Precursor for acetylcholine, phospholipids and betaine
Life Stage Group | RDA/AI* (mg/d) | ULa (mg/d) |
---|---|---|
Infants | ||
06 mo | 125* | ND |
712 mo | 150* | ND |
Children | ||
13 yr | 200* | 1,000 |
48 yr | 250* | 1,000 |
Males | ||
913 yr | 375* | 2,000 |
1418 yr | 550* | 3,000 |
1930 yr | 550* | 3,500 |
3150 yr | 550* | 3,500 |
5070 yr | 550* | 3,500 |
>70 yr | ||
Females | ||
913 yr | 375* | 2,000 |
1418 yr | 400* | 3,000 |
1930 yr | 425* | 3,500 |
3150 yr | 425* | 3,500 |
3150 yr | 425* | 3,500 |
5070 yr | 425* | 3,500 |
>70 yr | 425* | 3,500 |
Pregnancy | ||
<=18 yr | 450* | 3,000 |
1930 yr | 450* | 3,500 |
3150 yr | 450* | 3,500 |
Lactation | ||
<=18 yr | 550* | 3,000 |
1930 yr | 550* | 3,500 |
3150 yr | 550* | 3,500 |
Milk, liver, eggs, peanuts
Adverse Effects of Excessive Consumption
Fishy body odor, sweating, salivation, hypotension, hepatotoxicity.
Individuals with trimethylaminuria, renal disease, liver disease, depression and Parkinsons disease may be at risk of adverse effects with choline intakes at the UL.
Although AIs have been set for choline, there are few data to assess whether a dietary supply of choline is needed at all stages of the life cycle, and it may be that the choline requirement can be met by endogenous synthesis at some of these stages.