Toronto Notes Flashcards

1
Q

Clinical features of Familial Combined Hypercholesterolemia

A

Premature coronary heart disease, xanthelasma, and obesity

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2
Q

Risk factors for Type 1 diabetes mellitus

A

Personal history of other autoimmune diseases including Graves’ disease, myasthenia gravis, autoimmune thyroid disease, celiac disease, and pernicious anemia<br></br>Family history of autoimmune diseases

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3
Q

Screening for Macrovascular complications of diabetes

A

A1c every 3 mo<br></br>BP monitoring<br></br>Lipid profile every 1-3 yr<br></br>Resting ECG every 3-5 yr for high-risk patients

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4
Q

Etiology of Type 2 Diabetes Mellitus

A

Pancreas does not produce enough insulin or when the body does not effectively use the insulin that is produced

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5
Q

Clinical features of autonomic neuropathy

A

Postural hypotension<br></br>Tachycardia<br></br>Decreased cardiovascular response to valsalva maneuver<br></br>Gastroparesis<br></br>Alternating diarrhea and constipation<br></br>Urinary retention and erectile dysfunction

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6
Q

Osteoporosis is an age-related disease characterized by:

A

Decreased bone mass and increased susceptibility to fractures

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7
Q

The 5 Ps of the sexual history:

A

Partners<br></br>Practices<br></br>Protection<br></br>Past history of STIs<br></br>Pregnancy prevention

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8
Q

Sinusitis often presents with PODS symptoms:

A

Facial pain or fullness<br></br>Nasal obstruction<br></br>Postnatal discharge or purulence<br></br>Changes in smell

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9
Q

Sleep apnea is diagnosed using nocturnal polysomnography and first-line treatment is:

A

Continuous positive airway pressure (CPAP)

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10
Q

Group A beta-hemolytic Streptococcus is the most common bacterial cause of:

A

Sore throat (pharyngitis)

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11
Q

List the three categories of benign breast lesions:

A

Non-proliferative<br></br>Proliferative without atypia<br></br>Typical hyperplasia

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12
Q

Which finding on mammogram is pathognomonic for fat necrosis:

A

Oil cysts

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13
Q

Which type of hemorrhoids are associated with painless BRBPR, rectal fullness or discomfort, and mucus discharge:

A

Internal hemorrhoids

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14
Q

Characteristic finding of sigmoid volvulus on AXR:

A

Coffee-bean sign

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15
Q

Surgical emergencies focused history:

A

AMPLE:<br></br>Allergies<br></br>Medications<br></br>Past medical/surgical history (including anesthesia and bleeding disorders)<br></br>Last meal<br></br>Events (history of presenting illness)

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16
Q

Preoperative stress dose coverage:

A

For patients with primary adrenal insufficiency (e.g. Addison’s disease) or secondary adrenal insufficiency (e.g. glucocorticoid use)

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17
Q

Postoperative fever:

A

Inflammatory physiological stress (non infectious, POD#1)<br></br>Atelectasis (POD#1-2)<br></br>Early necrotizing fasciitis (POD#1-2)<br></br>Infectious (POD#3-7)<br></br>Abscess/DVT/drug fever (POD#8+)

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18
Q

Approach to critically ill surgical patient:

A

ABCs<br></br>IV 2 large bore IVs NS wide open<br></br>Monitors (O2 sat, ECG, BP)<br></br>Foley catheter<br></br>Investigations (bloodwork) +/- NG tube Imaging when stable

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19
Q

Patient risk factors surgical site infections:

A

Age<br></br>DM<br></br>Steroids<br></br>Immunosuppression<br></br>Smoking<br></br>Obesity<br></br>Burn<br></br>Malnutrition<br></br>Patient with other infections<br></br>Traumatic wound<br></br>Radiation<br></br>Chemotherapy

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20
Q

Mediastinum is bounded by:

A

Thoracic inlet<br></br>Diaphragm<br></br>Sternum<br></br>Vertebral bodies<br></br>Pleura

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21
Q

6Ss of SSC:

A

Smoking<br></br>Spirits (alcohol)<br></br>Seeds (beetel nut)<br></br>Scalding (hot liquid)<br></br>Strictures<br></br>Sack (diverticula)

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22
Q

Lung cancer prevention:

A

Smoking cessation<br></br>Avoidance of exposures<br></br>Early detection

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23
Q

Most common bariatric surgery for combination malabsorptive and restrictive:

A

Laparoscopic Roux-en-Y gastric bypass

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24
Q

Lung tumours classified as:

A

Primary or secondary, benign or malignant, endobronchial or parenchymal

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25
Q

Contraindications to Liver Transplantation:

A

Active alcohol/substance use<br></br>Extrahepatic malignancy within 5 yrs<br></br>Advanced cardiopulmonary disease<br></br>Active uncontrolled infection

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26
Q

Define Cholelithiasis:

A

The presence of stones in the gall bladder

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27
Q

Cholelithiasis Risk Factors for Cholesterol Stones:

A

Obesity<br></br>Increasing age<br></br>Female sex (esp females<50 years)<br></br>Estrogens (female, multipariry, OCPs)<br></br>Impaired gallbladder emptying (starvation, TPN, DM)<br></br>Rapid weight loss

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28
Q

Cholelithiasis Risk Factors for Pigment Stones:

A

Cirrhosis<br></br>Chronic hemolysis<br></br>Biliary stasis<br></br>Terminal ileal resection/disease (Crohn’s disease)

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29
Q

Cholelithiasis Protective Factors:

A

Statins<br></br>Physical Activity<br></br>Vitamin C<br></br>Poly- and Monounsaturated Fats/Nuts<br></br>Coffee

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30
Q

Define Acute Cholecystitis:

A

Inflammation of gallbladder resulting from sustained gallstone impaction in cystic duct or Hartmann’s pouch

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31
Q

Define Choledocholithiasis:

A

Stones in the common bile duct

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32
Q

Define Acute Cholangitis:

A

Obstruction of common bile duct leading to biliary stasis, bacterial overgrowth, suppuration, and biliary sepsis

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33
Q

Common causes of constipation in older adults:

A

Primary impaired colonic and anorectal function<br></br>Drugs<br></br>Diet<br></br>Colo-anorectal disorders (cancer, masses, stenosis, strictures)<br></br>Neurologic (stroke, dementia, Parkinson’s disease, autonomic neuropathy)<br></br>Psychiatric (depression, anxiety)

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34
Q

Transient causes of incontinence:

A

(DIAPERS) <br></br>Delirium<br></br>Infection<br></br>Atrophic urethritis/vaginitis<br></br>Pharmaceuticals<br></br>Excessive urine output<br></br>Restricted Mobility<br></br>Stool impaction

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35
Q

Components of delirium prevention:

A

Orient patient<br></br>Provide eyewear and hearing aids if needed<br></br>Mobilization of patient<br></br>Improve sleep quality<br></br>Medication reconciliation<br></br>Adequate nutrition & hydration

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36
Q

Risk factors for elder abuse:

A

Financial exploitation<br></br>Physical signs (e.g. bruising)<br></br>Delay in seeking medical attention<br></br>Disparities in histories<br></br>Lack of close family ties<br></br>Dementia<br></br>Recent deterioration in health<br></br>Family hx of violence

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37
Q

Key items to elicit for fall history:

A

(SPLATT) <br></br>Symptoms<br></br>Previous falls<br></br>Location of falls<br></br>Activity at the time of fall<br></br>Time of fall<br></br>Trauma

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38
Q

Investigations for falls:

A

CGA<br></br>CBC<br></br>Electrolytes<br></br>BUN<br></br>Creatinine<br></br>Glucose<br></br>Ca2+<br></br>TSH<br></br>Vitamin B12<br></br>Urinalysis<br></br>Cardiac enzymes<br></br>ECG<br></br>CT head (as directed by history and physical)<br></br>Coagulation profile<br></br>DEXA if >65y

