Captain_Coconut
Member
- Joined
- Feb 26, 2018
- Messages
- 988
In Mice, so why not in Humans?? We already know SFA increases postprandial serum LPS in humans, I doubt it is the only thing getting through. I think bacterial translocation and the dormant blood biome is at the root of many diseases.
Effects of Dietary Fat Profile on Gut Permeability
and Microbiota and Their Relationships
with Metabolic Changes in Mice
https://onlinelibrary.wiley.com/doi/pdf/10.1002/oby.21122
“Effect of dietary fat profile on gut permeability and bacterial translocation
Transepithelial resistance of the colon of HFD-sat mice was 26% lower than that of CTRL (P < 0.05). The HFD-n6 and CTRL groups did not differ, whereas HFD-n3 tended to increase transepithelial resistance (64.3 6 2.8 Ohm cm22 vs. 52.7 6 1.5 Ohm cm22 for CTRL; P 5 0.11; Figure 3A). Bacterial DNA content in the mesen- teric fat [as a surrogate marker of bacterial translocation (13)] of HFD-sat mice trended higher (2-fold; P 5 0.12), whereas HFD-n6 and HFD-n3 groups did not differ, from CTRL (Figure 3B). Repre- sentative DGGE of the bacterial content in the mesenteric fat of HFD-sat mice revealed a banding pattern distinct from that of CTRL or fecal microbiota from HFD-sat mice (Figure 3C). The closest relatives for most DGGE bands found in HFD-sat mesenteric
fat samples were typical commensals including Akkermansia and members of Lachnospiraceae.”
Effects of Dietary Fat Profile on Gut Permeability
and Microbiota and Their Relationships
with Metabolic Changes in Mice
https://onlinelibrary.wiley.com/doi/pdf/10.1002/oby.21122
“Effect of dietary fat profile on gut permeability and bacterial translocation
Transepithelial resistance of the colon of HFD-sat mice was 26% lower than that of CTRL (P < 0.05). The HFD-n6 and CTRL groups did not differ, whereas HFD-n3 tended to increase transepithelial resistance (64.3 6 2.8 Ohm cm22 vs. 52.7 6 1.5 Ohm cm22 for CTRL; P 5 0.11; Figure 3A). Bacterial DNA content in the mesen- teric fat [as a surrogate marker of bacterial translocation (13)] of HFD-sat mice trended higher (2-fold; P 5 0.12), whereas HFD-n6 and HFD-n3 groups did not differ, from CTRL (Figure 3B). Repre- sentative DGGE of the bacterial content in the mesenteric fat of HFD-sat mice revealed a banding pattern distinct from that of CTRL or fecal microbiota from HFD-sat mice (Figure 3C). The closest relatives for most DGGE bands found in HFD-sat mesenteric
fat samples were typical commensals including Akkermansia and members of Lachnospiraceae.”
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