscular, oral, intrathecal (spinal canal) ## Footnote Intravenous can be further categorized into intermittent infusions, continuous infusions, and bolus.
303
How do chemotherapy agents work to treat cancer?
They are considered 'cytotoxic' and kill cells by preventing them from dividing ## Footnote Cells that are unable to divide will die.
304
What are the two main ways chemotherapy inhibits cell division?
* Causing damage to cellular DNA or RNA * Interrupting chemical processes required for cell division
305
Why are cancer cells more likely to be killed by chemotherapy?
Cancer cells divide more rapidly than normal cells
306
What factors influence the side effects of chemotherapy?
Drug and dose dependent ## Footnote Side effects may present at different times during and after treatment.
307
What is the onset time for immediate side effects of chemotherapy?
Hours to days
308
What is the onset time for early side effects of chemotherapy?
Days to weeks
309
What is the onset time for late side effects of chemotherapy?
Weeks to months
310
What is the onset time for delayed side effects of chemotherapy?
Months to years
311
What is the definition of de-escalation in healthcare settings?
De-escalation is the first-line, least restrictive response for managing aggression in healthcare settings.
312
What are the benefits of de-escalation?
* Reduces the need for hands-on restraint * Supports therapeutic relationships * Improves staff well-being and job satisfaction
313
What are key techniques for de-escalation?
* Maintaining safety * Self-regulation * Effective communication * Continual assessment and action
314
What is the primary goal during de-escalation efforts?
Ensuring safety of healthcare staff and others
315
What should be prioritized during de-escalation?
Safety
316
How should situations be assessed during de-escalation?
Assess situations carefully to avoid escalating conflicts with shows of force or crowding.
317
What is the recommended distance to maintain personal space during de-escalation?
At least two arm’s lengths distance
318
What environmental adjustments can be made to reduce aggression?
Move individuals to quieter areas and reduce onlookers.
319
Fill in the blank: De-escalation is a __________ response for managing aggression.
[first-line, least restrictive]
320
What is the purpose of the Mental Health Act?
To provide treatment in the least restrictive environment.
321
Define 'mental disorder' as per the Mental Health Act.
An abnormal state of mind characterized by delusions, disorders of mood, perception, or cognition that poses a serious danger to health or safety.
322
What conditions must be met for compulsory psychiatric assessment and treatment?
The person must pose a serious danger to themselves or others or seriously diminish their capacity to care for themselves.
323
Who can apply for a psychiatric assessment?
An applicant who is 18 or over and can provide a written application stating their relationship to the proposed patient.
324
What must accompany the application for assessment?
A medical certificate from a registered medical practitioner stating reasonable grounds for believing the person is mentally disordered.
325
What is the role of the Director of Area Mental Health Services (DAMHS) in the assessment process?
To nominate a psychiatrist or qualified medical practitioner for the examination and determine the time and place.
326
What happens if the assessment examination finds no reasonable grounds for mental disorder?
The person is free from further assessment and treatment under the Act.
327
What is the duration of the first period of assessment and treatment?
5 days from the date the patient receives written notice.
328
What can a patient do during the first period of assessment and treatment?
Make an application for review of their condition by a judge.
329
What is compulsory under the Mental Health Act?
Administration of psychiatric medications, limitation of movement, and the use of restraint and seclusion.
330
What is the order of interventions before using restraint and seclusion?
De-escalation, medication, restraint, then seclusion.
331
What must the responsible clinician do before the expiry of the first 5 days?
Complete a certificate of further assessment determining the patient's mental disorder status.
332
What is the duration of the second period of assessment and treatment?
14 days from the date the patient receives written notification.
333
What must the responsible clinician record before the end of the second period?
Whether the patient is fit to be released from compulsory status.
334
What happens if the patient is not fit to be released?
The responsible clinician must apply to the court for a compulsory treatment order.
335
What is the status of a patient pending determination of a compulsory treatment order application?
They remain subject to assessment and treatment for a further 14 days or until the application is heard.
336
Can clients appeal to see a judge during their stay?
Yes, clients may appeal at any time.
337
Fill in the blank: A Community Treatment Order requires a patient to attend at a specified place for _______.
[treatment]
338
What does an Inpatient Treatment Order require?
Detention in a specified hospital and acceptance of treatment.
339
What authority does Section 111 provide to a Registered Nurse?
To detain a patient for up to 6 hours if they believe the patient to be mentally disordered.
340
What happens if a voluntary client becomes aggressive?
Staff must place the client under Section 111 before taking other actions.
341
What is shock?
