7 research outputs found
Note sur des Pierres de jet découvertes dans des gisements préhistoriques des environs d'Aubel (province de Liège)
Danthine Hélène. Note sur des Pierres de jet découvertes dans des gisements préhistoriques des environs d'Aubel (province de Liège). In: Bulletin de la Société préhistorique de France, tome 33, n°10, 1936. pp. 577-582
Le « Danubien »
Danthine Hélène. Le « Danubien ». In: Bulletin de la Société préhistorique de France, tome 51, n°8, 1954. Les grandes civilisations préhistoriques de la France. Livre Jubilaire de la Société Préhistorique Française 1904 - 1954. pp. 82-84
Archéologie 1959,1
De Laet Sigfried Jan, Faider-Feytmans Germaine, Devliegher Luc, Glasbergen Willem, Mertens Joseph, Bourgeois F., Danthine H., Breuer J., Amand Marcel, Claes Pierre, Vierin J. Archéologie 1959,1. In: L'antiquité classique, Tome 28, fasc. 1, 1959. pp. 132-163
Archéologie 1947, 2
Breuer J., Van de Weerd H., De Laet Sigfried Jan, Danthine Hélène, Mariën Marcel E., F. G. F., Van Giffen A. E., Glasbergen W., Faider-Feytmans Germaine. Archéologie 1947, 2. In: L'antiquité classique, Tome 16, fasc. 2, 1947. pp. 357-372
Natural emulsifiers lecithins preserve gut microbiota diversity in relation with specific faecal lipids in high fat-fed mice
Synthetic emulsifiers promote metabolic syndrome and considerably alter gut microbiota. Data is lacking regarding natural emulsifiers like plant lecithins, a polar lipid-rich source of 18:3n-3 PUFA (ALA). For 13 weeks, male Swiss mice were fed ALA-replete semi-synthetic high-fat diet (HFD) including lecithin from rapeseed (RL) or soy, vs 2 HFD-controls devoid of lecithin (ALA-replete; low-ALA), vs Chow. Lecithins did not enhance HFD-induced adiposity nor increased inflammation, did not alter gut barrier markers and caecal bile acids, and contributed to n-3 PUFA status. Lecithins improved gut microbiota diversity. RL (10% in fat) even restored α-diversity similar to Chow, increased Lachnospiraceae NK4A136, Lactobacillus and Ruminococcaceae UCG-014 groups, and decreased Blautia genus bacteria. The abundance of most beneficial lecithin-enhanced bacteria was positively correlated to the amount of faecal polar lipid-bound ALA. These findings show that lecithins can beneficially affect the gut microbiota in association with changes in lipid residues in the distal gut