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Query: UMLS:C0022104 (irritable bowel syndrome)
 8,033 document(s) hit in 31,850,051 MEDLINE articles (0.00 seconds)

Because infants with colic appear to have abdominal pain similar to that of adults with irritable bowel syndrome, who may benefit from the addition of fiber to their diet, we tested whether fiber added to infant formula would alleviate colic. Twenty-seven normal, term infants (aged 2 to 8 weeks; 14 girls) with colic, defined as crying plus fussing for more than 3 hours a day for at least 3 days of a 6-day baseline period, were enrolled. Infants were randomly assigned in 9-day periods to a sequence of placebo (Isomil formula) followed by fiber-supplemented formula (Isomil plus soy polysaccharide) (n = 12) or the reverse (n = 15). Daily diaries of crying, fussing, sleeping, formula, intake, and stooling were kept. Twenty-two infants completed three lactulose breath hydrogen tests at the end of the baseline period and after each study period. The crossover trial was followed by 30 to 35 days of use of the study formula chosen by the parents as most beneficial but unknown to the investigators. Growth was monitored throughout. Serum cholesterol, calcium, phosphate, albumin, iron, and zinc concentrations were measured at the conclusion. There were no significant differences in average daily time spent by the infants in fussing and crying during ingestion of the fiber-supplemented formula. However, parents of 18 of 27 infants chose fiber-supplemented formula as most beneficial in ameliorating symptoms of colic. While the infants were consuming fiber-supplemented formula, stool frequency increased, and breath hydrogen excretion increased significantly, in response to lactulose. Growth and serum biochemical measurements were normal in all infants. Supplementation of infant formula with the level of soy polysaccharide used in this study may have reduced crying and fussing in some infants but did not affect colicky behavior in the majority of infants, who continued to cry and fuss excessively.
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PMID:Evaluation of the effect of a fiber-enriched formula on infant colic. 165 81

A patient with isolated fructose malabsorption presented with diarrhoea and colic during the first year of life and subsequently responded to a fructose free diet. Fructose malabsorption has been implicated in some cases of irritable bowel syndrome in adults and may also be an infrequently recognised cause of gastrointestinal symptoms in children.
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PMID:Isolated fructose malabsorption. 231 71

The irritable bowel syndrome (IBS) is the most common chronic functional gastroenterological disorder both in adults and in children. In this study we evaluate the different aspects of this syndrome, comparing our observations on 332 children with other studies. Epidemiological data (frequency, sex, age) are examined so as the family histories of gastroenterological disorders. We take in account several pathogenic hypotheses, especially with reference to the alterations of gastrointestinal motility, which could be caused by several factors (psychological, prostaglandins, bile acids, etc.). The clinical picture is very variable, variations depending on the age of children and on the time of onset of IBS. The colic of neonate, caused by retention of air, is the main symptom in the first months of life, followed by chronic diarrhoea, also defined as toddler's diarrhoea, sometime alternating with constipation. In later childhood, recurrent abdominal pain represents a common complaint, in association with diarrhoea or constipation. The principal steps for a proper diagnosis so as the main differential diagnosis are defined. We explain the most important features of management (reassuring parents, free diet), excluding prescription of drugs, that produce only a transitory and symptomatic relief, so as elimination diets, that cause only a failure to thrive without any improvement of symptoms.
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PMID:[Irritable bowel syndrome in children]. 369 25

The activity of sorbiperan was assessed during radiological examinations of 15 patients with hypomobility of the gallbladder, associated in some cases with atonic dyspepsia, and 25 cases of spastic colon with constipation and/or diarrhea due to diverticulosis, dolichocolon, sigmoiditis, or parasitosis. Patients with gallbladder dysfunction were examined radiologically before and after oral administration of 20 to 40 ml of sorbiperan, the dose varying as a function of bodyweight. In 3 patients, the hypermobility of the gallbladder provoked by this agent was greater than that observed with all usually employed products, in 11 cases the cholagogue produced an excellent effect, while in one case there was no observed effect. Patients with colitis were administered a barium enemea, and an initial series of films were taken. These were repeated after addition of 80 ml of sorbiperan to the same enema. Total, rapid evacuation of the colon was observed in 8 cases, while in 15 cases it was of excellent quality. No effect was noted in 2 cases. Sorbiperan provokes effective contractions of the gallbladder, favours sphincter of Oddi dynamics, increases motility of all digestive tract segments, and very significantly accelerates gastro-entero-colic peristalsis. Tolerance was excellent.
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PMID:[Cineradiological study of the activity of sorbiperan on the gallbladder and colon (author's transl)]. 626 14

