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The social discussions exhibit strong support and interest in the study, with many examples emphasizing the differences in the small intestine microbiome from stool samples, such as mentions of the study's findings on segmental variability and their relevance to disease. The tone and choice of words like 'striking differences' and 'important' underline the perceived significance and potential impact of this research on understanding human health.
Most discussions support the significance of the findings, emphasizing the differences in the small bowel microbiome compared to stool and highlighting the study's contributions.
The posts demonstrate high interest through references to specific details, such as the variations between intestinal segments and implications for health, showing curiosity and engagement with the topic.
Several comments reference complex concepts like microbial populations, operational taxonomic units, and the need for targeted small bowel analysis, indicating thoughtful engagement beyond surface-level discussion.
The discussions suggest that this research could substantially influence future clinical practices and microbiome research, as emphasized by comments on how stool tests might be insufficient or the importance of segment-specific microbiome data.
The small intestine remains largely overlooked in microbiome science. New research finds striking differences between the duodenal and stool microbiomes in the same subjects (stool samples don't allow us to get the whole picture!) https://t.co/vUzwjVzqa4
“The small bowel microbiome is markedly different from that in stool and also varies between segments. These findings may be important in determining how compositional changes in small intestinal microbiota contribute to human disease states.” https://t.co/Dcld87Zh6g
The small intestine remains largely overlooked in microbiome science. New research finds striking differences between the duodenal and stool microbiomes in the same subjects https://t.co/pQlHjzSCnx
The small intestine remains largely overlooked in microbiome science. New research finds striking differences between the duodenal and stool microbiomes in the same subjects https://t.co/AI1GX54YaP
Let's “set sail” on the #REIMAGINE1000 campaign! Our nautical journey begins with a @DDS_Journal paper that identified microbial populations of different duodenal segments & compared these to stool #microbiome https://t.co/WnFOfqVO8Y The study couldn’t have been possible w/o the https://t.co/WHvHph6KDb
Foundational work by @MarkPimentelMD, @MASTprogram, @GabrielaGSLeite, @AliRezaieMD PMID: 32140945- https://t.co/oW4rear8Hm PMID: 37315761- https://t.co/BuHG9sE0hR 13/n
Why is SIBO small intestinal bowel overgrowth challenging to treat? This video discusses the importance of exploring root causes beyond immediate symptom management, considering the distinct microbiomes in different…
RT @MASTprogram: Let's “set sail” on the #REIMAGINE1000 campaign! Our nautical journey begins with a @DDS_Journal paper that identified mic…
RT @MASTprogram: Let's “set sail” on the #REIMAGINE1000 campaign! Our nautical journey begins with a @DDS_Journal paper that identified mic…
Let's “set sail” on the #REIMAGINE1000 campaign! Our nautical journey begins with a @DDS_Journal paper that identified microbial populations of different duodenal segments & compared these to stool #microbiome https://t.co/WnFOfqVO8Y The study couldn’t have been possible w/o the https://t.co/WHvHph6KDb
RT @SeanPaulSpencer: Foundational work by @MarkPimentelMD, @MASTprogram, @GabrielaGSLeite, @AliRezaieMD PMID: 32140945- https://t.co/oW4rea…
Foundational work by @MarkPimentelMD, @MASTprogram, @GabrielaGSLeite, @AliRezaieMD PMID: 32140945- https://t.co/oW4rear8Hm PMID: 37315761- https://t.co/BuHG9sE0hR 13/n
RT @gerdosi: “The small bowel microbiome is markedly different from that in stool and also varies between segments. These findings may be i…
RT @john_damianosMD: @mcarlin33 @ProbioticDr @NardineN3 @ISAPPscience @armstro265 @reid_probiotics More recently from @MarkPimentelMD and t…
@mcarlin33 @ProbioticDr @NardineN3 @ISAPPscience @armstro265 @reid_probiotics More recently from @MarkPimentelMD and the REIMAGINE study https://t.co/M7vjskskgR https://t.co/JHLzHZMjPr
The small intestinal #microbiome is markedly different from that in #stool. Direct-to-consumer stool tests don't capture changes in the small intestinal microbiota. Don't #wasteyourmoney with stool tests if evaluating small intestinal #microbiome! https://t.co/aIl9Ttcz7L https://t.co/eI69qMh5lN
RT @metagenomic_lit: Mapping the Segmental Microbiomes in the Human Small Bowel in Comparison with Stool: A REIMAGINE Study. https://t.co/n…
Mapping the Segmental Microbiomes in the Human Small Bowel in Comparison with Stool: A REIMAGINE Study. https://t.co/npU7FhsdUA
