[Hypertrophic pyloric stenosis in adults].
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Adult↗
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Results for “PYLORIC STENOSIS”
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Pathology of infantile hypertrophic pyloric stenosis.
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Humans↗
[Study of early gastric carcinomas with a pyloric stenosis].
From 1969 to 1989, 1106 cases of early gastric carcinomas were treated in our hospital, and 9 cases (0.8%) of an early gastric carcinoma with a pyloric stenosis were found among them. Five of these cases involved males and 4 cases females. The average age of these patients was 57.1 years. An accurate preoperative diagnosis was very difficult and 7 cases had been considered to be advanced gastric carcinoma preoperatively. In all these cases the lesions were found located on the pyloric ring or in the antral region. Further, all cases evidenced a submucosal infiltration and/or ulceration in the lesion. Most of the stenotic cases had lesions greater than 3.1 cm in diameter, with diameters of over 1.1 cm in the ulceration and the submucosal infiltration. Some early gastric carcinomas in the antral region with no pyloric stenosis also had lesions that were over this size.
Adenocarcinoma↗
Spontaneous esophageal perforation related to a duodenal ulcer with pyloric stenosis: report of a case.
This report describes a case of spontaneous esophageal perforation that was considered to be etiologically related to a duodenal ulcer with pyloric stenosis. The patient was a 54-year-old Japanese man who presented following the sudden onset of severe abdominal pain and dyspnea after an episode of vomiting. He had a history of duodenal ulcer. Computed tomography revealed an extremely dilated stomach containing abundant food residue, intraabdominal effusion, bilateral pleural effusion, and mediastinal emphysema, findings that strongly suggested esophageal perforation. Esophagoscopy confirmed perforation of the lower esophagus. Laparotomy revealed marked contamination, including food residue in the abdominal cavity, and a severely dilated stomach attributed to pyloric stenosis caused by a duodenal ulcer. A 2-cm longitudinal perforation was found on the right side of the lower esophagus. Because the patient's general condition was too poor to tolerate a one-stage operation (primary closure of the perforation, gastrectomy, and reconstruction), we initially performed decompression gastrostomy and control of the esophageal leakage with T-tube placement. Following the T-tube was removed 1 month later, distal gastrectomy and reconstruction of the gastrojejunostomy (Billroth II method) could be safely performed.
Digestive System Surgical Procedures↗
Pyloric volume: an important factor in the surgeon's ability to palpate the pyloric "olive" in hypertrophic pyloric stenosis.
OBJECTIVE: The objective of this study was to determine whether the size of the pyloric mass is one of the factors in the surgeon's ability to palpate the pyloric "olive". MATERIALS AND METHODS: The ultrasonographic images and medical records of 60 infants with surgically confirmed hypertrophic pyloric stenosis (HPS) were reviewed. The pyloric diameter (PD) and pyloric length (PL) were measured and the pyloric volume (PV) was calculated using the equation PV = 1/4pi x (PD)2 x PL. Based on the pediatric surgeon's physical examination the infants were divided into two groups: those with and those without palpable pyloric masses. RESULTS: Infants with a palpable pyloric mass had an average pyloric volume of 3.33 +/- 1.76 mm3, which was statistically larger than those whose hypertrophied pylorus could not be palpated (average volume 2.59 +/- 2.07 mm3, P < 0.01). There was no statistically significant age difference between the two groups. CONCLUSION: Clinical skill of the examiner and other clinical aspects (patient cooperation, etc.) determine palpability of the pylorus in HPS. The size of the hypertrophied pylorus is also an important factor affecting the clinician's ability to palpate the pyloric mass.
Age Factors↗
Infantile hypertrophic pyloric stenosis: long-term audit from a general surgical unit.
This article describes a 22 year experience of a general surgical unit in the treatment of infantile hypertrophic pyloric stenosis (IHPS). The hospital course of 229 IHPS patients is reviewed. The male:female ratio was 3.6:1, median age 6 weeks (range 2-26 weeks) with a positive family history in 8.3%. The diagnosis of IHPS was established clinically by palpation of a "pyloric tumour" during a pre operative test meal/clinical examination in 92.6%; in the remainder, the diagnosis was made radiologically. Ramstedt's pyloromyotomy was performed within 5 days of admission in 74% of patients and within 10 days of admission in 89%. The median post-operative hospital stay was 10 days (range 3-60 days). Wound morbidity occurred in 10.0% wound infection (7.3%) and wound dehiscence (2.6%). However, wound morbidity was reduced in the second half of the series, partly by greater utililisation of non-absorbable suture in place of chromic catgut for wound closure. Mucosal penetration was suspected in 14.8% of cases. Repeat pyloromyotomy was necessary in 1.3%. One baby died (0.4%)- this was in the early part of the series and was directly attributable to fluid and electrolyte disorder. We conclude that Ramstedt's pyloromyotomy for infantile hypertrophic pyloric stenosis can be performed with acceptable morbidity and minimal mortality in a general surgical unit.