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39
Q

Components of a Comprehensive Geriatric Assessment for management of frailty:

A

Past medical/surgical history<br></br>Social history<br></br>Functional history<br></br>Physical assessment<br></br>Geriatric review of systems (cognition, mood/mental health, falls, sleep, pain, nutrition, continence) <br></br>Polypharmacy

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40
Q

Key factors to consider in driving competency in older adults

A

(SAFEDRIVE): <br></br>Safety record<br></br>Attention (e.g. concentration lapses, episodes of disorientation)<br></br>Family observations<br></br>Ethanol abuse<br></br>Drugs<br></br>Reaction time<br></br>Intellectual impairment<br></br>Vision/Visuospatial function<br></br>Executive functions (e.g. planning, decision-making, self-monitoring behaviours)

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41
Q

Pharmacokinetic changes in the elderly (absorption, distribution, metabolism, elimination):

A

No significant changes to absorption<br></br>Increased distribution of lipophilic drugs<br></br>Decreased distribution of hydrophilic drugs<br></br>Increased binding of basic drugs<br></br>Decreased binding of acidic drugs<br></br>Reduced phase I reactions by liver<br></br>Reduced renal elimination of drugs

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42
Q

Risk factors for polypharmacy:

A

Patient level: Age, female sex, cognitive impairment, frailty, mental health conditions, multiple chronic conditions, lack of primary care physician, residing in LTC, use of multiple pharmacies<br></br>Systems-level: Multiple prescribers, poor documental systems, automated refill systems/lack of systematic medication review

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43
Q

Principles for Prescribing in the Elderly:

A

Caution/compliance<br></br>Age (adjust dosage for age)<br></br>Review regimen regularly<br></br>Educate<br></br>Discontinue unnecessary medications

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44
Q

Etiologies of disseminated intravascular coagulation:

A

Obstetric complications<br></br>Malignancy<br></br>Infection<br></br>Trauma<br></br>Shock

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45
Q

Vitamin K dependent factors:

A

X<br></br>IX<br></br>VII<br></br>II<br></br>Protein C<br></br>Protein S

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46
Q

Heparin therapy is monitored with:

A

aPTT

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47
Q

Clinical features of DVT:

A

Unilateral leg swelling<br></br>Erythema<br></br>Warmth<br></br>Tenderness<br></br>Palpable cord

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48
Q

Most useful test to rule out DVT (in the context of low pre-test probability):

A

D-dimer

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49
Q

Initial Investigations for Fever in a returned traveller:

A

Malaria smears x 3<br></br>Blood C&S<br></br>Routine (CBC & differential, liver enzymes, electrolytes, Cr)<br></br>Urinalysis (+/1 urine C&S)

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50
Q

Risk of transmission after needle stick exposure to blood/infectious fluid (HPB, HPC, HIV):<br></br><br></br>Risk of HIV transmission after mucus membrane exposure:

A

Hepatitis B (1/3), Hepatitis C (1/30), HIV (1/300). <br></br><br></br>0.09%

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51
Q

Diagnosis of active TB (4 main components):

A

1) CXR <br></br>2) Sputum for direct acid-fast smear <br></br>3) Mycobacterial culture & DST <br></br>4) NAAT

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52
Q

Causes of Nosocomial FUO (BCDE):

A

Bacterial and fungal infections of Resp tract & surgical sites<br></br>Catheters<br></br>Drugs<br></br>Emboli

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53
Q

Drugs that may cause fever:

A

Antimicrobials<br></br>Antihypertensives<br></br>Anti-epileptics<br></br>Anti-arrhythmics<br></br>Anti-inflammatories<br></br>Anti-thrombotics<br></br>Anti-histamines<br></br>Anti-thyroid

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54
Q

Causes of anion gap metabolic acidosis:

A

“MUDPILES CAT”<br></br>Methanol<br></br>Uremia<br></br>Diabetic Ketoacidosis<br></br>Paraldehyde<br></br>Isopropyl alcohol/iron/ibuprofen/Indomethacin<br></br>Lactic Acidosis<br></br>Ethylene Glycol<br></br>Salicylates<br></br>Cyanide/Carbon monoxide<br></br>Alcoholic ketoacidosis<br></br>Toluene

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55
Q

What is Kussmaul breathing a feature of?

A

Metabolic acidosis

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56
Q

What are the general steps in managing hyperkalemia?

A

a) Stabilize the myocardium (Calcium salts)<br></br>b) Shift potassium into cells (insulin and IV dextrose)<br></br>c) Enhance potassium excretion (loop diuretics vs. sodium polystyrene sulfonate)

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57
Q

What is a potential complication of rapid correction of hyponatremia?

A

Osmotic demyelination (of pontine and extrapontine neurons, which may be irreversible)

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58
Q

What is a good framework for thinking about the differential diagnoses of acute kidney injury?

A
  • Prerenal (e.g. hypovolemia, cardiac performance, NSAIDs/ACEi/ARBs) <br></br>- Renal (e.g. vasculitis, glomerulonephritis, acute interstitial nephritis, acute tubular necrosis) <br></br>- Postrenal (e.g. obstructing calculi, ureteric stricture, neuropathy)
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59
Q

What are the indications for dialysis?

A

Think: “AEIOU” <br></br>Acidosis <br></br>Electrolyte imbalance (K+) <br></br>Intoxication (AKI) <br></br>Overload (fluid) <br></br>Uremia (encephalopathy, pericarditis, urea >35-50 mM)

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60
Q

What are the features of Nephritic Syndrome?

A

Think: “PHAROH” <br></br>Proteinuria <br></br>Hematuria <br></br>Azotemia <br></br>RBC casts <br></br>Oliguria <br></br>HTN

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61
Q

Describe the presentation of Nephrotic Syndrome?

A

Think: “HELP” <br></br>Hypoalbuminemia <br></br>Edema <br></br>Lipid abnormalities <br></br>Proteinuria

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62
Q

What are the major complications and management principles of CKD? Think of the NEPHRON acronym.

A

N - Low-nitrogen diet <br></br>E - Electrolytes: monitor K+ <br></br>P - pH: metabolic acidosis <br></br>H - HTN <br></br>R - RBCs: manage anemia with erythropoietin <br></br>O - Osteodystrophy: give calcium between meals (to increase Ca2+) and calcium with meals (to bind and decrease PO43-) <br></br>N - Nephrotoxins: avoid nephrotoxic drugs (ASA, gentamicin) and adjust doses of renally excreted medications

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63
Q

What are the extrarenal manifestations of PKD?

