With the advent of industrialization and food processing techniques the sizes of the cereal bran have been drastically reduced. In my thesis, I have tested the effect, if any, of wheat bran and maize bran particle size, in vitro, on the gut microbiota community structure by 16S rRNA sequencing and their function, by Short chain fatty acids (acetate, propionate, butyrate) production. In turn, we also linked the microbiota and SCFA differences to different chemical composition amongst variously sized fractions of wheat and maize bran
The human gut can be viewed as a flow-through system with a short residence time, a high turnover ra...
In the present study, we investigated whether reducing the particle size of wheat bran affects the c...
Wheat bran fibers are considered beneficial to human health through their impact on gut microbiota c...
Dietary modulation can alter the gut microbiota composition and activity, in turn affecting health. ...
Gut microbiota research reveals a vital role for the luminal and mucosal gut microbiota in human hea...
The spatial organization of gut microorganisms is important with respect to their functional role in...
We investigated the impact of the particle size of wheat bran on gut dysbiosis and inflammation indu...
The world population growth and increasing urbanisation continue to pose challenges with respect to ...
Undigestible, insoluble food particles, such as wheat bran, are important dietary constituents that ...
Cereal fibers that can be metabolized by gut microbiota have been shown to promote the growth of ben...
Cereal fibers that can be metabolized by gut microbiota have been shown to promote the growth of ben...
Although in vitro studies to identify interactions between food components and the colonic microbiot...
The human gut can be viewed as a flow-through system with a short residence time, a high turnover ra...
In the present study, we investigated whether reducing the particle size of wheat bran affects the c...
Wheat bran fibers are considered beneficial to human health through their impact on gut microbiota c...
Dietary modulation can alter the gut microbiota composition and activity, in turn affecting health. ...
Gut microbiota research reveals a vital role for the luminal and mucosal gut microbiota in human hea...
The spatial organization of gut microorganisms is important with respect to their functional role in...
We investigated the impact of the particle size of wheat bran on gut dysbiosis and inflammation indu...
The world population growth and increasing urbanisation continue to pose challenges with respect to ...
Undigestible, insoluble food particles, such as wheat bran, are important dietary constituents that ...
Cereal fibers that can be metabolized by gut microbiota have been shown to promote the growth of ben...
Cereal fibers that can be metabolized by gut microbiota have been shown to promote the growth of ben...
Although in vitro studies to identify interactions between food components and the colonic microbiot...
The human gut can be viewed as a flow-through system with a short residence time, a high turnover ra...
In the present study, we investigated whether reducing the particle size of wheat bran affects the c...
Wheat bran fibers are considered beneficial to human health through their impact on gut microbiota c...