RT @GMFHx: The small intestine remains largely overlooked in microbiome science. New research finds striking differences between the duoden…
RT @GMFHx: The small intestine remains largely overlooked in microbiome science. New research finds striking differences between the duoden…
The small intestine remains largely overlooked in microbiome science. New research finds striking differences between the duodenal and stool microbiomes in the same subjects https://t.co/pQlHjzSCnx
The small intestine remains largely overlooked in microbiome science. New research finds striking differences between the duodenal and stool microbiomes in the same subjects https://t.co/AI1GX54YaP
RT @GMFHx: The small intestine remains largely overlooked in microbiome science. New research finds striking differences between the duoden…
RT @GMFHx: The small intestine remains largely overlooked in microbiome science. New research finds striking differences between the duoden…
RT @GMFHx: The small intestine remains largely overlooked in microbiome science. New research finds striking differences between the duoden…
RT @GMFHx: The small intestine remains largely overlooked in microbiome science. New research finds striking differences between the duoden…
RT @GMFHx: The small intestine remains largely overlooked in microbiome science. New research finds striking differences between the duoden…
RT @GMFHx: The small intestine remains largely overlooked in microbiome science. New research finds striking differences between the duoden…
RT @GMFHx: The small intestine remains largely overlooked in microbiome science. New research finds striking differences between the duoden…
RT @GMFHx: The small intestine remains largely overlooked in microbiome science. New research finds striking differences between the duoden…
RT @GMFHx: The small intestine remains largely overlooked in microbiome science. New research finds striking differences between the duoden…
RT @GMFHx: The small intestine remains largely overlooked in microbiome science. New research finds striking differences between the duoden…
The small intestine remains largely overlooked in microbiome science. New research finds striking differences between the duodenal and stool microbiomes in the same subjects (stool samples don't allow us to get the whole picture!) https://t.co/vUzwjVzqa4
Cover of .@DDS_Journal September 2020 ~ We show the small bowel #microbiome is different from that in stool and varies between segments. This may be important in determining how compositional changes in small intestinal microbiota contribute to disease. https://t.co/IQPaZ2mNml https://t.co/YgHO04pZ5Q
September Issue! https://t.co/WbLfd3Klot COVID-2019.2 Reboot: Returning a GI Fellowship to Pre-pandemic Practices How Can FLIP Enhance Your Clinical Practice? Mapping the Segmental #Microbiomes in the Human Small Bowel in Comparison with Stool: A REIMAGINE Study https://t.co/hPy7RBG1I8
@ggkuhnle @BenoitChassaing And - forget the fecal microbiota. We need to worry about what's going on in the small bowel. That's where inflammation is induced. Look up @gerdosi and read the papers in his pinned tweet, lot's of useful info. Let me know if you want more :-) https://t.co/KnMs1uP1CW
“The small bowel microbiome is markedly different from that in stool and also varies between segments. These findings may be important in determining how compositional changes in small intestinal microbiota contribute to human disease states.” https://t.co/Dcld87Zh6g
RT @MASTprogram: Results from the #REIMAGINEStudy: 16S rRNA sequencing identified differences in over 2000 operational taxonomic units betw…
RT @MASTprogram: Results from the #REIMAGINEStudy: 16S rRNA sequencing identified differences in over 2000 operational taxonomic units betw…
REIMAGINE Study (Small Intestine #Microbiome): https://t.co/DUVuctFeKM https://t.co/H8337DJuv3
RT @MASTprogram: Results from the #REIMAGINEStudy: 16S rRNA sequencing identified differences in over 2000 operational taxonomic units betw…
Results from the #REIMAGINEStudy: 16S rRNA sequencing identified differences in over 2000 operational taxonomic units between the small intestinal and stool #microbiomes. https://t.co/dzITah9W6z https://t.co/56bnM8DJHk
Mapping the Segmental Microbiomes in the Human Small Bowel in Comparison with Stool: A REIMAGINE Study. https://t.co/DYoItMf7Vd
doi: 10.1007/s10620-020-06173-x colonic mucosa by using 16S rDNA sequence analysis. J Appl Microbiol 124. Wang M, Ahrné S, Jeppsson B, Molin G. Comparison ...
... x 38 mm). After gavage, mice were placed in a Small ... Dig Dis Sci 65, 2595-2604, https://doi.org/10.1007/s10620-020-06173-x (2020).
https://doi.org/10.1007/s10620-020-06173-x "Mapping the Segmental Microbiomes in the Human Small Bowel in Comparison with Stool: A REIMAGINE ...
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