A

Hepatic cysts <br></br>Mitral valve prolapse <br></br>Cerebral aneurysms <br></br>Diverticulosis

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64
Q

Functions of the facial nerve “Ears, Tears, Face, Taste”:

A

Ears: stapedius muscle, sensory around concha of auricle, EAC, and TM. <br></br>Tears: lacrimation and salivation. <br></br>Face: muscles of facial expression. <br></br>Taste: anterior 2/3 of tongue

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65
Q

Findings suggesting of central vertigo:

A

Acute onset<br></br>Continuous<br></br>Normal head impulse test<br></br>Multidirectional nystagmus<br></br>Skew deviation present

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66
Q

5 “D” of Vertebrobasilar insufficiency:

A

Drop attacks<br></br>Diplopia<br></br>Dysarthria<br></br>Dizziness<br></br>Dysphagia

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67
Q

Order of the Neural Pathway of hearing

A

“E COLI”: <br></br>Eighth cranial nerve<br></br>Cochlear nucleus<br></br>superior Olivary nucleus<br></br>Lateral lemniscus<br></br>Inferior colliculus

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68
Q

Signs of BPPV seen with Dix-Hallpike Maneuver:

A

Latency ~20 seconds<br></br>Crescendo/decrescendo vertigo lasting ~20 seconds<br></br>Geotropic rotary nystagmus (required)<br></br>Reversal upon sitting up<br></br>Fatigability

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69
Q

Diagnostic criteria for Meniere’s disease:

A

All three of <br></br>1) Two spontaneous episodes of rotational vertigo > 20 min. <br></br>2) Audiometric confirmation SNHL (often low frequency). <br></br>3) Tinnitus/aural fullness

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70
Q

Syringing for cerumen impaction, indications:

A

Totally occlusive cerumen with pain<br></br>Decreased hearing<br></br>Tinnitus

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71
Q

Syringing for cerumen impaction, contraindications:

A

Active infection<br></br>Previous ear surgery<br></br>OOnly hearing ear<br></br>TM perforation

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72
Q

Syringing for cerumen impaction, complications:

A

OE, OM, TM perforation<br></br>Trauma<br></br>Pain<br></br>Vertigo<br></br>Tinnitus

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73
Q

Classic triad of mastoiditis:

A

Otorrhea<br></br>Tenderness to pressure over the mastoid<br></br>Retroarticular swelling with protruding ear

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74
Q

Common signs of Basilar Skull Fractures:

A

Battle’s sign (bruising over mastoid)<br></br>Racoon eyes<br></br>CSF rhinorrhea/otorrhea<br></br>CN involvement (CNV – facial numbness, CNVI – nystagmus, CNVII – facial palsy)

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75
Q

Major symptoms of acute bacterial rhinosinusitis

A

(PODS, at least 2 with 1 being O or D): <br></br>facial Pain/Pressure/fullness<br></br>nasal Obstruction<br></br>nasal Discharge<br></br>hyposmia/anosmia (Smell)

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76
Q

What is the most common congenital neck mass found in children?:

A

Thyroglossal duct cysts

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77
Q

Risk factors for head and neck malignancy include:

A

Smoking<br></br>Alcohol use<br></br>Radiation to the head and neck<br></br>Oral HPV exposure<br></br>Personal history of malignancy<br></br>Family history of malignancy

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78
Q

5 Ps of papillary thyroid carcinoma:

A

Popular (most common)<br></br>Palpable lymph nodes<br></br>Positive I131 uptake<br></br>Positive prognosis (98% 10 yr survival) <br></br>Postoperative I131 scan guides further treatment

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79
Q

4 Fs of Follicular thyroid carcinoma:

A

Far away metastases<br></br>Females (3:1 ratio)<br></br>not FNA (cannot be diagnosed with FNA)<br></br>Favourable prognosis (92% 10 year survival)

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80
Q

Common clinical features of a peritonsillar abscess, the Quinsy Triad:

A

Trismus<br></br>Uvular deviation<br></br>Dysphonia (“hot potato voice”)

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81
Q

Signs of croup, the 3 Ss:

A

Stridor<br></br>Subglottic swelling<br></br>Seal bark cough

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82
Q

Lab results for ITP:

A

Thrombocytopenia with normal RBC, WBC

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83
Q

Three types of leukemia in children, and the most common:

A

ALL<br></br>AML<br></br>CML<br></br>ALL is the most common

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84
Q

Associated congenital abnormalities with Wilms Tumour:

A

WAGR syndrome:<br></br>Wilms tumour<br></br>Aniridia<br></br>Genitourinary anomalies<br></br>mental Retardation

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85
Q

Treatment for bacterial meningitis

A

Emergent empiric antibiotic therapy based on age (age ≤28 d: ampicillin + cefotaxime, age 29 d-3 mo: ceftriaxone/cefotaxime + vancomycin ± ampicillin, age >3 mo: ceftriaxone + vancomycin). Add ampicillin IV to the above treatments if risk factors for infection with L. monocytogenes present: age >50, alcoholism, immunocompromised

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86
Q

Five stages of rabies

A

1) incubation period<div>2) prodrome</div><div>3) acute neurologic syndrome</div><div>4) coma</div><div>5) death</div>

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87
Q

Treatment for pulmonary tuberculosis

A

RIPE - rifampin + INH + pyrazinamide + ethambutol x 2 mo (initiation phase), then INH + rifampin x 4 mo in fully susceptible TB (continuation phase), total 6 mo.

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88
Q

Typical causes of community acquired pneumonia

A

Steptococcus pneumoniae<div>Moraxella catarrhalis</div><div>Haemophilus influenzae</div><div>Staphylococcus aureus</div>

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89
Q

Two most common causative organisms of cellulitis

A

Beta-hemolytic streptococci most commonly group A Streptococcus. Staphylococcus aureus is a notable but less common cause.

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90
Q

Early clinical features of necrotizing fasciitis

A

Pain out of proportion to clinical findings, edema ± crepitus, rapid spread of infection, systemic symptoms

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91
Q

Common infectious causes of oral lesions

A

Candidiasis, gonococcal infection, HSV

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92
Q

What is the acronym to remember the clinical features of infective endocarditis

A

FROM JANE (Fever Roth’s spots Osler’s nodes Murmur Janeway lesions Anemia Nail-bed hemorrhages Emboli)

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93
Q

Causes of gynecomastia

A

(DOC TECH): Drugs (esp. anti-androgens, i.e., spironolactone), Other, Congenital (Klinefelter syndrome), Tumour (esp. germ cell tumours), Endocrine (hyperthyroidism), CHronic disease (cirrhosis, CKD)

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94
Q

Drugs that cause gynecomastia

A

(DISCKO): Digoxin, Isoniazid, Spironolactone, Cimetidine, Ketoconazole, Oestrogen/anti-testosterone

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95
Q

Definition of lead-time bias

A

overestimation of survival time ‘from diagnosis’ when the estimate is made from the time of screening, instead of the later time when the disease would have been diagnosed without screening

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96
Q

Definition of length-time bias

A

overestimation of the survival time due to screening at one time point including more stable cases than aggressive cases of disease, which may have shorter survival times

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97
Q

Definition of Berkson’s bias

A

occurs in a case-control study using hospitalized controls, as they may not be a representative sample of the population due to the complexity that led to their hospital admission

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98
Q

Diagnostic criteria for behavioural variant FTD

A

at least 3/5 of the following symptoms must be present and persistent/recurrent: behavioural disinhibition; apathy or inertia; loss of sympathy or empathy; preservative, stereotyped, or compulsive/ritualistic behaviour; hyperorality and dietary changes

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99
Q

Key Parkinsonian features

A

(TRAP): Tremor (resting); Rigidity; Akinesia/bradykinesia; Postural instability

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100
Q

Most common location of saccular aneurysms

A

anterior communicating artery (Acom) (30%)

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101
Q

Etiology of most epidural hematomas

A

rupture of middle meningeal artery (85%)

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102
Q

Disc herniations impinge the nerve root at the level above/below the interspace?