Functional colic disorders such as the irritable bowel syndrome are very common in Ivory Coast. Etiologic, clinical, biological and roentgenological features were studied in 100 randomized cases. Findings were compared to the features encountered in Caucasians. Psychologic factors, constipation and therapeutic problems that seem to be of significance for understanding functional colic conditions in Ivoirians and other West Africans are discussed.
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PMID:[Functional colonic pathology in the Ivory Coast]. 630 Oct 54

In this study 29 patients were carriers of diverticular disease of the colons (DDC) and 29 patients with irritable bowel syndrome (IBS). The patients were diagnosed by means of a directed anamnesis standardized by the radiologic study of the colons. The methodology included, radiologic study of the colons, endoscopic examination of the colon (colonoscopy with biopsy) and anatomic pathologic examination of the fragments obtained in the endoscopy. It was tried, by means of colonoscopy with biopsy and anatomic pathological examination, to demonstrate, classify and relate, in agreement with pre-established criterion, the degree of intensity of the inflammatory process in the colic mucosa. According to the results we may conclude that: 1) colonoscopy in the studied inflammatory diseases is important for diagnosis, evaluation of the inflammatory process, identification of associated illness and material obtention for the anatomic pathological examination; 2) there is always a chronic inflammatory process, in variable degrees, of the colic mucosa in DDC and in IBS; 3) colonoscopy with biopsy and the anatomic pathological examination are adequate to diagnose with precision the degree of intensity of the chronic inflammatory process of the colic mucosa and the presence of associated disease in DDC and in IBS.
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PMID:[Correlation between colonoscopy and histopathology of the colon in diverticular disease and the irritable colon syndrome]. 653 35

The prevalence of lactose maldigestion is lowest in Scandinavia and Northwest Europe (3-8%) and close to 100% in most of Southeast Asia. In Europe the frequency increases in the southern and eastern directions, reaching 70% in southern Italy and Turkey. There is also a high prevalence of lactose maldigestion in the people of Africa with the exception of cattle-raising nomads. Lactose maldigestion causes uncharacteristic abdominal symptoms such as bloating, borborygmus, colic, flatulence, and diarrhea. The degree of discomfort depends on the amount of lactose consumed, but also on an individual sensitivity to lactose. The symptoms of irritable bowel syndrome (IBS) and lactose maldigestion are similar. Consequently, most investigations indicate an increased frequency of lactose maldigestion in patients suffering from IBS. Recurrent abdominal pain (RAP) in children corresponds to IBS in adults. Lactose maldigestion is a frequent cause of RAP in regions with a high prevalence of lactose maldigestion in early childhood. Diffuse small-intestinal damage in celiac disease or kwashiorkor leads to a proportional decrease of all disaccharidase activities, with the most pronounced being decrease of lactase. The consumption of milk may then cause abdominal discomfort and increased diarrhea. Several investigations have indicated an increased frequency of lactose maldigestion in patients with osteoporosis. A connection between lactose maldigestion and decreased absorption of calcium has not been proven, however. The increased tendency toward osteoporosis is more likely caused by a lower calcium intake because of milk intolerance. Milk and dairy products with reduced lactose content are better tolerated by patients with lactose maldigestion.(ABSTRACT TRUNCATED AT 250 WORDS)
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PMID:The clinical significance of disaccharide maldigestion. 811 58

Gastrointestinal gas causes distress in many patients and their parents. Most often, patients do not have an actual increase in gastrointestinal gas volume, but rather their complaints derive from a misunderstanding of normal physiology, a misinterpretation of symptoms (colic), or an increase in intestinal sensitivity (irritable bowel syndrome). Symptoms from actual increases in intestinal gas volume are seen most frequently in children who swallow excessive amounts of air, have a dysmotility syndrome, or consume foods containing poorly absorbed carbohydrates. Although many therapies are used in the treatment of gas-related symptoms, under close scrutiny, the commonly recommended agents (e.g. simethicone) do not have proven efficacy. An understanding of the physiology of gas production and disposal is of practical use to pediatricians in determining the appropriate method of intervention for patients with these complaints.
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PMID:Gastrointestinal gas formation and infantile colic. 861 12

