Adequate vitamin B 12 and folate status of Norwegian vegans and vegetarians

Plant-based diets may increase the risk of vitamin B deficiency due to limited intake of animal-source foods, while dietary folate increases when adhering to plant-based diets. In this cross-sectional study, we evaluated the B and folate status of Norwegian vegans and vegetarians using dietary B int...

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Published inBritish journal of nutrition Vol. 129; no. 12; pp. 1 - 2083
Main Authors Henjum, Sigrun, Groufh-Jacobsen, Synne, Lindsay, Allen, Raael, Ellen, Israelsson, Anna Maria, Shahab-Ferdows, Setareh, Hampel, Daniela
Format Journal Article
LanguageEnglish
Published England 28.06.2023
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Abstract Plant-based diets may increase the risk of vitamin B deficiency due to limited intake of animal-source foods, while dietary folate increases when adhering to plant-based diets. In this cross-sectional study, we evaluated the B and folate status of Norwegian vegans and vegetarians using dietary B intake, B and folic acid supplement use, and biomarkers (serum B (B ), plasma total homocysteine (tHcy), plasma methylmalonic acid (MMA) and serum folate). Vegans ( 115) and vegetarians ( 90) completed a 24-h dietary recall and a FFQ and provided a non-fasting blood sample. cB , a combined indicator for evaluation of B status, was calculated. B status was adequate in both vegans and vegetarians according to the cB indicator; however 4 % had elevated B . Serum B , tHcy, MMA concentrations and the cB indicator (overall median: 357 pmol/l, 9·0 µmol/l, 0·18 µmol/l, 1·30 (cB )) did not differ between vegans and vegetarians, unlike for folate (vegans: 25·8 nmol/l, vegetarians: 21·6 nmol/l, = 0·027). Serum B concentration < 221 pmol/l was found in 14 % of all participants. Vegetarians revealed the highest proportion of participants below the recommended daily intake of 2 µg/d including supplements (40 . 18 %, < 0·001). Predictors of higher serum B concentrations were average daily supplement use and older age. Folate deficiency (< 10 nmol/l) was uncommon overall (< 2·5 %). The combined indicator cB suggested that none of the participants was B -depleted; however, low serum B concentration was found in 14 % of the participants. Folate concentrations were adequate, indicating adequate folate intake in Norwegian vegans and vegetarians.
AbstractList Plant-based diets may increase the risk of vitamin B deficiency due to limited intake of animal-source foods, while dietary folate increases when adhering to plant-based diets. In this cross-sectional study, we evaluated the B and folate status of Norwegian vegans and vegetarians using dietary B intake, B and folic acid supplement use, and biomarkers (serum B (B ), plasma total homocysteine (tHcy), plasma methylmalonic acid (MMA) and serum folate). Vegans ( 115) and vegetarians ( 90) completed a 24-h dietary recall and a FFQ and provided a non-fasting blood sample. cB , a combined indicator for evaluation of B status, was calculated. B status was adequate in both vegans and vegetarians according to the cB indicator; however 4 % had elevated B . Serum B , tHcy, MMA concentrations and the cB indicator (overall median: 357 pmol/l, 9·0 µmol/l, 0·18 µmol/l, 1·30 (cB )) did not differ between vegans and vegetarians, unlike for folate (vegans: 25·8 nmol/l, vegetarians: 21·6 nmol/l, = 0·027). Serum B concentration < 221 pmol/l was found in 14 % of all participants. Vegetarians revealed the highest proportion of participants below the recommended daily intake of 2 µg/d including supplements (40 . 18 %, < 0·001). Predictors of higher serum B concentrations were average daily supplement use and older age. Folate deficiency (< 10 nmol/l) was uncommon overall (< 2·5 %). The combined indicator cB suggested that none of the participants was B -depleted; however, low serum B concentration was found in 14 % of the participants. Folate concentrations were adequate, indicating adequate folate intake in Norwegian vegans and vegetarians.
Abstract Plant-based diets may increase the risk of vitamin B 12 deficiency due to limited intake of animal-source foods, while dietary folate increases when adhering to plant-based diets. In this cross-sectional study, we evaluated the B 12 and folate status of Norwegian vegans and vegetarians using dietary B 12 intake, B 12 and folic acid supplement use, and biomarkers (serum B 12 (B 12 ), plasma total homocysteine (tHcy), plasma methylmalonic acid (MMA) and serum folate). Vegans ( n 115) and vegetarians ( n 90) completed a 24-h dietary recall and a FFQ and provided a non-fasting blood sample. cB 12 , a combined indicator for evaluation of B 12 status, was calculated. B 12 status was adequate in both vegans and vegetarians according to the cB 12 indicator; however 4 % had elevated B 12 . Serum B 12 , tHcy, MMA concentrations and the cB 12 indicator (overall median: 357 pmol/l, 9·0 µmol/l, 0·18 µmol/l, 1·30 (cB 12 )) did not differ between vegans and vegetarians, unlike for folate (vegans: 25·8 nmol/l, vegetarians: 21·6 nmol/l, P = 0·027). Serum B 12 concentration < 221 pmol/l was found in 14 % of all participants. Vegetarians revealed the highest proportion of participants below the recommended daily intake of 2 µg/d including supplements (40 v . 18 %, P < 0·001). Predictors of higher serum B 12 concentrations were average daily supplement use and older age. Folate deficiency (< 10 nmol/l) was uncommon overall (< 2·5 %). The combined indicator cB 12 suggested that none of the participants was B 12 -depleted; however, low serum B 12 concentration was found in 14 % of the participants. Folate concentrations were adequate, indicating adequate folate intake in Norwegian vegans and vegetarians.
Author Lindsay, Allen
Groufh-Jacobsen, Synne
Israelsson, Anna Maria
Hampel, Daniela
Shahab-Ferdows, Setareh
Raael, Ellen
Henjum, Sigrun
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Issue 12
Keywords B12 dietary intake
Methylmalonic acid
Vegetarians
Homocysteine
Vitamin B12
Folate
Vegans
Language English
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PublicationTitle British journal of nutrition
PublicationTitleAlternate Br J Nutr
PublicationYear 2023
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Snippet Plant-based diets may increase the risk of vitamin B deficiency due to limited intake of animal-source foods, while dietary folate increases when adhering to...
Abstract Plant-based diets may increase the risk of vitamin B 12 deficiency due to limited intake of animal-source foods, while dietary folate increases when...
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