We thus found
that human milk, bovine whey and casein respectively,
affect release of GLP-1, with the human milk resulting
in a significantly higher early response compared to the
WWB meal. In relation to the human milk, the whey meal yielded a higher GLP-1 response. However, considering
the fact that the protein content in the human
milk meal constitutes only about 22% of that in the bovine
whey meal, the early GLP-1 response (iAUC 0–30
min) still reached more than 50% of that seen following
whey. Thus, it could be suggested that human milk is
prone to stimulate GLP-1. It remains to be shown if the
GLP-1 response is solely related to the proteins in the
human milk, or if other bioactive components may also
be involved.
We thus foundthat human milk, bovine whey and casein respectively,affect release of GLP-1, with the human milk resultingin a significantly higher early response compared to theWWB meal. In relation to the human milk, the whey meal yielded a higher GLP-1 response. However, consideringthe fact that the protein content in the humanmilk meal constitutes only about 22% of that in the bovinewhey meal, the early GLP-1 response (iAUC 0–30min) still reached more than 50% of that seen followingwhey. Thus, it could be suggested that human milk isprone to stimulate GLP-1. It remains to be shown if theGLP-1 response is solely related to the proteins in thehuman milk, or if other bioactive components may alsobe involved.
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