Female↗
Pyloric stenosis: a 13-year experience in operative management.
Infantile hypertrophic pyloric stenosis is best treated surgically, after an appropriate period of rehydration and resuscitation. Our experience with this entity has resulted in the performance of fewer contrast studies to establish the diagnosis as well as the use of an operative technique which can be safely applied to the teaching environment.
Follow-Up Studies↗
[Complications following pyloromyotomy for hypertrophic pyloric stenosis].
In this series of 114 patients with infantile hypertrofic pyloric stenosis all were treated operatively, in eight cases perforations of the mucosa occurred, seven patients were referred to us after inadequate pyloromyotomy had been performed elsewhere. They did well after an adequate pyloromyotomy at reoperation. The conclusion is that pyloromyotomy is a most rewarding treatment for IHPS, that complications are rare and if occurring, can be dealt with without any lasting harm to the patient.
Gastric Mucosa↗
Pylorus subjacent to the gallbladder: an additional finding in hypertrophic pyloric stenosis.
We have noted that sonographically positive cases of hypertrophic pyloric stenosis (HPS) demonstrate a distortion of normal anatomy in which the elongated pylorus displaces the duodenum and lies adjacent to and below the gallbladder. Ten consecutive cases of HPS diagnosed by ultrasound were reviewed. In each case the pylorus was imaged subjacent to the gallbladder. Sonograms from 100 infants from a different institution were then reviewed. There were 13 cases with the pylorus subjacent to the gallbladder, 12 of these met criteria for HPS. Recognition of this anatomic relationship may aid in the diagnosis of HPS.
Gallbladder↗
Serum gastrin levels and lower oesophageal sphincter pressures in infants with congenital hypertrophic pyloric stenosis.
Serum gastrin levels in 16 patients with congenital hypertrophic pyloric stenosis (CHPS) were measured and oesophageal manometric studies were performed in 14 of these 16 patients before and after pyloromyotomy. Hypergastrinaemia was found in the patients with CHPS, and the 7th postoperative serum gastrin level was much higher than the preoperative pressure. However, there was no significant correlation between the LES pressure change and the serum gastrin change. These results indicate that competence of LES after pyloromyotomy in patients with CHPS is maintained not only by endogenous gastrin rise but also by other factors.
Esophagogastric Junction↗
Surgical technique of laparoscopic pyloromyotomy for infantile hypertrophic pyloric stenosis.
We report herein a new method of performing laparoscopic pyloromyotomy for infantile hypertrophic pyloric stenosis, using refined surgical techniques. The pyloric tumor was immobilized by grasping the first portion of the duodenum and the anterior wall of the stomach, and electrocoagulation was used prior to incising the pyloric tumor to minimize bleeding during the procedure. Although this technique has been applied in only two patients so far, we present the details herein. We believe that with technical and instrumental refinements, the speed and safety of laparoscopic pyloromyotomy will improve and it will become an alternative to open surgery in pediatric patients.
Female↗
Is screening ultrasound of the urinary tract indicated in infants with hypertrophic pyloric stenosis?
AIM: Few retrospective studies have evaluated infants with hypertrophic pyloric stenosis (HPS) for associated urological anomalies. They have led to contradictory conclusions. The aim of this study was to evaluate the incidence of urinary tract anomalies in infants with HPS and to establish the clinical significance of this association. METHODS: One hundred and twenty-two infants (100 boys) who underwent pyloromyotomy between 1992 and 2002 were prospectively evaluated. Screening ultrasound (Us) of the urinary tract was performed in 107 infants, while 15 did not attend their ultrasound appointment. RESULTS: Renal ultrasound was abnormal in 4 (4%) of 107 screened patients with HPS. Three patients were found to have mild hydronephrosis and, in one patient, a small, normal kidney was detected. Two patients with hydronephrosis had Us follow-up and the third patient underwent Tc-99 mercaptoacetyl triglycine (MAG 3) scan. In all three patients, the hydronephrosis resolved completely on follow-up scan. CONCLUSION: The incidence of abnormal renal ultrasound in children with HPS is similar to the reported incidence of 3-6% determined with routine ultrasound screening of healthy newborns. The abnormalities detected were not clinically relevant and did not require surgical intervention. We do not recommend screening of the urinary tract in infants with HPS.
Female↗
Muscle thickness in hypertrophic pyloric stenosis: sonographic determination.
