ManorDrug.com Drugs that Deplete Nutrients

The use of prescription and over-the-counter drugs is extremely prevalent in North America and in most of the Western developed world. It is reported that 46 percent of Americans take at least one prescription drug daily. In 2005, the Minnesota Board on Aging demonstrated that for individuals over the age of 65, 21 percent took five or more prescription drugs every day; 25 percent took three to four prescription drugs per day; 36 percent took one to two prescription drugs per day, while only 18 percent did not take any prescription drugs on a daily basis. Although many individuals do not have formal training in pharmacology, it is at the very least, important for people to be aware of the nutrient depletion that can result from the use of certain medications. What is evident from the information that follows is that taking a high quality multiple vitamin enriched with antioxidants, B complex and 350-500 mg of calcium is an important consideration to counter drug-induced nutrient depletion, as well as being a cornerstone of wellness care for most adults. The following is a summary of nutrients depleted by commonly used drugs:

Laxatives are associated with depletion of the following nutrients:

 Vitamin A

 Vitamin D

 Vitamin E

 Calcium

Antibiotics are associated with depletion of the following nutrients:

 Vitamin B1

 Vitamin B2

 Biotin

 Pantothenic Acid

 Vitamin C

 Vitamin E

 Vitamin K

 Potassium

 Magnesium

 Zinc

Cholesterol-lowering drugs, such as Cholestyramine, Colestipol, Questran, Colestid and

Atromid-S, are associated with depletion of the following nutrients:

 Vitamin A

 Vitamin B12

 Beta-carotene

 Folic Acid

 Vitamin D

 Vitamin E

 Vitamin K

 Iron

Colchicine, used to treat gout, is associated with depletion of the following nutrients:

 Vitamin A

 Vitamin D

 Vitamin B12

 Folic Acid

 Iron

Prednisone and related steroid drugs are associated with depletion of the following nutrients:

 Folic Acid

 Vitamin D

 Zinc

 Magnesium

 Vitamin C

 Calcium

Nonsteroidal, anti-inflammatory drugs (NSAIDs), including aspirin, are associated with

depletion of the following nutrients:

 Folic Acid

 Vitamin C

 Vitamin K

 Iron

Antacid drugs are associated with depletion of the following nutrients:

 Vitamin A

 Vitamin B1

 Folic Acid

 Vitamin B12

 Chromium

 Iron

Oral contraceptive drugs are associated with depletion of the following nutrients:

 Beta-carotene

 Vitamin B1

 Vitamin B6

 Folic Acid

 Vitamin B12

 Biotin

 Pantothenic Acid

 Vitamin C

 Magnesium

 Zinc

Sedatives and barbiturates are associated with depletion of the following nutrients:

 Vitamin B2

 Vitamin C

 Vitamin D

 Folic Acid

 Vitamin B12

 Pantothenic Acid

Estrogen-replacement therapy is associated with depletion of the following nutrients:

 Vitamin B1

 Vitamin B2

 Folic Acid

 Vitamin B12

 Biotin

 Pantothenic Acid

 Vitamin C

 Magnesium

Many anti-depressants are associated with depletion of the following nutrients:

 Vitamin B2

 Vitamin B6

 Calcium

 Magnesium

 Coenzyme Q10

Amphetamine and amphetamine-containing drugs are associated with the depletion of vitamin B1.

Levodopa, used in the treatment of Parkinson's disease, is associated with depletion of

vitamin B6.

Many anti-convulsant drugs are associated with depletion of the following nutrients:

 Folic Acid

 Biotin

 Vitamin D

 Vitamin E

 Zinc

Digoxin (digitalis) is associated with depletion of vitamin B1. Indomethacin is also associated

with depletion of vitamin B1.

Diuretic drugs are associated with depletion of the following nutrients:

 Vitamin B1

 Calcium

 Potassium (thiazide drugs especially)

 Magnesium

 Zinc

Angiotensin-converting enzyme inhibitor drugs, used for high blood pressure, are associated

with depletion of zinc. Beta-blockers, also used in the treatment of high blood pressure, are

associated with depletion of coenzyme Q10. Statin drugs (e.g., Lipitor), used in the treatment of

high cholesterol, are associated with depletion of coenzyme Q10.

Resources

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