Shock occurs when the cardiovascular system fails to maintain adequate tissue perfusion, resulting in widespread impairment of cellular metabolism and function. ## Footnote Shock can lead to severe consequences if not addressed promptly.
342
What happens if shock is not treated?
Shock ultimately progresses to multiple organ failure and death if homeostatic compensatory mechanisms, or clinical intervention, are not successful. ## Footnote Timely intervention is crucial to prevent the deterioration of the patient's condition.
343
What role do homeostatic mechanisms play in shock?
Homeostatic compensatory mechanisms attempt to maintain tissue perfusion during shock. ## Footnote These mechanisms can become overwhelmed, leading to further complications.
344
What can result from uncontrolled inflammatory and stress responses during shock?
Uncontrolled inflammatory and stress responses can result in positive feedback loops leading to a progressive worsening of the physiological state. ## Footnote This escalation can make clinical intervention more challenging.
345
Fill in the blank: Shock occurs when the cardiovascular system fails to maintain adequate _______.
tissue perfusion
346
True or False: Shock can resolve without any clinical intervention.
False
347
What is the purpose of IPC?
To prevent harm using practical, evidence-based practices and procedures to protect patients, visitors, residents, clients and health workers from being harmed by avoidable infections in the healthcare setting. ## Footnote IPC stands for Infection Prevention and Control.
348
What are the four levels of the hierarchy of control measures?
* PPE * Administrative controls * Engineering controls * Elimination ## Footnote PPE stands for Personal Protective Equipment.
349
What do administrative controls refer to?
Work policies and procedures that prevent pathogen exposure. ## Footnote Administrative controls are essential in managing infection risks.
350
What are engineering controls in the context of IPC?
Hospital design and room set up. ## Footnote Engineering controls aim to reduce exposure to hazards through physical changes.
351
What does elimination refer to in the hierarchy of control measures?
Removes or prevents entry of the pathogen. ## Footnote Elimination is the most effective way to control infection risks.
352
What are the 5 moments of hand hygiene?
1. Before touching a patient 2. Before a procedure 3. After a procedure or body fluid exposure risk 4. After touching a patient 5. After touching a patient's surroundings ## Footnote These moments are critical for preventing healthcare-associated infections.
353
What PPE is required for Contact Transmission Based Precautions?
HH; Gown/Gloves ## Footnote HH stands for Hand Hygiene
354
What PPE is required for Droplet Transmission Based Precautions?
HH; Surgical mask / Eyewear ## Footnote HH stands for Hand Hygiene
355
What PPE is required for Airborne Transmission Based Precautions?
HH; N95/ Eyewear ## Footnote HH stands for Hand Hygiene
356
What PPE is required for Complex Transmission Based Precautions?
HH; Gown/Gloves Mask/Eyewear ## Footnote HH stands for Hand Hygiene
357
What should you do if you are unwell?
Stay away if unwell ## Footnote This is part of Protective precautions
358
What should staff do if they are sick?
Stay at home and notify manager ## Footnote Includes influenza-like illness, diarrhea, and/or vomiting
359
How long must staff feel well before returning to work after sickness?
48 hours without fever and/or diarrhea ## Footnote Important for preventing the spread of illness
360
What is the first standard precaution?
Perform 5 moments of hand hygiene ## Footnote Critical for infection control
361
What is the second standard precaution?
Clean, disinfect or reprocess ## Footnote Ensures equipment and surfaces are safe
362
What is the third standard precaution?
Follow respiratory hygiene and cough etiquette ## Footnote Helps prevent the spread of respiratory infections
363
What is the fourth standard precaution?
Use and dispose of sharps safely ## Footnote Prevents needle-stick injuries and infections
364
What is the fifth standard precaution?
Use PPE ## Footnote Personal Protective Equipment is essential in healthcare settings
365
What is the sixth standard precaution?
Use aseptic touch technique ## Footnote Reduces the risk of contamination
366
What is the seventh standard precaution?
Perform regular cleaning ## Footnote Maintains a safe and hygienic environment
367
What is the eighth standard precaution?
Handle and dispose of waste and used linen safely ## Footnote Essential for infection control and safety
368
What percentage of mental health disorders begin before age 14?
50% ## Footnote This statistic highlights the importance of early intervention in mental health.
369
What is the third leading cause of death in 15 to 19 year olds globally?
Self-harm ## Footnote This emphasizes the critical need for mental health support among adolescents.
370
What percentage of depression begins in adolescence?
80% ## Footnote Often goes untreated, leading to long-term consequences.
371
What behavior can be a coping mechanism for poor mental health during adolescence?
