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Irritable bowel syndrome (IBS) is a common functional disorder with a prevalence of up to 15% in the USA. Patients with IBS are more inclined to seek complementary treatment options for management of their conditions due to a lack of sufficient relief from conventional treatments and preference towards a more natural approach. We reviewed the most up-to-date medical literature regarding complementary health modalities for the treatment of IBS. Proposed mechanisms for IBS range from alterations in gut motility, intestinal permeability, intestinal microbiome, visceral hypersensitivity, and brain-gut interactions. Addressing each mechanism has helped to broaden our treatment armamentarium by introducing specific targets to different aspects of the disease mechanisms. Today, treatment options for IBS range from conventional prescription drugs for symptomatic relief, including antibiotics for IBS predominant diarrhea to complementary modalities: specific diets, probiotics, botanical herbal regimens, acupuncture, and mind-body therapies. Numerous complementary health approaches are available to patients and gastroenterologists. There is sound evidence to support the use of such modalities to augment the care and overall quality of life of patients with IBS.

Endoscopic sleeve gastroplasty (ESG) is a procedure in which endoscopically placed sutures involute the stomach and promote weight loss. There is limited data on the durability of these sutures. This was a single center series of 5 patients who underwent ESG performed by a single endoscopist. Patients underwent repeat endoscopy for different clinical indications. ESGs were successfully reversed at 3 weeks and 1 month following index ESG without significant fibrosis or scaring. At 8 and 14 months, a few sutures had dehisced though there were extensive areas of fibrosis. By 2 years, most of the sutures had dehisced; however, the gastric volume remained reduced. This case series offers an intriguing evaluation of the anatomical changes induced by ESG.

Small intestinal bacterial overgrowth (SIBO) is a significant and increasingly recognized syndrome. While the development may be multifactorial, impairment of the ileocecal valve (ICV), small bowel motility, and gastric acid secretion have been hypothesized to be risk factors. ICV dysfunction remains largely unexplored using standard technology. The wireless motility capsule (WMC) that evaluates pressure, pH, and temperature throughout the GI tract provides the ability to assess these parameters. The primary aims of this study were to assess the relationship of ICV pressures, small bowel transit time (SBTT) and intestinal pH with lactulose hydrogen breath testing (LBT) results in subjects with suspected SIBO. We retrospectively studied consecutive patients referred to our institution for WMC and LBT from 2010–2012. Ileocecal junction pressures (IJP), as a surrogate for ICV pressures, were defined as the highest pressure over a 4-min window prior to the characteristic ileocecal pH drop. SBTT and pH were calculated and compared with LBT results. Twenty-three patients underwent both WMC and LBT, with positive results observed in 15 (65.2 %). IJP were significantly higher in LBT(−) negative vs. LBT(+) (79.9 vs. 45.1, p

The gut microbiome consists of trillions of bacteria which play an important role in human metabolism. Animal and human studies have implicated distortion of the normal microbial balance in obesity and metabolic syndrome. Bacteria causing weight gain are thought to induce the expression of genes related to lipid and carbohydrate metabolism thereby leading to greater energy harvest from the diet. There is a large body of evidence demonstrating that alteration in the proportion of Bacteroidetes and Firmicutes leads to the development of obesity, but this has been recently challenged. It is likely that the influence of gut microbiome on obesity is much more complex than simply an imbalance in the proportion of these phyla of bacteria. Modulation of the gut microbiome through diet, pre- and probiotics, antibiotics, surgery, and fecal transplantation has the potential to majorly impact the obesity epidemic.

The findings presented above and in other studies provide substantial evidence that lymphocytes in the intestinal lamina propria differ from lymphocyte populations in the circulation or in other tissue sites in a number of ways. First, lamina propria lymphocytes are phenotypically distinct and have evidence of activation. Lymphocytes in the intestinal lamina propria are different in their potential for expression of lymphokine gene products, since activated cells from the lamina propria have high expression of mRNA for IL-2, IL-4, IL-5 and IFN-gamma in comparison to circulating lymphocytes. Mesenteric lymph node T cells also differ from circulating lymphocytes in their high expression of IL-4 and IL-5 mRNA. A further difference between mesenteric lymph node and lamina propria T cells is that the former are capable of proliferating in response to IL-4, whereas the latter are not. These phenotypic and mRNA differences of lamina propria lymphocytes also correlate well with their high helper activity in vitro for immunoglobulin synthesis in the pokeweed mitogen system. Finally, lamina propria T cells at a site of inflammation are able to provide high helper activity in response to specific antigens. These observations are all consistent with the conclusion that T cells in the lamina propria are pleomorphic, but are highly enriched for subpopulations of activated memory cells that are geared for effector functions. These functions are likely to be critical in maintaining normal host defense in the mucosal environment.