The gastrointestinal tract (GIT) is a major source of extrapineal melatonin. In some animals, tissue concentrations of melatonin in the GIT surpass blood levels by 10-100 times and the digestive tract contributes significantly to melatonin concentrations in the peripheral blood, particularly during the day. Some melatonin found in the GIT may originate from the pineal gland, as the organs of the digestive system contain binding sites, which in some species exhibit circadian variation. Unlike the production of pineal melatonin, which is under the photoperiodic control, release of GI melatonin seems to be related to periodicity of food intake. Melatonin and melatonin binding sites were localized in all GI tissues of mammalian and avian embryos. Postnatally, melatonin was localized in the GIT of newborn mice and rats. Phylogenetically, melatonin and melatonin binding sites were detected in GIT of numerous mammals, birds and lower vertebrates. Melatonin is probably produced in the serotonin-rich enterochromaffin cells (EC) of the GI mucosa and can be released into the portal vein postprandially. In addition, melatonin can act as an autocrine or a paracrine hormone affecting the function of GI epithelium, lymphatic tissues of the immune system and the smooth muscles of the digestive tube. Finally, melatonin may act as a luminal hormone, synchronizing the sequential digestive processes. Higher peripheral and tissue levels of melatonin were observed not only after food intake but also after a long-term food deprivation. Such melatonin release may have a direct effect on the various GI tissues but may also act indirectly via the CNS; such action might be mediated by sympathetic or parasympathetic nerves. Melatonin can protect GI mucosa from ulceration by its antioxidant action, stimulation of the immune system and by fostering microcirculation and epithelial regeneration. Melatonin may reduce the secretion of pepsin and the hydrochloric acid and influence the activity of the myoelectric complexes of the gut via its action in the CNS. Tissue or blood levels of melatonin may serve as a marker of GI lesions or tumors. Clinically, melatonin has a potential for a prevention or treatment of colorectal cancer, ulcerative colitis, irritable bowel syndrome, children colic and diarrhea.
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PMID:Localization, physiological significance and possible clinical implication of gastrointestinal melatonin. 1172 Oct 91

The gastrointestinal tract of vertebrate species is a rich source of extrapineal melatonin. The concentration of melatonin in the gastrointestinal tissues surpasses blood levels by 10-100 times and there is at least 400x more melatonin in the gastrointestinal tract than in the pineal gland. The gastrointestinal tract contributes significantly to circulating concentrations of melatonin, especially during the daytime and melatonin may serve as an endocrine, paracrine, or autocrine hormone influencing the regeneration and function of epithelium, enhancing the immune system of the gut, and reducing the tone of gastrointestinal muscles. As binding sites for melatonin exhibit circadian variation in various species, it has been hypothesized that some melatonin found in the gastrointestinal tract might be of pineal origin. Unlike the photoperiodically regulated production of melatonin in the pineal, the release of gastrointestinal melatonin seems to be related to the periodicity of food intake. Phylogenetically, melatonin and its binding sites were detected in the gastrointestinal tract of lower vertebrates, birds, and mammals. Melatonin was found also in large quantities in the embryonic tissue of the mammalian and avian gastrointestinal tract. Food intake and, paradoxically, also longterm food deprivation resulted in an increase of tissue and plasma concentrations of melatonin. Melatonin release may have a direct effect on many gastrointestinal tissues but may also well influence the digestive tract indirectly, via the central nervous system and the sympathetic and parasympathetic nerves. Melatonin prevents ulcerations of gastrointestinal mucosa by an antioxidant action, reduction of secretion of hydrochloric acid, stimulation of the immune system, fostering epithelial regeneration, and increasing microcirculation. Because of its unique properties, melatonin could be considered for prevention or treatment of colorectal cancer, ulcerative colitis, gastric ulcers, irritable bowel syndrome, and childhood colic.
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PMID:Gastrointestinal melatonin: localization, function, and clinical relevance. 1239 7


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