A

below

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103
Q

Cystic cavitation of the spinal cord

A

Syrinx

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104
Q

Risk factors for Saccular Aneurysms

A

(SHAE): Smoking, HTN, Adult Polycystic Kidney Disease, Ehlers-Danlos Syndrome

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105
Q

The ABCDEs of Melanoma

A

Asymmetry, Border (irregular and/or indistinct), Colour (varied), Diameter (increasing or >6 mm), Enlargement, elevation, evolution (i.e. change in colour, size, or shape)

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106
Q

Differential diagnosis of hidradenitis suppurativa

A

folliculitis, furuncles, carbuncles, acne vulgaris, Crohn’s disease, granuloma inguinale, pyoderma gangrenosum

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107
Q

Requirements for a diagnosis of drug reaction

A
  1. Temporal relation<div>2. Recognized response</div><div>3. Improvement after drug withdrawal</div><div>4. Recurrence on re-challenge with the drug</div>
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108
Q

Drug Hypersensitivity Syndrome Triad

A

Fever<div>Exanthematous eruption</div><div>Internal organ involvement</div>

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109
Q

Differential diagnosis for Urticaria

A

(DAM HIVES): drugs/foods, allergic, malignancy, hereditary, infection, vasculitis, emotions, stings

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110
Q

Differences between rosacea and acne

A

Rosacea can be differentiated from acne by the absence of comedones, a predilection for the central face, and symptoms of flushing

111
Q

The 5 P’s of lichen planus

A

Purple, Pruritic, Polygonal, Peripheral, Papules, Penis (i.e. mucosa)

112
Q

Differences between pemphigus vulgaris vs. bullous pemphigoid

A

vulgariS = Superficial, intraepidermal, flaccid lesions<div>PemphigoiD = Deeper, tense lesions at the dermal-epidermal junction</div>

113
Q

Management of orbital cellulitis

A

Admit to hospital, draw blood cultures x 2, perform orbital CT, provide IV antibiotics (ceftriaxone + vancomycin) for 1 wk

114
Q

Clinical features of viral versus bacterial conjunctivitis

A

<b>Bacterial –</b>Mucopurulent discharge, bilateral, no adenopathy<div><br></br><div><b>Viral –</b>serous discharge, unilateral (initially, often progresses contralaterally within days), adenopathy (preauricular often palpable and tender)</div></div>

115
Q

Substance used to differentiate episcleritis versus scleritis

A

Phenylephrine 2.5% (Mydfrin®; AK-Dilate®) (will blanch episcleral vessels in episcleritis 10-15 min after application)

116
Q

Normal infant and child visual acuity development

A

6-12 mo: 20/120<div>1-2 yr: 20/80</div><div>2-4 yr: 20/20</div>

117
Q

Treatments for central retinal artery occlusion

A

Globe massage; decrease IOP; YAG laser embolectomy; thrombolysis; hyperbaric oxygen therapy

118
Q

Clinical features of retinal detachment

A

sudden-onset; flashes; floaters; curtain of blackness

119
Q

Appearance of basal cell carcinoma

A

rodent ulcer; indurated base with pearly rolled edges; telangiectasia

120
Q

Risk factors for age-related macular degeneration

A

female; increasing age; family history; smoking; White individuals; blue irides

121
Q

Risk factors for primary open-angle glaucoma

A

(A FIAT): age; family history; IOP; African descent; thin cornea

122
Q

Clinical features of cataracts

A

gradual visual acuity decrease; haloes around lights at night; monocular diplopia; “second sight” phenomenon

123
Q

Causes of vision loss from proliferative diabetic retinopathy

A

vitreous hemorrhage; tractional retinal detachment; neovascular glaucoma

124
Q

Retinal findings in hypertensive retinopathy

A

arterial narrowing; arteriovenous nicking; flame-shaped, dot, and blot hemorrhages; cotton wool spots; hard exudates; optic disc edema

125
Q

Clinical features of giant cell arteritis

A

sudden monocular vision loss; pain over the temporal artery; jaw claudication; scalp tenderness; constitutional symptoms; history of polymyalgia rheumatica

126
Q

The diagnostic criteria for antiphospholipid syndrome are threefold

A

1) Recurrent Thrombosis<div>2) Spontaneous Pregnancy Loss</div><div>3) Antiphospholipid Antibodies</div>

127
Q

Raynaud’s phenomenon is characterized by triphasic skin colour changes from

A

1) white (ischemia)<div>2) blue (hypoxia)</div><div>3) red (reperfusion)</div>

128
Q

The four hallmark radiographic findings of osteoarthritis include:

A

1) joint space narrowing<div>2) subchondral sclerosis</div><div>3) subchondral cysts</div><div>4) osteophytes</div>

129
Q

Gonococcal septic arthritis may present with the classic triad of

A

1) migrating arthralgia<div>2) tenosynovitis</div><div>3) skin lesions</div>

130
Q

Features of small vessel vasculitis

A

1) palpable purpura<div>2) vesicles</div><div>3) chronic urticaria</div><div>4) superficial ulcers (erosions)</div>

131
Q

Features of medium vessel vasculitis

A

1) livedo reticularis<div>2) erythema nodosum</div><div>3) raynaud’s phenomenon</div><div>4) nodules</div><div>5) digital infarcts</div><div>6) ulcers</div>

132
Q

Six extra-manifestations of ankylosing spondylitis

A

1) atlanto-axial subluxation<div>2) anterior uveitis</div><div>3) apical lung fibrosis</div><div>4) aortic incompetence</div><div>5) amyloidosis (kidneys)</div><div>6) autoimmune bowel disease</div>

133
Q

Clinical triad of reactive arthritis

A

1) arthritis<div>2) conjunctivitis/uveitis</div><div>3) urethritis/cervicitis</div>

134
Q

Name the carpal bones

A

scaphoid, lunate, triquetrum, pisiform, hamate, capitate, trapezoid, trapezium

135
Q

Name the types of sutures used in plastic surgery

A

absorbable, non-absorbable, monofilament, multifilament

136
Q

Stages of wound healing

A

inflammatory phase (Days 1-6)<div>proliferative phase (Day 4 - Week 3)</div><div>Remodeling phase (Week 3 - Year 1)</div>

137
Q

Pathogens responsible for dog and cat bites

A

pasteurella multocida, staphylococcus aureus, streptococcus viridans

138
Q

Most common causes of chronic cough in non-smokers

A

GERD, Asthma, Postnasal drip, ACEi

139
Q

Name the 4 factors that shift the Oxygen-Hb Dissociation curve to the right

A

(CADET, face right): CO2, Acid, 2,3-DPG, Exercise, Temperature (increased)

140
Q

Compare TLC for obstructive vs. restrictive lung diseases

A

Elevated/normal in obstructive, Reduced in restrictive

141
Q

What disease pattern do increased linear markings and fine/ground glass opacities on CXR indicate

A

Reticular (interstitial disease)

142
Q

What is the Light’s criteria for determining transudative vs. exudative pleural effusion

A

Exudative pleural effusion when any one of the following criteria is met:<br></br>1. Pleural protein/serum protein >0.5<br></br>2. Pleural LDH/serum LDH >0.6<br></br>3. Pleural LDH >2/3 upper limit of normal serum LDH

143
Q

Berlin criteria for acute respiratory syndrome<br></br>

A
  1. Acute onset - Within 7d of a defined event, such as sepsis, pneumonia, or patient noticing worsening of respiratory symptoms (usually occurs within 72h of presumed trigger)<br></br>2. Bilateral opacities consistent with pulmonary edema on either CT or CXR<br></br>3. Not fully explained by cardiac failure/fluid overload but patient may have concurrent heart failure<br></br>4. Objective assessment of cardiac function (eg. echocardiogram) should be performed even if no clear risk factors
144
Q

Four categories of shock

A

hypovolemic, cardiogenic, obstructive, and distributive

145
Q

Differential diagnoses for Upper Lung Disease in ILD

A

(FASSTEN): Farmer’s lung (hypersensitivity pneumonitis); Ankylosing spondylitis; Sarcoidosis; Silicosis; TB; Eosinophilic granuloma; Neurofibromatosis

146
Q

Virchow’s Triad consists of

A

Venous stasis; Endothelial cell damage; Hypercoagulable states

147
Q

A diagnosis of COPD is confirmed on spirometry if the post-bronchodilator FEV1/FVC is

A

<0.70 or lower limit of normal

148
Q

Differential diagnosis for abdominal distension

A

6F’s - Fat, Feces, Fetus, Flatus, Fluid, Fatal growth

149
Q

Common location for bowel ischemia

A

The splenic flexure and rectosigmoid junction are watershed areas and are susceptible to ischemia

