Addiction

Basic First Steps

The information provided is not intended to be a substitute for medical advice from a licensed physician or other qualified healthcare professional.

Alcohol addiction

Common nutrient deficiencies from chronic alcohol abuse include (Center, 2018):

  • vitamin A, B-vitamins, vitamin C, and vitamin D
  • magnesium
  • omega 3 fatty acids
  • glutamine, tyrosine, theanine, tryptophan, phenylalanine

BASIC FIRST STEPS

1. Eat a healthy diet

  • ensure sufficient protein, fats, and cholesterol
  • eat a variety of colourful vegetables and fruit
  • avoid sugar and starches

Diets to consider:

2. Supplement basic nutrients for support with addiction;

Multivitamin
Reason:  broad spectrum nutrient support
Typical dosing: 1–2x day

AND/OR

B-complex
Reason: full spectrum of B-vitamins, supports brain function, blood sugar control
Typical dosing: B50 2–4/day

Vitamin C
Reason: antioxidant, anti-inflammatory, supports neurotransmitter production
Typical dosing: 1000–6000 mg/day

Vitamin D
Reason: regulates serotonin production, protects against neuronal oxidative stress
Typical dosing: 1000–5000 IU

Chromium
Reason: regulates blood-sugar levels
Typical dosing: 200–400 mcg/day

Magnesium
Reason: calms neurotransmission, anti-stress, serotonin and dopamine production
Typical dosing: 100–750 mg/day

Zinc
Reason: antioxidant support, neurotransmitter regulation
Typical dosing: 50 mg/day

Fish oil
Reason: anti-inflammatory, brain supportive
Typical dosing: 1000–4000 mg (of fish oil)

NAC
Reason: antioxidant support, helps regulate addictions
Typical dosing: 500–3000 mg/day

3. Decrease caffeine or other stimulants (gradually)


FURTHER STEPS

1. Continue with basic nutrients for support with addiction

2. Include additional nutrients shown important with alcohol addiction

Vitamin B1 (thiamine)
Reason: decreased by alcohol consumption, deficiency promotes alcohol consumption
Typical dosing with alcohol addiction:

Vitamin B3
Reason: serotonin production, sedative effect, cellular energy production, addresses cravings
Typical dosing with alcohol addiction: 500-3000 mg/day (niacin)

Glutamine
Reason: reduces cravings, calming by supporting GABA production
Typical dosing with alcohol addiction: 500-3000 mg/day

Tyrosine
Reason: addresses dopamine, norepinephrine deficiencies
Typical dosing with alcohol addiction: 500-2000 mg/day in divided doses

D,L-Phenylalanine
Reason: addresses dopamine, endorphin deficiencies
Typical dosing with alcohol addiction: 500-2000 mg/day in divided doses

Tryptophan/5-HTP
Reason: addresses serotonin deficiencies
Typical dosing with alcohol addiction:
Tryptophan 500–2000 mg/day,
5-HTP 100-300 mg/ 3x day

GABA
Reason: calming neurotransmitter, depleted by substance abuse
Typical dosing with alcohol addiction: 100–500 mg 2-3x day

3. Reduce sources of stress if possible

4. Ensure good sleep

https://www.mayoclinic.org/healthy-lifestyle/adult-health/in-depth/sleep/art-20048379

5.  Address psychological and spiritual aspects driving the addiction

Nicotine addiction

Common nutrient deficiencies from chronic smoking include (Preston, 1991):

  • vitamin C, vitamin E, beta-carotene
  • selenium, zinc

BASIC FIRST STEPS

1. Eat a healthy diet

  • ensure sufficient protein, fats, and cholesterol
  • eat a variety of colourful vegetables and fruit
  • avoid sugar and starches

Diets to consider:

2. Supplement basic nutrients for support with addiction;

Multivitamin
Reason:  broad spectrum nutrient support
Typical dosing: 1–2x day

AND/OR

B-complex
Reason: full spectrum of B-vitamins, supports brain function, blood sugar control
Typical dosing: B50 2–4/day

Vitamin C
Reason: antioxidant, anti-inflammatory, supports neurotransmitter production
Typical dosing: 1000–6000 mg/day

Vitamin D
Reason: regulates serotonin production, protects against neuronal oxidative stress
Typical dosing: 1000–5000 IU

Magnesium
Reason: calms neurotransmission, anti-stress, serotonin and dopamine production
Typical dosing: 100–750 mg/day

Zinc
Reason: antioxidant support, neurotransmitter regulation
Typical dosing: 50 mg/day

Fish oil
Reason: anti-inflammatory, brain supportive
Typical dosing: 1000–4000 mg (of fish oil)

