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Developmental Milestones > Alcohol > Flashcards

Alcohol Flashcards

1
Q

How heritable is alcoholism?

A

50%

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2
Q

DSM-V criteria for AUD

A

-Can’t fulfill roles
-Can’t stop even when inappropriate/hazardous
-Withdrawal/tolerance
-Can’t stop, drink more than planned
-Craving
etc

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3
Q

What are the 4 stages of AUD treatment?

A
  1. Identification
  2. Detox/withdrawal
    - Detox: goal is to prepare pt for entry into rehab.
    - Withdrawal: tremor, insomnia, anxiety, irritability, sweating, nausea, vomiting, delirium tremens
  3. Rehabilitation
    - Psychosocialtherapy and pharmacotherapy helpful
  4. Aftercare
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4
Q

What meds are used to detox alcohol?

A

Benzodiazepines and anticonvulsants

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5
Q

What medication should you use to treat alcohol dependence?

A

Disulfiram, Naltrexone, Acamprosate, Topiramate (not yet FDA approved)

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6
Q

How does disulfiram work to treat alcohol dependence?

A

There is a disulfiram-ethanol (inhibits ALDH) reaction that causes flushing, nausea, palpitations and lightheadedness (at the acetaldehyde stage)

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7
Q

How does naltrexone work?

A

Oral antagonist of opioid receptors, reduces dopamine release with alcohol expectation and ingestion (ie reduces craving and pleasure). Nausea is the most common side effect. Have long-acting IM injection that lasts 1 mo

-Naltrexone reduces risk of heavy drinking, but doesn’t increase likelihood of abstinence

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8
Q

How does acamprosate work?

A

GABA agonist, reduces deprivation-induced drinking

  • liver sparing, not good for renal insufficiency
  • diarrhea most common adverse event
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9
Q

How does topiramate work?

A

Reduces heavy drinking days and increases abstinence. Dirty drug (GLUK1 glutamate receptor)

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10
Q

Where does absorption of alcohol happen the most?

A

Small intestine, accelerated by CO2

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11
Q

Who had a higher volume of distribution for alcohol?

A

Women (more body fat)

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12
Q

What 3 enzymes are involved in alcohol metabolism?

A

Alcohol Dehydrogenase (ADH), Acetaldehyde Dehydrogenase (ALDH) and Microsomal ethanol oxidizing system (MEOS=cytocrome 450E1)

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13
Q

How does ADH work? Where is it located and who has higher levels? Is it saturable?

A

It converts alcohol to acetaldehyde. Located in liver, brain, stomach. Men have more so women metabolize less alcohol overall. ADH is saturable.

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14
Q

How does ALDH work?

A

Acetaldehyde is hepatotoxic and can’t be excreted. ALDH converts it to acetate which is excreted via the kidney. Disulfiram inhibits ALDH and Asians have an ALDH deficiency

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15
Q

How does MEOS work?

A

When ADH is saturated, it converts ethanol to acetaldehyde in the liver. This system is highly inducible, so habitual drinkers have more MEOS. Leads to tolerance and increased drug metabolism interactions

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16
Q

When does alcohol metabolism follow zero order kinetics and when does it follow first order?

A

Zero order: before ADH is saturated (up to BAL of 100g)=constant elimination rate

First order: After ADH is saturated=elimination is proportional to drug concentration

17
Q

What are the acute and chronic effects of alcohol on the CNS?

A

Acute: disinhibition, incoordination, etc

Chronic: loss of white and grey matter in frontal lobe, reduced brain metab, central/peripheral neuropathy (saturday night palsy), Wernike-Korsakaff syndrome

18
Q

What are the acute and chronic effects of alcohol on the heart?

A

Acute: Vasodilation, reduced contractility, arrhythmias from enhanced catecholamine release

Chronic: increased BP, inc TGs, Dilated cardiomyopathy

19
Q

What are the acute and chronic effects of alcohol on the kidney?

A

Inc BAL=inc ADH=Diuresis, kaluresis

Vasodilation, decreases uric acid excretion

20
Q

What are the acute and chronic effects of alcohol on the liver?

A
  • Directly hepatotoxic
  • Cirrhosis
  • Liver failure
  • Hepatorenal syndrome-acute ingestion?
21
Q

What are the acute and chronic effects of alcohol on the GIT?

A
  • Stimulates peptic ulcer disease (inc gastrin, pepsin, histamine, acid)
  • Emetic agent
  • Gastric and esophageal cancers
  • Pancreatitis
22
Q

What are the acute and chronic effects of alcohol on the respiratory system?

A

Acute: decreased CO2 response. Sleep: reduces latency initial and REM, increases wake time, increases apneic episodes

23
Q

What are the acute and chronic effects of alcohol on the immune system?

A

Decrease platelets, folate metab, neutrophil fxn, T cell fxn

24
Q

What are the acute and chronic effects of alcohol on endocrine function?

A

Acute: hypoglycemia, hypokalemia

Chronic: testicular atrophy, gynecomastia

Developmental Milestones (17 decks)

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