150
Q

Causes of Acute Bloody Diarrhea

A

CHESS – Campylobacter, Hemorrhagic E. coli (e.g. O157:H7), Entamoeba histolytica, Salmonella, Shigella

151
Q

Mimickers of IBS

A

Enteric infections (e.g. Giardia), Lactose intolerance/other disaccharidase deficiency, CD, Celiac sprue, Drug-induced diarrhea, Diet-induced (excess tea, coffee, colas)

152
Q

Four types of IBS

A

IBS-D: predominant diarrhea<div>IBS-C: predominant constipation</div><div>IBS-M: mixed, diarrhea AND constipation (each >25%)</div><div>IBS untyped: insufficient abnormality in stool to meet other types</div>

153
Q

Causes of constipation

A

(DOPED): Drugs, Obstruction, Pain, Endocrine dysfunction, Depression

154
Q

Etiology of lower GI bleed

A

(CHAND): Colitis (radiation, infectious, ischemic, IBD [UC > CD]), Hemorrhoids/fissure, Angiodysplasia, Neoplasm, Diverticular disease

155
Q

Differential diagnosis for hepatitis

A

viral infection, alcohol, drugs, immune-mediated, toxins

156
Q

Cirrhosis complications

A

(VARICES) - Varices, Ascites/Anemia, Renal failure (hepatorenal syndrome), Infection, Coagulopathy, Encephalopathy, Sepsis

157
Q

Portal Hypertension 1) Signs and 2) Management

A

1) Esophageal varices, melena, splenomegaly, ascites, hemorrhoids<div>2) β-blockers, Nitrates, Shunts (e.g., TIPS)</div>

158
Q

Precipitating factors for Hepatic Encephalopathy

A

(HEPATICS) - Hemorrhage in GI tract/Hypokalemia, Excess dietary protein, Paracentesis, Alkalosis/Anemia, Trauma, Infection, Colon surgery, Sedatives

159
Q

Causes of ascites associated with a low Serum-Ascites Albumin Gradient (<11 g/L)

A

Peritoneal carcinomatosis, peritoneal TB, pancreatic disease, serositis, nephrotic syndrome

160
Q

Reynolds’ Pentad

A

Charcot’s triad (RUQ pain, fever, jaundice), hypotension, altered mental status

161
Q

Name 5 clinical featuresthat are indicative of a difficultairway

A
  1. Beard<br></br>2. Obesity<br></br>3. No teeth<br></br>4. Elderly<br></br>5. Sleep apnea

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162
Q

ASA class 3 is defined as…

A

a patient withsevere systemic disease that limits their activity

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163
Q

Medications that can be given throughthe endotracheal tube are:

A
  1. Naloxone<br></br>2. Atropine<br></br>3. Ventolin<br></br>4. Epinephrine<br></br>5. Lidocaine

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164
Q

In a Mallampati Class I, what structures are visible?

A
  1. Pillars<br></br>2. Uvula<br></br>3. Soft palate<br></br>4. Hard palate

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165
Q

Phenylephrine administration causes a reflexive ____

A

Bradycardia

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166
Q

What class of local anesthetics does procaine belong to?

A

Esters

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167
Q

A 30 year old female is induced with succinylcholine and propofol and maintained with sevoflurane for a laparoscopic cholecystectomy. 10 minutes into the procedure, there is a steady rise in EtCO2. You note that the HR is 160, BP is 120/80, and SpO2 is 92%. On assessment, you notice generalized muscle rigidity. What is this patient experiencing?

A

Malignant hyperthermia

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168
Q

Genetic anticipation is most characteristic of which class of genetic diseases: Imprinting disorders, triplet repeat expansions, mitochondrial DNA disorders, or X-linked disorders

A

Triplet repeat expansions

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169
Q

You suspect cri-du-chat syndrome in a patient, a genetic condition characterized by very small deletions in chromosome 5. What is the most appropriate diagnostic cytogenetic test?

A

FISH (fluorescence in situ hybridization)

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170
Q

Define “autonomy”

A

The right that patients have to make decisions according to their values, beliefs, and preferences

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171
Q

Define “competence”

A

The ability to make a specific decision for one’s self as determined legally by the courts

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172
Q

Define “capacity”

A

The ability to make a specific decision for oneself as determined by the clinicians proposing the specific treatment

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173
Q

Define “beneficence”

A

An obligation to provide benefit to the patient, based on what is considered to be their best interests. <br></br><br></br>Consideration of best interests should consider the patient’s values, beliefs, and preferences, so far as these are known. Best interests extend beyond solely medical considerations.

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174
Q

Define “non-maleficence”

A

Obligation to avoid causing harm; primum non nocere (“First, do no harm”)

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175
Q

Define “justice”

A

Fair distribution of benefits and harms within a community, regardless of geography, income, or other social factors

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176
Q

Situations where confidentiality can be breached:

A

Child abuse, Fitness to drive, Communicable disease, Coroner report. <br></br><br></br>All Physicians have a duty to inform/warn.

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177
Q

Four basic elements of consent are:

A

Voluntary, Capable, Specific, Informed

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178
Q

What are the exceptions to consent?

A

Emergencies, legislation, and special situations

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179
Q

What is a Power of Attorney for Personal Care?

A

A legal document in which one person gives another the authority to make personal care decisions on their behalf if they become mentally incapable

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180
Q

Silhouette sign:

A

When two objects of the same radiolucency abut, they appear indistinguishable on imaging (i.e. the silhouette expected at an anatomical border disappears)

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181
Q

Spine sign:

A

On lateral films, vertebral bodies should appear progressively radiolucent (dark) as one moves down the thoracic vertebral column; if they appear more radio-opaque, it is an indication of pathology

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182
Q

Air bronchogram:

A

Branching pattern of air-filled bronchi on a background of opacification/fluid-filled airspaces

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183
Q

7 danger signs on a head CT scan:

A
  1. Space-occupying process resulting in mass effect — growing lesion or contusion causes surrounding areas of tissue to be displaced, compressed and injured
    <br></br>2. Midline shift — displacement of midline structures due to mass effect
    <br></br>3. Herniation (tonsilar or uncal) — rising intracranial pressure causes portions of the brain to move from one intracranial compartment to another
    <br></br>4. Hydrocephalus — expansion of the ventricular system
    <br></br>5. Hemorrhage — intra- or extra-axial bleeding; acute blood is bright on CT
    <br></br>6. Edema — hypo-dense areas on CT reflecting blood-brain barrier breakdown
    <br></br>7. Loss of grey-white matter differentiation — in cases of acute infarction differentiation between grey and white matter is lost due to cell death

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184
Q

Radiographic hallmarks of osteoarthritis:

A
  1. non-uniform joint-space narrowing<br></br>2. subchondral sclerosis and cyst formation<br></br>3. osteophytes

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185
Q

Radiographic hallmarks of rheumatoid arthritis:

A
  1. uniform joint-space narrowing<br></br>2. soft tissue swelling<br></br>3. erosions<br></br>4. periarticular osteopenia

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186
Q

Techniques to induce ‘stress’ during a myocardial perfusion scan/nuclear stress test:

A
  1. Exercise: Bruce protocol<br></br>2. Pharmacologic: Persantine challenge (vasodilator) or dobutamine infusion (chronotropic)

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187
Q

What are the 3 clusters of personality disorders and the types within each:

A

A (“mad”): Paranoid, schizoid, schizotypal<br></br>B (“bad”): Antisocial, borderline, histrionic, narcissistic<br></br>C (“sad”): Avoidant, dependent, obsessive-compulsive

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188
Q

What are the alcohol consumption guidelines for men and women (Canada)?