NAC
Reason: antioxidant support, helps regulate addictions
Typical dosing: 500–3000 mg/day

3. Decrease caffeine or other stimulants (gradually)


FURTHER STEPS

1. Continue with basic nutrients for support with addiction

2. Include additional nutrients shown important with smoking addiction

Vitamin A
Reason: protects lung cells
Typical dosing with smoking addiction: 10,000 IU

Vitamin E
Reason: depleted by smoking, decreases risk of lung tumours
Typical dosing with smoking addiction: 400 IU/day

Glutamine
Reason: reduces cravings, calming by supporting GABA production
Typical dosing with smoking addiction: 500-3000 mg/day

Theanine
Reason: calming, supports increased GABA, serotonin and dopamine levels
Typical dosing with smoking addiction: 100–400 mg/day

Tyrosine
Reason: addresses dopamine, norepinephrine deficiencies
Typical dosing with smoking addiction: 500-2000 mg/day in divided doses

Tryptophan/5-HTP
Reason: addresses serotonin deficiencies
Typical dosing with smoking addiction:
Tryptophan 500–2000 mg/day,
5-HTP 100-300 mg/ 3x day

3. Reduce sources of stress if possible

4. Ensure good sleep

https://www.mayoclinic.org/healthy-lifestyle/adult-health/in-depth/sleep/art-20048379

5.  Address psychological and spiritual aspects driving the addiction

Opioid addiction

Common nutrient deficiencies from chronic opioid abuse include (Center, 2018):

  • vitamin A, B-vitamins, vitamin C, and vitamin D
  • magnesium, calcium
  • omega 3 fatty acids
  • glutamine, tyrosine, tryptophan, phenylalanine

BASIC FIRST STEPS

1. Eat a healthy diet

  • ensure sufficient protein, fats, and cholesterol
  • eat a variety of colourful vegetables and fruit
  • avoid sugar and starches

Diets to consider:

2. Supplement basic nutrients for support with addiction;

Multivitamin
Reason:  broad spectrum nutrient support
Typical dosing: 1–2x day

AND/OR

B-complex
Reason: full spectrum of B-vitamins, supports brain function, blood sugar control
Typical dosing: B50 2–4/day

Vitamin C
Reason: antioxidant, anti-inflammatory, supports neurotransmitter production
Typical dosing: 1000–6000 mg/day

Vitamin D
Reason: regulates serotonin production, protects against neuronal oxidative stress
Typical dosing: 1000–5000 IU

Magnesium
Reason: calms neurotransmission, anti-stress, serotonin and dopamine production
Typical dosing: 100–750 mg/day

Zinc
Reason: antioxidant support, neurotransmitter regulation
Typical dosing: 50 mg/day

Fish oil
Reason: anti-inflammatory, brain supportive
Typical dosing: 1000–4000 mg (of fish oil)

NAC
Reason: antioxidant support, helps regulate addictions
Typical dosing: 500–3000 mg/day

3. Decrease caffeine or other stimulants (gradually)


FURTHER STEPS

1. Continue with basic nutrients for support with addiction

2. Include additional nutrients shown important with opioid addiction

Theanine
Reason: calming, supports increased GABA, serotonin and dopamine levels
Typical dosing with opioid addiction: 100–400 mg/day

Tyrosine
Reason: addresses dopamine, norepinephrine deficiencies
Typical dosing with opioid addiction: 500-2000 mg/day in divided doses

Phenylalanine
Reason: addresses dopamine, endorphin deficiencies
Typical dosing with opioid addiction: 500-2000 mg/day in divided doses

Tryptophan/5-HTP
Reason: addresses serotonin deficiencies
Typical dosing with opioid addiction:
Tryptophan 500–2000 mg/day,
5-HTP 100-300 mg/ 3x day

GABA
Reason: calming neurotransmitter, depleted by substance abuse
Typical dosing with opioid addiction:  100–500 mg 2-3x day

3. Reduce sources of stress if possible

4. Ensure good sleep

https://www.mayoclinic.org/healthy-lifestyle/adult-health/in-depth/sleep/art-20048379

5.  Address psychological and spiritual aspects driving the addiction

Center, R. R. (2018, May 10). Addressing Nutritional Deficiencies and Substance Abuse in Recovery. Reflections Recovery Center. https://reflectionsrehab.com/blog/nutritional-deficiencies-and-substance-abuse-nutrition-in-addiction-recovery/

Preston, A. M. (1991). Cigarette smoking-nutritional implications. Progress in Food & Nutrition Science, 15(4), 183–217.