Alcohol and substance use ## Footnote This can negatively impact both physical and mental health.
372
What is the most widely used drug among young people?
Cannabis ## Footnote This indicates a significant public health concern regarding substance use.
373
Name two serious consequences of alcohol and substance abuse.
* Motor vehicle accidents * Suicide ## Footnote These risks highlight the dangers associated with substance abuse.
374
What are the six priorities of the Child & Youth Wellbeing Strategy?
* Loved, safe & nurtured * Have what they need * Are happy & healthy * Are learning & developing * Are accepted, respected & connected * Are involved & empowered ## Footnote These priorities aim to enhance the overall wellbeing of children and youth.
375
What does 'Loved, safe & nurtured' mean in the context of youth wellbeing?
They feel loved and supported, safe from harm, and can spend quality time with family ## Footnote Indicators include feeling loved and safe, family wellbeing, and injury prevalence.
376
Fill in the blank: 'Have what they need' means that children have regular access to _______.
nutritious food ## Footnote It also emphasizes stable and affordable housing.
377
What does 'Are happy & healthy' entail for youth?
Best possible health, good mental wellbeing, and recovery from trauma ## Footnote Indicators include prenatal care and mental wellbeing.
378
What does 'Are learning & developing' mean for children?
They are positively engaged in education and developing essential skills ## Footnote Indicators include school attendance and social skills.
379
What is meant by 'Are accepted, respected & connected'?
They feel valued and connected to their culture, free from discrimination ## Footnote Indicators include sense of belonging and experience of bullying.
380
What does 'Are involved & empowered' signify for youth?
They contribute positively to their communities and have their voices heard ## Footnote This includes making healthy choices and exercising autonomy.
381
True or False: Alcohol and substance abuse among youth can lead to serious injuries.
True ## Footnote This includes risks like physical assault and drowning.
382
What is Irritable Bowel Syndrome (IBS)?
A chronic functional disorder of the colon characterized by constipation or diarrhoea, cramping abdominal pain, flatulence, and the passage of mucus in the stool ## Footnote IBS has no organic cause and is considered a functional disorder of the GI system.
383
What are common psychological factors associated with IBS?
Psychological stressors ## Footnote Stress can significantly impact gastrointestinal function and symptoms.
384
What is Inflammatory Bowel Disease (IBD)?
A group of chronic disorders including Crohn's disease and ulcerative colitis ## Footnote IBD is characterized by inflammation of the gastrointestinal tract.
385
What are the peak ages for the onset of IBD?
15 – 25 years ## Footnote This age range indicates a critical period for the development of IBD.
386
What are potential environmental triggers for IBD?
* Pesticides * Food additives * Tobacco * Radiation ## Footnote These environmental factors may contribute to the development or exacerbation of IBD.
387
What is the greatest risk factor for developing IBD?
Positive family history ## Footnote A family history of IBD significantly increases individual risk.
388
List some symptoms of IBD.
* Abdominal distension * Bloating * Flatulence * Urgency * Relief following defecation * Fatigue * Sleep disturbance * Cramping pain (lower quadrants) * Straining * Hard to loose/watery stools ## Footnote These symptoms can greatly affect quality of life.
389
What are the goals of IBD treatment?
* Eliminating symptoms * Normalizing quality of life * Restoring growth * Preventing complications * Minimizing adverse effects of medications ## Footnote Effective treatment aims to manage both the disease and its impact on patients' lives.
390
True or False: IBD is more common in developed countries.
True ## Footnote The prevalence of IBD is higher in developed nations, possibly due to lifestyle and environmental factors.
391
What are the two main types of Inflammatory Bowel Disease (IBD)?
* Crohn's disease * Ulcerative colitis ## Footnote Both conditions share similarities but also have distinct characteristics.
392
Fill in the blank: IBS may be related to _______ infections or food intolerances.
GI ## Footnote Gastrointestinal infections and food intolerances like lactose, sorbitol, and xylitol can contribute to IBS symptoms.
393
What are some complications that people with IBD may experience?
* Colon cancer * Skin lesions * Eye lesions * Joint abnormalities * Liver disease ## Footnote The chronic inflammation associated with IBD can lead to various complications beyond gastrointestinal symptoms.
394
What is the focus of Neurological Nursing?
Preventing and treating conditions related to the nervous system ## Footnote This includes the brain, spinal cord, nerves, and muscles.
395
What does Neurological Nursing specialize in?
Conditions related to the nervous system ## Footnote Such as disorders affecting the brain, spinal cord, nerves, and muscles.
396
What is infiltration in IV therapy?
