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Daucus carota
Carrot/Drug Interactions:
Antidiabetic agents
Antidiabetic agents: Based on a clinical trial of 10 healthy approximately 40 year-old males, consumption of 200g of processed and cooked carrots may significantly lower glucose and insulin/C-peptide responses (
6
).
Antidiarrheals
Antidiarrheals: Based on a clinical trial in children, a carrot-rice based rehydration solution may significantly decrease the duration of diarrhea, mean fecal output, and mean fluid intake in children (
10
).
Antioxidants
Antioxidants: Based on several clinical trials, ingestion of carrot juice may slightly increase antioxidant capacity and significantly reduce oxidative base damage (
21
;
22
;
23
;
24
).
Estrogens
Estrogens: Based on an in vitro study, active extracts/fractions/compounds from Daucus carota may have estrogenic activity (
7
).
Laxatives
Laxatives: Based on clinical trials, consumption of carrots may increase fecal bulking/weight and dry matter (
9
;
4
;
10
).
Oral drugs
Oral drugs: Based on clinical trials, consumption of carrots may increase gastrointestinal transit time (
9
;
4
).
Carrot/Herb/Supplement Interactions:
Antidiarrheals
Antidiarrheals: Based on a clinical trial in children, a carrot-rice based rehydration solution may significantly decrease the duration of diarrhea, mean fecal output, and mean fluid intake in children (
10
).
Antioxidants
Antioxidants: Based on several clinical trials, ingestion of carrot juice may slightly increase antioxidant capacity and significantly reduce oxidative base damage (
21
;
22
;
23
;
24
).
Hypoglycemics
Hypoglycemics: Based on a clinical trial of 10 healthy approximately 40 year-old males, consumption of 200g of processed and cooked carrots may significantly lower glucose and insulin/C-peptide responses (
6
).
Laxatives
Laxatives: Based on clinical trials, consumption of carrots may increase fecal bulking/weight and dry matter (
9
;
4
;
10
).
Iron
Iron: Based on a clinical study in lactating women, ingestion of grated carrots may increase serum iron levels (
1
).
Oral agents
Oral agents: Based on clinical trials, consumption of carrots may increase gastrointestinal transit time (
9
;
4
).
Phytoestrogens
Phytoestrogens: Based on an in vitro study, active extracts/fractions/compounds from Daucus carota may have estrogenic activity (
7
).
Vitamin A
Vitamin A: Based on a clinical study in lactating women, ingestion of grated carrots may increase serum vitamin A levels (
1
).
Vitamin C
Vitamin C: Based on a pharmacokinetics study, ingestion of carrots may increase plasma vitamin C levels (
5
).
Zinc
Zinc: Based on a pharmacokinetics study, ingestion of carrots may increase plasma zinc levels (
5
).
Carrot/Food Interactions:
Iron-containing foods
Iron-containing foods: Based on a clinical study in lactating women, ingestion of grated carrots may increase serum iron levels (
1
).
Rice
Rice: Based on a clinical trial in children, a carrot-rice based rehydration solution may significantly decrease the duration of diarrhea, mean fecal output, and mean fluid intake in children (
10
).
Vitamin A-containing foods
Vitamin A-containing foods: Based on a clinical study in lactating women, ingestion of grated carrots may increase serum vitamin A levels (
1
).
Vitamin C-containing foods
Vitamin C-containing foods: Based on a pharmacokinetics study, ingestion of carrots may increase plasma vitamin C levels (
5
).
Zinc-containing foods
Zinc-containing foods: Based on a pharmacokinetics study, ingestion of carrots may increase plasma zinc levels (
5
).
Carrot/Lab Interactions:
Serum ferritin levels
Serum ferritin levels: Based on a clinical study in lactating women, ingestion of grated carrots may increase serum ferritin levels (
1
).
Serum glucose levels
Serum glucose levels: Based on a clinical trial of 10 healthy approximately 40 year-old males, consumption of 200g of processed and cooked carrots may significantly lower glucose and insulin/C-peptide responses (
6
).
Serum insulin levels
Serum insulin levels: Based on a clinical trial of 10 healthy approximately 40 year-old males, consumption of 200g of processed and cooked carrots may significantly lower glucose and insulin/C-peptide responses (
6
).
Serum levels of oral drugs or herbs
Serum levels of oral drugs or herbs: Based on clinical trials, consumption of carrots may increase gastrointestinal transit time (
9
;
4
).
Serum vitamin A levels
Serum vitamin A levels: Based on a clinical study in lactating women, ingestion of grated carrots may increase serum vitamin A levels (
1
).
Serum vitamin C levels
Serum vitamin C levels: Based on a pharmacokinetics study, ingestion of carrots may increase plasma vitamin C levels (
5
).
Serum zinc levels
Serum zinc levels: Based on a pharmacokinetics study, ingestion of carrots may increase plasma zinc levels (
5
).