Family Medicine Shelf Flashcards

1
Q

Urge Incontinence

A

detrusor muscle overactivity, involuntary contraction of detrusor muscle and urinary tenesmus (urge to empty bladder).

Anticholinergic agents (oxybutynin) tx

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2
Q

Acute urinary incontinence in Elderly patients management

A

Presentation :
Acute onset of urinary incontinence, urgency, frequency in an elderly woman

Urinary tract infection is most likely diagnosis common reversible cause of incontinence in elderly

Next Step:
Perform urinalysis and urine culture to rule out UTI

Atypical UTI symptoms in elderly
-Incontinence, urgency, frequency (may lack classic symptoms like dysuria or suprapubic pain)
-If uti is ruled out, consider further tests (e.g., urodynamic studies, cytoscopy)

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3
Q

Stress Urinary Incontinence Management

A

Presentation :
-Involuntary urine leakage during activities that increase intra-abdominal pressure (e.g., walking, standing, coughing).
-No urgency to urinate before leakage

First-line treatment
-Conservative therapy (Kegel exercises, continence pessary, lifestyle changes (eg, weight loss, alcohol cessation).
-If conservative measures fail, move to surgical options

Next step (after failed conservative treatment):
-Urethral sling surgery: minimally invasive procedure that supports the urethra, preventing leakage during physical activity

Key points:
-Common in postmenopausal women
- Conservative measures first, followed by urethral sling for persistent Stress Urinary Incontinence

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4
Q

Age-Related Macular Degeneration

A

Presentation
Difficulty reading, requiring bright light, wavy/distorted lines (metamorphopsia) on Amsler grid.

Fundoscopic findings
-Presence of soft drusen (yellow deposits) around macula
-Soft drusen located below the nerve fiber and don’t obscure retinal vessels

Types of AMD
-Dry AMD (nonexudative)
Most common form
Slow progression of central vision
loss

Wet AMD (exudative)
-Less common (10%)
-Faster progression due to retinal neovascularization and hemorrhage

Risk factors
-Age
Most common cause of vision loss in older adults
-Cardiovascular risk factors like HTN and diabetes contribute to the development and progression of AMD.

Key test
-Amsler grid showing central metamorphopsia

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5
Q

Screening for Osteoporosis

A

Risk factors
-Female sex
-Advanced age (over 65)
-Women under age of 65
Family hx of hip fracture
Excessive alcohol consumption
Smoking
Low BMI

Next step in management
-dual-energy x-ray absorptiometry (DEXA) to screen for osteoporosis

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6
Q

Nutritional Risks in Vegan Diets

A

Low bone mineral density due to calcium deficiency

Calcium sources
Calcium-fortified foods (soy products), and low-oxalate vegetables (kale, bok choy)

Other common deficiencies
Vitamin B12, vitamin D, iron
-Supplementation or fortified
foods recommended

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7
Q

Normal cognitive Aging

A

-Mild memory lapses
Forgetting names, losing keys

-Slower processing

-Independence in daily activities is preserved :
Cooking, shopping, socializing

-Differentiate from dementia by assessing impact on daily functioning

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8
Q

Sleep Disturbances in Alzheimer Disease

A

Common in advanced stages, manifesting as sundowning (nighttime agitation) and daytime sleepiness

First-line management: behavioral interventions like a regular sleep schedule, environmental regulation, and maintaining a familiar routine

Pharmacologic treatments should be reserved for cases where behavioral interventions fail

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9
Q

Management of Alzheimer Disease (AD)

A

Diagnosis

Progressive memory impairment, disorientation, and incontinence. MRI shows cerebral atrophy

MMSE: score of 19/30 indicates mild to moderate AD

First-line pharmacotherapy:

Acetylcholinesterase inhibitors (e.g. donepezil)

Memantine
-Add for moderate to severe AD or progression despite acetylcholinesterase inhibitors

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10
Q

Creutzfeldt-Jakob Disease

A

Recognizing CJD

Rapidly progressive Dementia:
-Symptoms develop and worsen over a short period, typically within few months

Characteristic Symptoms:
-Myoclonus: Spontaneous muscle jerking often triggered by external stimuli like loud noises
-Cognitive Decline and Mutism: Patients may become verbally unresponsive while remaining alert
-Blunted Affect: Patients show reduced emotional responses

Key Clues in Physical Exam and History
-Diffuse Myoclonus
-Lack of communicative responses despite being alert

Electroencephalogram (EEG) Findings in CJD
-Characteristic EEG pattern: Triphasic periodic sharp-wave complexes

Prognosis and course of CJD:
-Rapid progression to death: the typical course leads to death within 12 months of symptoms onset

No cure available: management focuses on supportive care

Pathophysiology of CJD
-Prion Disease: caused by abnormal prion proteins leading to spongiform changes in the brain, resulting in rapid neurodegeneration

Transmission Risk: typically sporadic, though familial and iatrogenic cases occur

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11
Q

Frontotemporal Dementia

A

Key features: personality changes, disinhibition, apathy, and binge-eating

Memory: generally intact in the early stages (MMSE score near normal).

Diagnosis: Clinical, confirmed by neuroimaging (frontal/temporal atrophy).

Prognosis: Rapid progression; average survival of 6 years after onset.

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12
Q

Diagnosis of Alzheimer Disease

A

Key features: progressive memory loss, word-finding difficulties, spatial disorientation (ex getting lost outside) , and impaired activities of daily living (eg, leaving the oven on).

