View clinical trials related to Colic.
Filter by:To determine if magnesium sulfate paired with an analgesic medication will improve patient pain from renal colic compared with analgesic alone.
colic capsule usings with patients without possible colic endoscopy
This study evaluates the efficacy of Bifidobacterium breve CECT7263 and the mixture B. breve CECT7263/Lactobacillus fermentum CECT5716 in the treatment of infant colic. Group 1 will receive B. breve CECT7263 (2x10E8 CFU/day) one dose per day, group 2 will receive B. breve CECT7263 (1x10E8 CFU/day) and L. fermentum CECT5716 (1x10E8 CFU/day) in one dose per day, group 3 (control group) will receive simethicone 20 mg 4 times a day.
This is a single-center, randomized, double blind controlled study to investigate the effects of Bifidobacterium, BB-12® versus placebo in a study group of pediatric patients with infantile colic.
This study compares the effectiveness of manual therapy (osteopathy) on infant colic versus education to the family, and a third group with no specific intervention.
The aim of the present trial was to investigate the analgesic efficacy and safety of Transcutaneous electrical nerve stimulation treatment in patients with renal colic within the emergency department.
Infant colics represent a clinical condition in childhood, characterized by an uncontrollable crying that occurs without any apparent organic cause.1 They can be associated with face redness, closed fists, thighs flexion, meteorism, and gas emission. They are generally diagnosed according to Wessel's "rule of three" (>3 h of crying a day, for >3d a week, for >3wk in a row).2 These crises tend to reach their maximum intensity at 6 weeks of age, in most cases.3 They represent a serious source of anxiety for the family, increasing hospital admissions (5.8% of infants),4 postpartum depression risk, with higher stress levels for up to 3 years from these events. The etiology is still unknown. Anyway, it's assumed that the following factors may be involved: (1) Lactose intolerance. (2) Food hypersensitivity. (3) Feeding difficulties. (4) Disorders of the enteric nervous system. (5) Alterations of pain transmission. (6) Gastroesophageal reflux. (7) Intestinal hormones. (8) Psychosocial factors. (9) Alteration of the intestinal microbiota. In 1994, Lehtonen was the first to suggest that an altered intestinal microbiota composition in the very first months may induce intestinal colics in infants. Human intestinal microbiota is composed of about 1013 to 1014 microorganisms, mainly bacteria. The total number of microbiota genes is called "microbioma" and it is estimated to be 150 times the number of genes in the human genome.5 It acts as a real organ, whose activity can be influenced by diet, lifestyle, prebiotics, probiotics, and antibiotics. Several studies revealed the predominance of bifidobacteria in breastfed infants, whereas bottle-fed infants show a mixed population where bifidobacteria are less represented. the intestinal microbiota composition in a 3-year-old child is already similar to that of an adult.6 Other factors conditioning the microbiota are gestational age and type of birth. Colicky infants have a microbiota with a slow development and a lower stability over time.7 It also contains less lactobacilli and bifidobacteria, and a prevalence of gram-negative bacteria. The stools of these children often show increased levels of calprotectin, an intestinal index of inflammation. RISK FACTORS ARE SEVERAL: Smoking: The exposure to cigarette smoke may be related to colics; this might be connected to the increase of plasma and intestinal levels of motilin. Maternal smoking during pregnancy seems to increase the risk of developing colics, more than postnatal exposition to smoke.8 Psychosocial: Infant colics may be more frequent with an instable psychosocial family environment. Maternal stress, anxiety, and depression are important risk factors.8 Breastfeeding: The difference between breastfeeding and bottlefeeding for colicky infants is controversial. Many studies have shown contrasting results,17 but the majority of the authors agree to attribute an important role to bottlefeeding. 9 A melatonin role was assumed too. This hormone is not secreted in infants, but only in adults, and has a hypnotic and relaxing role on the gastrointestinal smooth muscle. Its concentration shows a clear circadian rhythm, with a pick during night hours. Its presence in breast milk may be related to the lower occurrence of colics in breastfed infants compared with the bottle-fed infants.9 Recent literature shows an increasing attention toward probiotics,10 for the intestinal microbiota modulation. Some Lactobacillus reuteri strains were studied, with contrasting results in different studies; other probiotics as bifidobacteria showed in vitro anti-inflammatory properties and the ability to inhibit coliforms growth, whose presence is significant in colicky infants. Some probiotics exert a direct action on the bacterial growth, through bacteriocins production and final fermentation products.11 Bifidobacterium breve was isolated from healthy infants' feces.12 Aloisio et al13 tested in vitro ability of this strain and of other 45 bifidobacteria strains to oppose the growth of several microorganisms such as E. coli, S. enteriditis, C. difficile, K. pneumoniae, and Enterobacter cloacae. B. breve BR03, in a randomized clinical study, proved to have a beneficial effect on constipation in adults, it also seemed effective for the reduction of gas formation and for abdominal distension, and no side effects were shown during the treatment, while the beneficial effects lasted for up to 15 days after the end of the treatment.14,15 Both bifidobacteria strains showed, during an in vitro study, the ability to oppose 4 strains of E. coli; in particular, BR03 displayed an activity against E. coli O157:H7, an enterohemorrhagic strain that through Shiga toxin causes a potentially lethal infection.16
to evaluate the analgesic effect of a standard dose of intravenous magnesium added to intramuscular diclofenac compared to intravenous lidocaine combined to intramuscular diclofenac or intramuscular diclofenac alone in patients presenting to the emergency department with renal colic and whether it can reduce opioid consumption.
Infantile colic (IC) criteria includes all of the following in subjects aged ≤ 4 months: paroxysms of irritability, fussing, or crying that start and stop without obvious cause; episodes lasting 3 or more hours per day and occurring at least 3 days per week for at least 1 week; and no failure to thrive. The condition is very common in the first 4 months of life (10-30 % of infants) with a peak prevalence at 6-8 weeks and is characterized by excessive and inconsolable crying without an identifiable cause. Infantile colic cause considerable stress for the baby and the family, huge medical expenses (the IC cause 10-20 % of all pediatric visits in the first 4 months of life) and frequent formula changes. The pathophysiology of IC is still poorly defined, but differences in gut microbiota composition seem to be involved. In particular, differences in the number and species of Lactobacilli spp, Klebsiella spp and Escherichia coli spp have been demonstrated in subjects with IC, and it has been postulated that these alterations could be responsible for an abnormal gas production within gut lumen resulting in distension and abdominal pain. These findings suggest the potential role of probiotics as preventive and therapeutic strategy for the IC.
The aim of this study is the comparison of efficacy of intravenous ketorolac and intranasal desmopressin in renal colic patients pain control.