A

Women: No more than 2 standardized drinks/day and 10 drinks/week<br></br><br></br>Men: No more than 3 standardized drinks/day and 15 drinks/week

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189
Q

What are the duration of symptoms differentiating the following:<br></br>- Brief Psychotic Disorder<br></br>- Schizophreniform Disorder<br></br>- Schizophrenia

A
  • Brief Psychotic Disorder: <1 month<br></br>- Schizophreniform: 1-6 months<br></br>- Schizophrenia: >6 months

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190
Q

Criteria for manic episode:

A

GST PAID (3 or more criteria):<br></br>- Grandiosity<br></br>- Sleep (decreased need)<br></br>- Talkative<br></br>- Pleasurable activities or painful consequences<br></br>- Activity (increased)<br></br>- Ideas (flight of)<br></br>- Distractible

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191
Q

What is the difference between Bipolar Disorder I and II?

A

Bipolar I Disorder: At least one manic episode has occurred<br></br>Bipolar II Disorder: At least 1 major depressive episode, 1 hypomanic episode, and no manic episodes

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192
Q

Classic opioid overdose triad:

A

RAM: Respiratory depression, Altered mental status, Miosis

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193
Q

What are the 3 steps regarding the natural history of disease?

A
  1. Pathological onset<br></br>2. Presymptomatic stage: from onset to first appearance of symptoms/signs<br></br>3. Clinical manifestation of disease: may regress spontaneously, be subject to remissions and relapses, or progress to death

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194
Q

What are the 3 different types of screening?

A
  1. Universal screening<br></br>2. Selective screening<br></br>3. Multiphasic screening

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195
Q

What are the 2 different risk reduction strategies? Give an example of each.

A
  1. Risk reduction: lower the risk to health without eliminating it (e.g. avoiding sun to lower risk of skin cancer)<br></br><br></br>2. Harm reduction: a set of strategies aimed to reduce the negative consequences of drug use and other risky behaviours (e.g. needle exchange programs)

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196
Q

What are prevalence and incidence?

A

Prevalence: Total number of cases in a period of time<br></br><br></br>Incidence: The number of new cases

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197
Q

What is the difference between linear and logistic regression?

A

Linear regression is for a continuous dependent variable, logistic regression is for a binary one.

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198
Q

What is the utility of the sensitivity and specificity of a test?

A

A highly sensitive test helps to rule out (SnOut).<br></br><br></br>A highly specific test helps to rule in (SpIn).

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199
Q

<span>Osteoporosis risk stratification, criteria for high-risk category</span>

A

<ul><li><span>10 yr fracture risk >20% OR</span></li><li><span>Prior fragility fracture of hip or spine OR</span></li><li><span>More than one fragility fracture</span></li></ul>

200
Q

<span>Causes of gynecomastia</span>

A

<div>DOC TECH</div>

<ul><li><span>drugs (especially antiandrogens, i.e.
spironolactone)</span></li><li><span>other</span></li><li><span>congenital (Klinefelter syndrome)</span></li><li><span>tumour (especially germ cell tumours)</span></li><li>endocrine (hyperthyroidism)</li><li>chronic disease (cirrhosis, CKD)</li></ul>

201
Q

<span>Approach to hypercalcemia</span>

A

<ol><li><span>Is the patient hypercalcemic?</span></li><li>Is the PTH high/normal or low?</li><li>If PTH is low, is phosphate high/normal or low?</li><li>If phosphate is high/normal, is the level of vitamin D metabolites high or low?</li></ol>

202
Q

<span>Two distinct features of primary hypogonadism</span>

A

<ul><li><span>decrease in sperm count is affected to a greater extent than the decrease in serum testosterone level</span></li><li><span>likely associated with gynecomastia</span></li></ul>

203
Q

<span>Infectious causes of Inflammatory Diarrhea</span>

A

<span>(Your Stool Smells Extremely Crappy):<br></br><ul><li><span>Yersinia</span></li><li><span>Shigella</span></li><li><span>Salmonella</span></li><li><span>E. coli (EHEC 0157:H7), E. histolytica</span></li><li><span>Campylobacter, C. difficile</span></li></ul></span>

204
Q

<span>Causes of acute diarrhea</span>

A

CHESS:<br></br><ul><li><span>Campylobacter</span></li><li><span>Hemorrhagic
E. coli (e.g. O157:H7)</span></li><li><span>Entamoeba histolytica</span></li><li><span>Salmonella</span></li><li><span>Shigella</span></li></ul>

205
Q

<span>What is Wilson Disease?</span>

A

<span>autosomal recessive defect in copper elimination</span>

206
Q

<span>Risk Factors for NAFLD</span>

A

<ul><li><span>metabolic syndrome w/ obesity (T2DM, HTN, hypertriglyceridemia)</span></li><li><span>less commonly meds (e.g. tamoxifen, corticosteroids, MTX)</span></li><li><span>Wilson’s, TPN, rapid wt loss, etc</span></li></ul>

207
Q

<span>What is the Serum Ascites Albumin Gradient (SAAG)?</span>

A

<span>Serum Ascites Albumin Gradient (SAAG) = serum albumin – ascites albumin. >11 g/L suggests the ascites is due to portal hypertension.</span>

208
Q

<span>What is Charcot’s triad?</span>

A

<span>Charcot’s triad (result of ascending cholangitis) is comprised of: fever, RUQ pain, jaundice</span>

209
Q

<span>Key differences between delirium and dementia</span>

A

<span>Dementia is insidious in onset with gradual cognitive decline, stable LOC, whereas delirium is acute onset of fluctuating mental status characterized with inattention.</span>

210
Q

<span>List the IADLS and ADLs</span>

A

<span>ADLs: “DEATH” → Dressing, Eating, Ambulating, Toilet, Hygiene.<br></br></span><br></br><span>IALDs: “SHAFT” → Shopping, Housework, Accounting, Food, Transport, Telephone, Taking medications.</span>

211
Q

<span>Red flags in constipation, particularly related to the elderly</span>

A

<ul><li><span>new onset > 50</span></li><li><span>blood in stool</span></li><li><span>unexplained anemia</span></li><li><span>weight loss</span></li><li><span>obstipation</span></li><li><span>severe abdominal pain</span></li><li><span>vomiting</span></li></ul>

212
Q

<span>5 F’s for a geriatric assessment</span>

A

<span>Flow, Farmacy, Function/Falls, Feelings, Future and Family</span>

213
Q

<span>Medications associated with increased risk of falls in the geriatric population</span>

A

<ul><li><span>antidepressants</span></li><li><span>neuroleptics</span></li><li><span>sedatives/hypnotics</span></li><li><span>antihypertensives</span></li><li><span>NSAIDS</span></li><li><span>diuretics</span></li><li><span>B-Blockers</span></li></ul>

214
Q

<span>DDx for microcytic anemia</span>

A

<span>TAILS<br></br><ul><li><span>Thalassemia</span></li><li><span>anemia of chronic disease</span></li><li><span>iron deficiency anemia</span></li><li><span>sideroblastic anemia</span></li></ul></span>

215
Q

<span>3 features of hemolytic uremic syndrome</span>

A

<ol><li><span>thrombocytopenia</span></li><li><span>microangiopathic hemolytic anemia</span></li><li><span>acute kidney failure</span></li></ol>

216
Q

<span>Four clinical findings of hemochromatosis</span>

A

<span>ABCD<br></br><ul><li><span>Arthralgia</span></li><li><span>Bronze skin</span></li><li><span>Cardiomyopathy/Cirrhosis of liver</span></li><li><span>Diabetes (pancreatic damage)</span></li></ul></span>

217
Q

<span>Mechanisms of bacterial disease</span>

A

<ul><li><span>Adherence (fimbriae)</span></li><li><span>Invasion</span></li><li><span>Evasion</span></li><li><span>Toxin production</span></li><li><span>Intracellular growth</span></li><li><span>Biofilm</span></li></ul>