Cognitive testing: poor performance on serial sevens and clock-drawing test

Physical findings: MRI findings: Generalized cerebral atrophy, especially in the temporal and parietal lobes Temporal lobe degeneration- memory loss; Parietal lobe degeneration- spatial navigation problems

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13
Q

Management of Agitation and Sleep Disturbances in Alzheimer Disease

A

Behavioral and environmental regulation, first line before pharm drugs :
-Adhering to regular sleep schedule
-Maintaining familiar environment
-Removing ambient noise

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14
Q

Management of Alzheimer Disease

A

Clinical scenario overview

Patient profile: 78 year old man with gradual cognitive decline over the past year

Symptoms:

Memory impairment: frequently misplaces car keys, forgets long-known neighbors’ names, difficulty recalling address and phone number

Behavioral Changes: More withdrawn, wandering episodes

Functional Decline: Episode of urinary and fecal incontinence

Physical Findings

  1. Recognizing Alzheimer Disease (AD)

Insidious onset: gradual progression of forgetfullness, disorientation, and functional decline (e.g. wandering, incontinence)

MMSE Score Interpretation:

Mild to moderate AD: MMSE score of 19/30

Moderate to severe AD: <= 18/30

First-line pharmacotherapy: Acetylcholinesterase inhibitors
Donepezil
Rivastigmine
Galantamine

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15
Q

Multiple System Atrophy (MSA)

A

Parkinson-Plus syndrome: MSA is part of group of disorders known as parkinson-plus syndromes, which share features of parkinson disease but include additional symptoms.
Characterization:

Motor abnormalities
-Tremor and rigidity

Autonomic dysfunction
-Orthostatic hypotension
-Urinary incontinence

Cerebellar symptoms
-Dysdiadochokinesia
-Gait disturbances
-Dysarthria

Poor response to levodopa
-Finding that differentiates Parkinson-plus syndrome from classic Parkinson Disease

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16
Q

Parkinson Disease

A

Clinical features of Parkinson Disease (PD)

Asymmetrical resting tremor
-A hallmark feature, often unilateral in early stages and improves with voluntary movement

Bradykinesia
-Definition: slowness and reduced amplitude of repetitive movements, such as foot tapping, hand opening/closing, or thunb-to-finger tapping.
-Importance: diagnosis of PD requires presence of bradykinesia along with either tremor or rigidity

Rigidity
-reported stiffness in the limbs

Hypomimia
-reduced facial expression or blank stare

Gait and posture
-assess for shuffling gait and postural instability

Association with REM Sleep Behavior Disorder
-Be aware that this sleep disturbance is common in PD and can precede motor symptoms

Pathophysiology of Parkinson Disease
-Degeneration of dopaminergic neurons
-Occurs in substantia nigra
-Leads to decreased dopamine levels in striatum
-Effect on motor cortex
-Dopamine deficiency results in decreased excitatory signaling to the motor cortex, causing bradykinesia and rigidity

17
Q

Normal Pressure Hydrocephalus

A

Triad :
Urinary Incontinence (Wet)
-Characterized by urge incontinence due to loss of central inhibition of the detrusor muscle

Cognitive Deline (Wacky)
-Presents as confusion, memory deficits, and overall cognitive impairment

Gait Abnormalities (Wobbly)
-Described as a wide-based, short-stepped gait.

Pathophysiology
-NPH results from compression of periventricular white matter tracts
-Affecting urinary control and motor functions

Differentiate Urge Incontinence in NPH
-Recognize that NPH-related incontinence is due to central loss of inhibition rather than bladder or sphincter dysfunction alone

Imaging
-Dx confirmed by brain imaging showing ventriculomegaly without cortical atrophy

18
Q

Spikes protocol for delivering bad news to patient:

A

1.S-setting up interview
-Arrange privacy and manage time to avoid interruptions
-Offer to involve friend or family member
-Mentally rehearse and review clinical information
-Establish rapport by sitting down with patient

  1. P- perception
    -Assess patient’s understanding of their situation
    -Example: “what have you been told about your tests so far?”

I- Invitation
-Ask the patient how much detail they want to hear
-Example: “would you like me to explain everything in detail or focus on the next steps?:

  1. K-Knowledge
    -Deliver the information gradually and clearly
    -Use simple language and check the patient’s understanding frequently

5- E- Emotions and empathy
-Recognize and respond to the patient’s emotions with empathy
-Example” I can see this is very difficult. How are you holding up?”

6 S- strategy and summary
-Summarize the diagnosis and treatment options
-Provide a plan and ensure the patient knows what to expect next

19
Q

Managing severe pain for terminally ill patient in hospice care

A

-Prioritize pain relief and quality of life in hospice care
-Gradual titration (e.g. by 50% every 24 hours) helps minimize risk of respiratory depression
-Principle of double effect supports using higher doses for pain relief, even if it may slightly hasten death
-Reassure family members about the goal of ensuring the patient’s comfort and dignity.

20
Q

Eligibility for hospice care

A

-Must have life expectancy of less than 6 months
-Must forgo therapies intended to prolong life, but palliative treatments (e.g., radiation for symptom relief) are allowed.

21
Q

Indications for select preoperative tests

A

ECG
-Hx of coronary artery disease or arrhythmia
-Asymptomatic patients w/ risk of MACE (major adverse cardiovascular event) >- 1%

Chest Radiograph
-Hx of cardiopulmonary disease
-Undergoing upper abdominal/thoracic surgery

Hemoglobin
-Hx of anemia, significant expected blood loss
-Undergoing major surgery

Coagulation and platelets
-Hx of abnormal bleeding, anticoagulant use
-Liver disease, malignancy, planned spinal anesthesia

Creatinine and electrolytes
-History of kidney disease, cardiovascular risk calculation
-Predisposing medications (eg, diuretic, ACE inhibitor, ARB)

22
Q
A