FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2924707512> ?p ?o ?g. }

• W2924707512 endingPage "1011" @default.
• W2924707512 startingPage "1004" @default.
• W2924707512 abstract "Decreased dietary meat may deplete iron stores, as plant-derived iron bioavailability is typically limited. We explored the effect of a low-meat Mediterranean (green-MED) diet, supplemented with Wolffia globosa duckweed (Mankai: rich in protein and iron) as a food source for humans, on iron status. We further examined the iron bioavailability of Mankai in rats. Two hundred and ninety-four abdominally obese/dyslipidemic [mean age = 51.1 y; body mass index (kg/m2) = 31.3; 88% men] nonanemic participants were randomly assigned to physical activity (PA), PA + MED diet, or PA + green-MED diet. Both isocaloric MED groups consumed 28 g walnuts/d and the low-meat green-MED group further consumed green tea (800 mL/d) and Mankai (100 g green shake/d). In a complementary animal experiment, after 44 d of an iron deficiency anemia–inducing diet, 50 female rats (age = 3 wk; Sprague Dawley strain) were randomly assigned into: iron-deficient diet (vehicle), or vehicle + iso-iron: ferrous gluconate (FG) 14, Mankai 50, and Mankai 80 versions (1.7 mg · kg−1 · d−1 elemental iron), or FG9.5 and Mankai 50-C version (1.15 mg · kg−1 · d−1 elemental iron). The specific primary aim for both studies was changes in iron homeostasis parameters. After 6 mo of intervention, iron status trajectory did not differ between the PA and PA + MED groups. Hemoglobin modestly increased in the PA + green-MED group (0.23 g/dL) compared with PA (−0.1 g/dL; P < 0.001) and PA + MED (−0.1 g/dL; P < 0.001). Serum iron and serum transferrin saturation increased in the PA + green-MED group compared with the PA group (8.21 μg/dL compared with −5.23 μg/dL and 2.39% compared with −1.15%, respectively; P < 0.05 for both comparisons), as did folic acid (P = 0.011). In rats, hemoglobin decreased from 15.7 to 9.4 mg/dL after 44 d of diet-induced anemia. After depletion treatment, the vehicle-treated group had a further decrease of 1.3 mg/dL, whereas hemoglobin concentrations in both FG and Mankai iso-iron treatments similarly rebounded (FG14: +10.8 mg/dL, Mankai 50: +6.4 mg/dL, Mankai 80: +7.3 mg/dL; FG9.5: +5.1 mg/dL, Mankai 50-C: +7.1 mg/dL; P < 0.05 for all vs. the vehicle group). In humans, a green-MED low-meat diet does not impair iron homeostasis. In rats, iron derived from Mankai (a green-plant protein source) is bioavailable and efficient in reversal of anemia. This trial was registered at clinicaltrials.gov as NCT03020186." @default.
• W2924707512 created "2019-04-01" @default.
• W2924707512 creator A5001874191 @default.
• W2924707512 creator A5003583279 @default.
• W2924707512 creator A5006342786 @default.
• W2924707512 creator A5008920275 @default.
• W2924707512 creator A5014740581 @default.
• W2924707512 creator A5018979483 @default.
• W2924707512 creator A5025235436 @default.
• W2924707512 creator A5034461951 @default.
• W2924707512 creator A5046711950 @default.
• W2924707512 creator A5048326011 @default.
• W2924707512 creator A5053898553 @default.
• W2924707512 creator A5060897505 @default.
• W2924707512 creator A5062487832 @default.
• W2924707512 creator A5067413533 @default.
• W2924707512 creator A5070233343 @default.
• W2924707512 creator A5073471236 @default.
• W2924707512 creator A5074676911 @default.
• W2924707512 creator A5075557241 @default.
• W2924707512 date "2019-06-01" @default.
• W2924707512 modified "2023-10-15" @default.
• W2924707512 title "A Green-Mediterranean Diet, Supplemented with Mankai Duckweed, Preserves Iron-Homeostasis in Humans and Is Efficient in Reversal of Anemia in Rats" @default.
• W2924707512 cites W1942770924 @default.
• W2924707512 cites W1948392148 @default.
