<p>Diversity indices for the enterobacterial composition after 16 h incubation of stomach and jejunum samples of piglets fed diets containing 57 ppm (low Zn) or 2425 ppm (high Zn) dietary zinc oxide in media supplemented with 0 or 80 µg·mL<sup>−1</sup> ZnO.</p
Piglets were fed diets containing 57 (low) or 2425 (high) mg zinc from analytical grade zinc oxide (...
<p>Abbreviations: LZn, low dietary zinc = 57 mg zinc/kg feed; NZn, normal dietary zinc = 164 mg zinc...
<p>Effect of different sources of ZnO on intestinal morphology of weanling pigs<a href="http://www.p...
Item does not contain fulltextPharmacological levels of zinc oxide (ZnO) can improve the health of w...
a, b<p>Means within rows for each zinc concentration and intestinal segment with different superscri...
To improve our understanding of host and intestinal microbiome interaction, this research investigat...
This study was conducted to investigate the effects of increased dietary ZnO on the bacterial core ...
Piglets were fed diets containing 57 (low) or 2425 (high) mg zinc from analytical grade zinc oxide (...
Dietary zinc oxide is often used in pharmacological concentrations to promote health as well as perf...
Piglets were fed diets containing 57 (low) or 2425 (high) mg zinc from analytical grade zinc oxide (...
<p>Similarity analysis of DGGE profiles from stomach and jejunum samples of piglets fed low or high ...
The effect of a dietary supplementation of zinc oxide (ZnO) on the stability of the intestinal flora...
The objective of this study was to assess the effects of low-dose zinc oxide (ZnO) supplemented with...
This study aimed to evaluate the effects of zinc oxide and a low level of encapsulated zinc oxide, w...
Despite a well-documented effect of high dietary zinc oxide on the pig intestinal microbiota composi...
Piglets were fed diets containing 57 (low) or 2425 (high) mg zinc from analytical grade zinc oxide (...
<p>Abbreviations: LZn, low dietary zinc = 57 mg zinc/kg feed; NZn, normal dietary zinc = 164 mg zinc...
<p>Effect of different sources of ZnO on intestinal morphology of weanling pigs<a href="http://www.p...
Item does not contain fulltextPharmacological levels of zinc oxide (ZnO) can improve the health of w...
a, b<p>Means within rows for each zinc concentration and intestinal segment with different superscri...
To improve our understanding of host and intestinal microbiome interaction, this research investigat...
This study was conducted to investigate the effects of increased dietary ZnO on the bacterial core ...
Piglets were fed diets containing 57 (low) or 2425 (high) mg zinc from analytical grade zinc oxide (...
Dietary zinc oxide is often used in pharmacological concentrations to promote health as well as perf...
Piglets were fed diets containing 57 (low) or 2425 (high) mg zinc from analytical grade zinc oxide (...
<p>Similarity analysis of DGGE profiles from stomach and jejunum samples of piglets fed low or high ...
The effect of a dietary supplementation of zinc oxide (ZnO) on the stability of the intestinal flora...
The objective of this study was to assess the effects of low-dose zinc oxide (ZnO) supplemented with...
This study aimed to evaluate the effects of zinc oxide and a low level of encapsulated zinc oxide, w...
Despite a well-documented effect of high dietary zinc oxide on the pig intestinal microbiota composi...
Piglets were fed diets containing 57 (low) or 2425 (high) mg zinc from analytical grade zinc oxide (...
<p>Abbreviations: LZn, low dietary zinc = 57 mg zinc/kg feed; NZn, normal dietary zinc = 164 mg zinc...
<p>Effect of different sources of ZnO on intestinal morphology of weanling pigs<a href="http://www.p...