When the tip of the cannula slips out of or through the vein ## Footnote This can lead to complications in IV therapy.
397
What is phlebitis?
Infection in the vessel wall ## Footnote Can be mechanical, chemical, or bacterial in nature.
398
What is a site infection in the context of IV therapy?
Bacteria in subcutaneous tissue ## Footnote This can occur due to improper technique or hygiene.
399
What are the signs of fluid overload?
Increased BP, pulse, respirations, and dyspnea ## Footnote Indicates excess fluid in the body.
400
What is an air embolism?
Air bubble that enters the bloodstream ## Footnote Most commonly seen with central venous access devices (CVAD).
401
What symptoms may indicate an air embolism?
Sudden chest or shoulder pain, dyspnea, hypotension, cyanosis, and changed level of consciousness ## Footnote These symptoms require immediate medical attention.
402
What is the first sign of deterioration?
Pyrexia ## Footnote Pyrexia refers to an elevated body temperature, often indicating infection or inflammation.
403
What does tachypnoea indicate?
Increased respiratory rate ## Footnote Tachypnoea can be a sign of respiratory distress or other medical conditions.
404
What is tachycardia?
Increased heart rate ## Footnote Tachycardia may result from exercise, anxiety, or medical conditions.
405
What is the opposite of tachycardia?
Bradycardia ## Footnote Bradycardia is characterized by a slower than normal heart rate.
406
What does hypotension refer to?
Low blood pressure ## Footnote Hypotension can cause dizziness or fainting and may indicate shock.
407
What does an altered level of consciousness signify?
Changes in awareness or responsiveness ## Footnote This can indicate a range of conditions from hypoxia to neurological issues.
408
What does oliguria mean?
Decreased urine output ## Footnote Oliguria can be a sign of kidney dysfunction or dehydration.
409
What is septic shock?
Septic shock is part of the continuum of sepsis characterized by circulatory and cellular metabolic abnormalities that significantly increase morbidity.
410
What triggers septic shock?
Septic shock develops as the inflammatory response to sepsis affects tissue perfusion.
411
What are the components of the systemic inflammatory response in septic shock?
* Activation of macrophages * Complement system * Coagulation * Release of inflammatory mediators and chemicals
412
What are the effects of the systemic inflammatory response in septic shock?
Widespread vasodilation and increased capillary permeability leading to hypotension.
413
What initial compensatory mechanism may occur in septic shock?
Tachycardia with increased cardiac output.
414
What ultimately happens to cardiac output in septic shock?
It falls due to the depression of myocardial contractility by inflammatory chemicals.
415
What leads to decreased tissue perfusion in septic shock?
* Fall in cardiac output * Decreased vascular resistance * Coagulation
416
What are common signs & symptoms of sepsis and septic shock?
* Temperature instability (too high or too low) * Tachycardia * Increased respiratory rate (>20 breaths/minute) * Hypoxemia * Increased white blood cell counts * Oliguria, renal dysfunction * Confusion, impaired mental activity * Respiratory distress syndrome * Coagulopathies * Hyperbilirubinemia & jaundice
417
What is a common treatment for septic shock?
* Antimicrobial therapy & control of infection source * Fluid resuscitation * Inotropes * Vasopressors * Cardiorespiratory support (oxygen, ventilation)
418
What does the 'A' in ABCDE Primary Survey stand for?
Airway ## Footnote Focus on removing obstructions and assessing swallowing ability.
419
What are the key components to assess in the 'B' of the ABCDE Primary Survey?
Breathing * RR (Respiratory Rate) * SpO2 (Oxygen Saturation) * Rate, rhythm, depth * Use of accessory muscles * Work of breathing * Wheeze/crackles * Equal breath sounds * Oxygen use
420
What does the 'C' in ABCDE Primary Survey refer to?
Circulation ## Footnote Assess heart rate, blood pressure, and peripheral circulation.
421
What does 'D' stand for in the ABCDE Primary Survey?
Disability ## Footnote Involves assessing pupils, blood glucose level, and brain protection.
422
What is assessed in the 'E' of the ABCDE Primary Survey?
Exposure * Identify injuries * Protect from hypothermia * Check for critical skin conditions
423
What are the components of the Mental State Examination regarding General Appearance?
Appearance includes * Height * Weight * Grooming * Mode of dress * Identifying scars, marks, or tattoos
424
What does 'Behaviour' in the Mental State Examination assess?
Eye contact, posture, psychomotor activity, distractibility, and evidence of hallucinations
425
Define 'Affect' in the context of a Mental State Examination.
