Evaluation of Iron Bioavailability From Iron Chlorophyllin

NACompletedINTERVENTIONAL
Enrollment

55

Participants

Timeline

Start Date

October 26, 2020

Primary Completion Date

December 14, 2020

Study Completion Date

December 14, 2020

Conditions
Iron Deficiency
Interventions
DIETARY_SUPPLEMENT

SIC

Sodium Iron Chlorophyllin, whose bioavailability is to be studied

DIETARY_SUPPLEMENT

SIC + AA combined

Sodium Iron Chlorophyllin and ascorbic acid. The ascorbic acid should not have an effect on Sodium Iron Chlorophyllin

DIETARY_SUPPLEMENT

FeSO4

Ferrous sulfate serves as a positive control, whose iron bioavailability is known

DIETARY_SUPPLEMENT

FeSO4 + AA combined

Ferrous sulfate serves as a positive control and the addition of ascorbic acid, further enhances its bioavailability

OTHER

EP + FeSO4 combined

Chlorophyllin with an empty porphyrin ring, given along with FeSO4 to study if there is an incorporation of Fe into the porphyrin ring as it passes the gastric system

OTHER

EP + FeSO4 + AA combined

Chlorophyllin with an empty porphyrin ring, given along with FeSO4 to study if there is an incorporation of Fe into the porphyrin ring as it passes the gastric system. Ascorbic acid is given along with the intervention to see if there is any difference in the fractional iron absorption when compared to EP+ FeSO4

Trial Locations (1)

8092

ETH Zürich, Laboratory of Human Nutrition, Zurich

All Listed Sponsors
lead

Swiss Federal Institute of Technology

OTHER

NCT04602247 - Evaluation of Iron Bioavailability From Iron Chlorophyllin | Biotech Hunter | Biotech Hunter