• W2924707512 cites W1950035784 @default.
• W2924707512 cites W1968712040 @default.
• W2924707512 cites W2001646397 @default.
• W2924707512 cites W2002252514 @default.
• W2924707512 cites W2017567107 @default.
• W2924707512 cites W2023435153 @default.
• W2924707512 cites W2074276081 @default.
• W2924707512 cites W2087346677 @default.
• W2924707512 cites W2091486342 @default.
• W2924707512 cites W2102954681 @default.
• W2924707512 cites W2103085707 @default.
• W2924707512 cites W2107504607 @default.
• W2924707512 cites W2117572545 @default.
• W2924707512 cites W2141837539 @default.
• W2924707512 cites W2144852094 @default.
• W2924707512 cites W2146463166 @default.
• W2924707512 cites W2153685590 @default.
• W2924707512 cites W2163334433 @default.
• W2924707512 cites W2166000498 @default.
• W2924707512 cites W2176603120 @default.
• W2924707512 cites W2491753809 @default.
• W2924707512 cites W2555813868 @default.
• W2924707512 cites W2569246108 @default.
• W2924707512 cites W2593152134 @default.
• W2924707512 cites W2621077081 @default.
• W2924707512 cites W2626080910 @default.
• W2924707512 cites W2745455003 @default.
• W2924707512 cites W2808272046 @default.
• W2924707512 cites W3016784104 @default.
• W2924707512 cites W4240985852 @default.
• W2924707512 doi "https://doi.org/10.1093/jn/nxy321" @default.
• W2924707512 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/30915471" @default.
• W2924707512 hasPublicationYear "2019" @default.
• W2924707512 type Work @default.
• W2924707512 sameAs 2924707512 @default.
• W2924707512 citedByCount "32" @default.
• W2924707512 countsByYear W29247075122019 @default.
• W2924707512 countsByYear W29247075122020 @default.
• W2924707512 countsByYear W29247075122021 @default.
• W2924707512 countsByYear W29247075122022 @default.
• W2924707512 countsByYear W29247075122023 @default.
• W2924707512 crossrefType "journal-article" @default.
• W2924707512 hasAuthorship W2924707512A5001874191 @default.
• W2924707512 hasAuthorship W2924707512A5003583279 @default.
• W2924707512 hasAuthorship W2924707512A5006342786 @default.
• W2924707512 hasAuthorship W2924707512A5008920275 @default.
• W2924707512 hasAuthorship W2924707512A5014740581 @default.
• W2924707512 hasAuthorship W2924707512A5018979483 @default.
• W2924707512 hasAuthorship W2924707512A5025235436 @default.
• W2924707512 hasAuthorship W2924707512A5034461951 @default.
• W2924707512 hasAuthorship W2924707512A5046711950 @default.
• W2924707512 hasAuthorship W2924707512A5048326011 @default.
• W2924707512 hasAuthorship W2924707512A5053898553 @default.
• W2924707512 hasAuthorship W2924707512A5060897505 @default.
• W2924707512 hasAuthorship W2924707512A5062487832 @default.
• W2924707512 hasAuthorship W2924707512A5067413533 @default.
• W2924707512 hasAuthorship W2924707512A5070233343 @default.
• W2924707512 hasAuthorship W2924707512A5073471236 @default.
• W2924707512 hasAuthorship W2924707512A5074676911 @default.
• W2924707512 hasAuthorship W2924707512A5075557241 @default.
• W2924707512 hasBestOaLocation W29247075121 @default.
• W2924707512 hasConcept C126322002 @default.
• W2924707512 hasConcept C140793950 @default.
• W2924707512 hasConcept C178790620 @default.
• W2924707512 hasConcept C181389837 @default.
• W2924707512 hasConcept C185592680 @default.
• W2924707512 hasConcept C2775832776 @default.
• W2924707512 hasConcept C2776768029 @default.
• W2924707512 hasConcept C2777417653 @default.
• W2924707512 hasConcept C2778248108 @default.
• W2924707512 hasConcept C2778917026 @default.
• W2924707512 hasConcept C2780084898 @default.
• W2924707512 hasConcept C3019673199 @default.

• next