A pattern of observable behaviour expressing a subjectively experienced feeling state. ## Footnote Can be broad, restricted, blunted, flat, inappropriate, or labile.
426
What is 'Mood' as defined in the Mental State Examination?
A pervasive feeling tone not related to an object, influencing perception of the world.
427
What does 'Disorganisation of Thought' describe?
How the client speaks and their capacity to manipulate symbols in words, images, and ideas.
428
What distinguishes 'Suicidal Intent' from 'Suicidal Risk'?
Suicidal intent refers to the intensity of desire to end life, while suicidal risk refers to the probability of a suicide attempt.
429
List the types of delusions based on content.
* Being controlled * Thought removal/blocking * Thought insertion * Thought broadcasting * Reference/misinterpretation * Nihilism * Persecutory * Grandiose
430
What does 'Cognitive Function' assess?
Awareness, orientation, memory, abstract thought, intelligence, insight, and judgement.
431
What should you assess first in a case of choking?
Assess for effective cough ## Footnote An effective cough indicates that the person is able to expel the foreign material.
432
What should you do if a person has an effective cough during choking?
Provide reassurance and encouragement to keep coughing ## Footnote This helps the person to expel the foreign material.
433
What is the first step if a conscious person has an ineffective cough?
Call for help ## Footnote This is crucial for obtaining assistance in a choking situation.
434
How many sharp back blows should be performed for ineffective cough?
Up to five sharp back blows ## Footnote These should be delivered with the heel of one hand in the middle of the back.
435
What should you do if back blows are unsuccessful?
Perform up to five chest thrusts ## Footnote Chest thrusts are similar to CPR compressions but delivered at a slower rate.
436
What should you do if the obstruction is not relieved and the person remains responsive?
Continue alternating five back blows with five chest thrusts ## Footnote This cycle should be repeated until the obstruction is relieved.
437
What is the first action if a person becomes unresponsive due to choking?
Perform a finger sweep if solid material is visible ## Footnote This can help remove the blockage from the airway.
438
What should you do after performing a finger sweep on an unresponsive person?
Call for help and start CPR ## Footnote CPR is essential if the person does not regain consciousness.
439
What is the first step in the advanced life support process during CPR?
Airway adjuncts (LMA/ ETT) ## Footnote LMA stands for Laryngeal Mask Airway and ETT stands for Endotracheal Tube.
440
What is used to monitor the effectiveness of ventilation during CPR?
Waveform capnography ## Footnote Waveform capnography provides real-time feedback on the quality of CPR and ventilation.
441
What type of access is required for drug administration during advanced life support?
IV / IO access ## Footnote IO stands for Intraosseous access, which may be used when IV access is difficult.
442
What should be planned before interrupting compressions?
Plan actions before interrupting compressions (e.g. charge manual defibrillator) ## Footnote This ensures that compressions are minimized during critical interventions.
443
What drug is given after the second shock for a shockable rhythm?
Adrenaline 1 mg after 2nd shock (then every 2nd loop) ## Footnote Adrenaline is critical for improving coronary and cerebral perfusion during cardiac arrest.
444
What is the dose of Amiodarone given after three shocks?
Amiodarone 300mg after 3 shocks ## Footnote Amiodarone is an antiarrhythmic medication used in advanced life support.
445
What is the immediate drug administered for a non-shockable rhythm?
Adrenaline 1 mg immediately (then every 2nd loop) ## Footnote Administering adrenaline quickly is crucial in non-shockable cardiac arrest scenarios.
446
Name some reversible causes to consider and correct during advanced life support.
* Hypoxia * Hypovolaemia * Hyper / hypokalaemia / metabolic disorders * Hypothermia / hyperthermia * Tension pneumothorax * Tamponade * Toxins * Thrombosis (pulmonary / coronary) ## Footnote These conditions can often be treated and may lead to improved patient outcomes.
447
What should be reevaluated during post-resuscitation care?
Re-evaluate ABCDE ## Footnote ABCDE stands for Airway, Breathing, Circulation, Disability, and Exposure.
448
What is the target range for SpO2 during post-resuscitation care?
Aim for: SpO2 94-98% ## Footnote Maintaining appropriate oxygen saturation is essential for patient recovery.
449
What is the goal for carbon dioxide levels during post-resuscitation care?
Aim for normocapnia ## Footnote Normocapnia indicates normal levels of carbon dioxide in the blood, which is important for metabolic function.
450
What type of management is targeted during post-resuscitation care?
Targeted temperature management ## Footnote This involves controlling the patient's body temperature to improve neurological outcomes after cardiac arrest.