218
Q

<span>Viral disease patterns</span>

A

<ul><li><span>Acute infections (host cell lysis after virion release)</span></li><li><span>Chronic infections (>6 mo, chronic virion release)</span></li><li><span>Latent infections (viral genome integrated into host cell nucleus, can reactivate)</span></li></ul>

219
Q

<span>DNA virus families</span>

A

<span>HHAPPPPy<br></br><ul><li><span>Hepadnaviridae</span></li><li><span>Herpesviridae</span></li><li><span>Adenoviridae</span></li><li><span>Papillomaviridae</span></li><li><span>Parvoviridae</span></li><li><span>Polyomaviridae</span></li><li><span>Poxviridae</span></li></ul></span>

220
Q

<span>Mechanisms of fungal disease</span>

A

<ul><li><span>Primary fungal infection (overgrowth, inhalation, traumatic inoculation)</span></li><li><span>Toxins</span></li><li><span>Allergic reactions</span></li></ul>

221
Q

<span>Mechanisms of parasitic disease</span>

A

<ul><li><span>Mechanical obstruction</span></li><li><span>Competition</span></li><li><span>Cytotoxicity</span></li><li><span>I</span>nflammatory (acute, delayed, cytokine-mediated)</li><li>Immune-mediated injury (autoimmune, immune complex)</li></ul>

222
Q

<span>Mechanisms of transmission</span>

A

<ul><li><span>Contact</span></li><li><span>Droplet/contact</span></li><li><span>Airborne</span></li><li><span>Food/waterborne</span></li><li><span>Zoonotic/vector-borne</span></li><li><span>Vertical</span></li></ul>

223
Q

<span>Common causes of fever in the returned traveller</span>

A

<ul><li><span>parasitic (malaria)</span></li><li><span>viral (non-specific mononucleosis-like syndrome, dengue, viral hepatitis)</span></li><li><span>bacterial (typhoid from Salmonella, rickettsioses)</span></li><li><span>diverse (traveller’s diarrhea, RTI, UTI/STI)</span></li></ul>

224
Q

<span>Definition of febrile neutropenia</span>

A

<ul><li><span>fever (≥38.3°C/101°F or ≥38.0°C/100.4°F for ≥1 h) AND</span></li><li><span>neutropenia: ANC <1.0 (severe neutropenia: ANC <0.5)</span></li></ul>

225
Q

<span>Factors that compromise the immune system</span>

A

<ul><li><span>general (age - very young or elderly, malnutrition)</span></li><li><span>immune disease (HIV, malignancies, asplenia, hypogammaglobulinemia, neutropenia)</span></li><li><span>DM</span></li><li><span>Iatrogenic (Eg. corticosteroids)</span></li></ul>

226
Q

<span>Common classes of antibiotics</span>

A

<ul><li><span>cell wall inhibitors (Eg. penicillins)</span></li><li><span>protein synthesis inhibitors (Eg. macrolides)</span></li><li><span>topoisomerase inhibitors (Eg. FQs)</span></li><li><span>anti-metabolites (Eg. TMP/SMX)</span></li><li><span>anti-mycobacterials (Eg. isoniazid)</span></li></ul>

227
Q

<span>Risk factors for pneumonia</span>

A

<ul><li><span>Impaired lung defenses (poor cough/gag reflex, impaired mucociliary transport, immunosuppression)</span></li><li><span>Increased risk of aspiration (impaired swallowing mechanism)</span></li><li><span>Mechanical obstruction</span></li></ul>

228
Q

<span>Most common causative agents of cellulitis</span>

A

<ul><li><span>β-hemolytic streptococci (most common cause of non-purulent cellulitis)</span></li><li><span>S. aureus</span></li><li><span>S. lugdunensis (occasionally)</span></li></ul>

229
Q

<span>Three criteria that comprise the qSOFA score when screening for sepsis</span>

A

<ol><li><span>respiratory rate ≥22/min</span></li><li><span>sBP ≤100 mmHg</span></li><li><span>altered mentation (GCS <15)</span></li></ol>

230
Q

<span>ART Recommendations for Treatment of HIV-naïve Patients</span>

A

<span>2 NRTIs + 1 INSTI or “boosted” PI (combined with ritonavir or cobicistat for improved pharmacokinetics)</span>

231
Q

Polyuria

A

<span>output greater than 3 L/d. <br></br><br></br>Distinguish from urinary frequency, where urination occurs multiple times per day but the total volume over 24 h is <3 L</span>

232
Q

<span>Features of Nephritic Syndrome</span>

A

<span>PHAROH<br></br><ul><li><span>Proteinuria</span></li><li><span>Hematuria</span></li><li><span>Azotemia</span></li><li><span>RBC casts</span></li><li><span>Oliguria</span></li><li><span>HTN</span></li></ul></span>

233
Q

<span>Features of Nephrotic Syndrome</span>

A

HELP<br></br><ul><li><span>Hypoalbuminemia</span></li><li><span>Edema</span></li><li><span>Lipid abnormalities</span></li><li><span>Proteinuria</span><br></br></li></ul>

234
Q

<span>Drugs that can precipitate prerenal AKI</span>

A

<span>Diuretics, ACEi/ARBs, NSAIDs</span>

235
Q

<span>Treatments for hyperkalemia</span>

A

<span>C BIG K Drop<br></br><ul><li><span>Calcium gluconate</span></li><li><span>B-agonists</span></li><li><span>Insulin</span></li><li><span>Glucose</span></li><li><span>Kayexalate</span></li><li><span>Diuretics</span></li><li><span>Dialysis</span></li></ul></span>

236
Q

<span>Progression of ECG changes in hyperkalemia</span>

A

<ol><li><span>Peaking T waves</span></li><li><span>Loss of P waves</span></li><li><span>Widening QRS</span></li><li><span>Sine waves</span></li></ol>

237
Q

<span>DDx for AG metabolic acidosis</span>

A

MUDPILES<br></br><ul><li><span>Methanol</span></li><li><span>Uremia</span></li><li><span>Diabetic/alcoholic ketoacidosis</span></li><li><span>Paraldehyde</span></li><li><span>Iron/isoniazid</span></li><li><span>Lactic acidosis</span></li><li><span>Ethylene glycol</span></li><li><span>Salicylates</span><br></br></li></ul>

238
Q

<span>Most common causes of non-AG metabolic acidosis</span>

A

<ul><li><span>Diarrhea</span></li><li><span>Renal tubular acidosis</span></li></ul>

239
Q

<span>Indications for dialysis</span>

A

<span>AEIOU, if refractory<br></br><ul><li><span>Acidosis</span></li><li><span>Electrolyte imbalance</span></li><li><span>Intoxication/AKI</span></li><li><span>Overload (fluid)</span></li><li><span>Uremia</span></li></ul></span>

240
Q

<span>Casts seen in acute tubular necrosis</span>

A

<span>Pigmented granular casts</span>

241
Q

<span>Maximum correction rate for chronic hyponatremia and associated complication</span>

A

<span>8 mmol/L/24h to prevent osmotic demyelination</span>

242
Q

<span>Most common cause of secondary HTN</span>

A

<span>Ischemic renal disease/renal artery stenosis</span>

243
Q

<span>Components of physical exam for CNXI</span>

A

<span>Assess strength of trapezius (shoulder shrug) and sternocleidomastoid muscles (head turn)</span>

244
Q

<span>Most common lumbar puncture complication</span>

A

<span>Post-lumbar puncture headache (5-40%)</span>

245
Q

Definition of seizure

A

<span>transient occurrence of signs and/or symptoms due to abnormal hyper-synchronization of neurons</span>

246
Q

<span>Clinical features of Dementia with Lewy bodies</span>

A

<ul><li><span>Visual hallucinations</span></li><li><span>Parkinsonism</span></li><li><span>Fluctuating cognition</span></li><li><span>REM sleep behaviour disorder</span></li></ul>

247
Q

<span>Findings of ballism</span>

A

<span>Large-amplitude, involuntary, flinging movements that are most commonly unilateral</span>

248
Q

<span>Cause of Wernicke-Korsakoff Syndrome</span>

A

<span>Vitamin B1 deficiency (thiamine)</span>

249
Q

<span>Signs of Respiratory Distress</span>

A

<ul><li><span>Tachypnea</span></li><li><span>Cyanosis</span></li><li><span>Tachycardia</span></li><li><span>Inability to speak</span></li><li><span>Nasal flaring</span></li><li><span>Tracheal tug</span></li><li><span>Intercostal indrawing</span></li><li><span>Tripoding</span></li><li><span>Paradoxical breathing</span></li></ul>

250
Q

<span>Common Chest X-Ray Patterns</span>

A

<ul><li><span>Consolidation</span></li><li><span>Reticular</span></li><li><span>Nodular</span></li></ul>

251
Q

<span>Factors that shift the oxygen-Hb curve to the right</span>

A

<span>“CADET face right!”<br></br><ul><li><span>CO2</span></li><li><span>Acid</span></li><li><span>2,3-DPG</span></li><li><span>Exercise</span></li><li><span>Temperature (increased)</span></li></ul></span>

252
Q

<span>Causes of anion gap metabolic acidosis</span>

A

<span>MUDPILESCAT<br></br><ul><li><span>Methanol</span></li><li><span>Uremia</span></li><li><span>Diabetic ketoacidosis/starvation ketoacidosis</span></li><li><span>Phenformin/Paraldehyde</span></li><li><span>Isoniazid, Iron, Ibuprofen</span></li><li><span>Lactic acidosis</span></li><li><span>Ethylene glycol</span></li><li><span>Salicylates</span></li><li><span>Cyanide, Carbon dioxide</span></li><li><span>Alcoholic ketoacidosis</span></li><li><span>Toluene, Theophylline</span></li></ul></span>

253
Q

<span>Signs of poor asthma control</span>

A

<span>DANGERS<br></br><ul><li><span>Daytime Sx ≥3 d/wk</span></li><li><span>Activities (physical) reduced</span></li><li><span>Night-time Sx ≥1 time/week</span></li><li><span>GP visits</span></li><li><span>ER visits</span></li><li><span>Rescue puffer use ≥3 d/wk</span></li><li><span>School or work absences</span></li></ul></span>

254
Q

T<span>reatments for COPD that prolong survival</span>

A

<ul><li><span>Smoking cessation</span></li><li><span>Vaccination</span></li><li><span>Home oxygen</span></li></ul>

255
Q

<span>Virchow’s triad</span>

A

<span>venous stasis, endothelial cell damage, hypercoagulable states</span>

256
Q

<span>Classifications of pulmonary hypertension</span>

A

<ol><li><span>Pulmonary Arterial HTN</span></li><li><span>Pulmonary HTN secondary to left heart disease</span></li><li><span>Pulmonary HTN due to lung disease and/or hypoxia</span></li><li><span>Chronic thromboembolic pulmonary HTN</span></li><li><span>Pulmonary HTN with unclear multifactorial mechanisms</span></li></ol>

257
Q

<span>Light’s criteria for exudative pleural effusion</span>

A

<ol><li><span>Protein - Pleural/Serum >0.5</span></li><li><span>LDH - Pleural/Serum >0.6</span></li><li><span>Pleural LDH >⅔ upper limit of N serum LDH</span></li></ol>

258
Q

<span>Differential for anterior mediastinum compartment mass</span>

A

<span>4Ts
<br></br><ul><li><span>Thymoma</span></li><li><span>Thyroid enlargement (goitre)</span></li><li><span>Teratoma</span></li><li><span>Tumours (lymphoma, parathyroid, esophageal, angiomatous)</span></li></ul></span>

259
Q

<span>Causes of hypercapnia</span>

A

<ul><li><span>Low total ventilation</span></li><li><span>High dead space ventilation</span></li><li><span>High CO2 production</span></li><li><span>High inspired CO2</span></li></ul>

260
Q

<span>Define hypopnea</span>

A

<span>reduction in airflow ≥30% from baseline, lasting for ≥10 s, associated with oxygen desaturation ≥3% or EEG arousal</span>

261
Q

<span>Quick SOFA (qSOFA) Criteria</span>

A

<ol><li><span>Respiratory rate ≥22/min</span></li><li><span>Altered mentation</span></li><li><span>Systolic blood pressure ≤100 mmHg</span></li></ol>

262
Q

<span>Causes of shock</span>

A

SHOCK<br></br><ul><li><span>Spinal (neurogenic), Septic</span></li><li><span>Hemorrhagic</span></li><li><span>Obstructive (e.g. tension pneumothorax, cardiac tamponade, PE)</span></li><li><span>Cardiogenic (e.g. arrhythmia, MI)</span></li><li><span>AnaphylaKtic</span><br></br></li></ul>

263
Q

<span>Pathophysiology of ARDS</span>

A

<span>disruption of alveolar capillary membranes → leaky capillaries → interstitial and alveolar pulmonary edema → reduced compliance, V/Q mismatch, shunt, hypoxemia, pulmonary HTN</span>

264
Q

<span>Risk factors for osteoarthritis</span>

A

<ul><li><span>genetic predisposition</span></li><li><span>advanced age</span></li><li><span>obesity</span></li><li><span>female</span></li><li><span>trauma</span></li></ul>

265
Q

<span>Malignancies associated with dermatomyositis</span>

A

<ul><li><span>Breast</span></li><li><span>Lung</span></li><li><span>Colon</span></li><li><span>Ovarian</span></li></ul>

266
Q

<span>Classic triad of Sjogren’s Syndrome</span>

A

dry eyes, dry mouth, arthritis

267
Q

<span>Features of Small Vessel Vasculitis</span>

A

<ul><li><span>Palpable purpura</span></li><li><span>Vesicles</span></li><li><span>Chronic uritcaria</span></li><li><span>Superficial ulcers</span></li></ul>

268
Q

<span>Clinical Triad of Reactive Arthritis</span>

A

<span>Arthritis, conjunctivitis/uveitis, urethritis/cervicitis</span>

269
Q

<span>Drugs that precipitate gout</span>

A

<ul><li><span>Furosemide</span></li><li><span>Aspirin</span></li><li><span>Alcohol</span></li><li><span>Cyclosporine</span></li><li><span>Thiazide diuretics</span></li></ul>

270
Q

Which 5 components does the Palliative Performance Scale assess?

A
  1. ambulation<br></br>2. activity and evidence of disease<br></br>3. self-care<br></br>4. intake<br></br>5. consciousness level

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271
Q

What are the four levels of intervention involved in a code status discussion?

A
  1. Full Code<br></br>2. Do Not Resuscitate<br></br>3. Comfort Measures<br></br>4. Allow Natural Death

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272
Q

What are the 6 components of the SPIKES protocol?

A

S: Setting up the interview<br></br>P: (assessing) Perspective<br></br>I: Invitation<br></br>K: Knowledge sharing<br></br>E:. Emotions/Empathy<br></br>S: Strategy and Summary

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273
Q

What are the four categories of pediatric patients who may benefit from palliative care?

A
  1. Life-threatening conditions for which curative treatment may be feasible but can fail<br></br>2. Conditions in which premature death is inevitable<br></br>3. Progressive conditions without curative treatment options<br></br>4. Irreversible but non-progressive conditions causing severe disability

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274
Q

What are the five sources of suffering?

A
  1. physical concerns<br></br>2. social-related concerns<br></br>3. psychological concerns<br></br>4. spiritual concerns<br></br>5. existential concern

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