Abdominal sonography was performed in 169 infants with vomiting. The hypertrophied circular muscle of the pylorus and distal antrum could be seen as a thick, hypoechoic cylinder in all cases of hypertrophic pyloric stenosis. The thickness of each wall of this cylinder was 4 mm or more in 86 of 93 patients subsequently shown to have hypertrophic pyloric stenosis at surgery. None of the patients without stenosis displayed this finding on sonography. Although technically demanding, sonographic imaging with a high-frequency system (7 MHz or more) can be an accurate initial examination for hypertrophic phyloric stenosis.
False Negative Reactions↗
Treatment of infantile hypertrophic pyloric stenosis in a district general hospital: a review of 160 cases.
BACKGROUND: Ramstedt's pyloromyotomy has long been the standard operation for the treatment of infantile hypertrophic pyloric stenosis. Controversy exists over whether this procedure can be performed safely in the district general hospital setting or whether it should be restricted to specialist pediatric units only. METHODS: Retrospective analysis was performed on the medical records of a series of 160 infants treated by Ramstedt's pyloromyotomy by 2 surgeons in a district general hospital over 16 years. RESULTS: There was no perioperative mortality. Oral feeding was achieved by 24 hours in 76% of infants, and there was persistent vomiting in only 3.8%. Wound discharge was encountered in 4.4% and confirmed wound infection in 1.3%. Wound dehiscence occurred in 1.9% of infants. Inadvertent mucosal perforation occurred in 19% of cases, although all cases were recognized and repaired at once with no apparent ill effects. These results are comparable with those reported from specialist pediatric units and from pediatric surgeons working within general surgical units. CONCLUSIONS: Infantile hypertrophic pyloric stenosis can be treated safely in a district general hospital when care is provided by appropriately trained surgical, anesthetic, and pediatric staff.
Digestive System Surgical Procedures↗
Serum gastrin levels in hypertrophic pyloric stenosis of infancy. Response to a gastrin secretion test.
The aim of this study was to look for a difference in fasting serum gastrin levels or in serum gastrin response to oral feeding between infants with hypertrophic pyloric stenosis and normal controls. Fasting serum gastrin levels were measured by radioimmunoassay in 10 patients with pyloric stenosis, before pyloromyotomy and 7 and 15 days after it, and in 11 controls. In addition, the serum gastrin responses to a casein hydrolysate meal were studied in both groups (in the patients, 7 days after operation). The fasting serum gastrin levels in the patients did not differ from those in the controls before operation, but they did so after it. The serum gastrin response to feeding in patients after pyloromyotomy was no greater than in controls.
Caseins↗
[Comparison between laparoscopic pyloromyotomy and open pyloromyotomy for infants with congenital hypertrophic pyloric stenosis]
OBJECTIVE: To compare the efficacy of laparoscopic pyloromyotomy with open pyloromyotomy in treatment of congenital hypertrophic pyloric stenosis(CHPS). METHODS: Fifteen patients (age 20%ape;90 days, body weight 2.5 approximate, equals 5.0 kg) with CHPS underwent laparoscopic pyloromyotomy (Group I) and 10 patients (age 26 approximate, equals 90 days, body weight 2.8 approximate, equals 4.5 kg) with CHPS underwent open pyloromyotomy (Group II). Ambulatory 24 hr esophageal pH metry and gastroesophageal mamometry were studied in two groups before and after surgery. RESULTS: All patients presented gastroesophageal reflux (GER) before operation and all reflux parameters were significantly decreased after operation (P<0.01). There was no significant difference between two groups in reflux parameters after surgery. Intragastric pressure (GP) significantly reduced in two groups after operation(3.83+/-1.45)mmHg compared with (2.38+/-0.54)mmHg P<0.01 in Group I,(4.52+/-1.96)mmHg compared with (2.38+/-0.72)mmHg P<0.05 in Guoup II). There was no significant difference in lower esophageal sphincter pressure (LESP), lower esophageal sphincter length (LESL) before and after operation in two groups. The mean operative time for Group I was (32+/-19) mins, which was close to that of Group II after an initial trail. Oral feeding was started 6 h postoperatively in Group I, which was earlier than that in Group II. No technical failures and complications in Group I were encountered. One wound infection and dehiscense was seen in Group II. CLUSION: Laparoscopic pyloromyotomy for infantile hypertrophic pyloric stenosis is safe and feasible, which has lesser complication and similar effect of antireflux as open pyloromyotomy.
Journal Article↗
Ultrasound in the diagnosis of hypertrophic pyloric stenosis.
Abdominal B-scan ultrasound imaging was performed on 35 infants who presented with vomiting. A thick hypoechoic ring was visualized in 21 of the 23 patients found at surgery to have hypertrophic pyloric stenosis. The ring was shown to represent the hypertrophied circular muscle of the pylorus. Each side of the ring measured 4 mm or more in thickness in the positive studies. None of the patients without hypertrophic pyloric stenosis showed this finding, although thinner hypoechoic rings were often seen, representing parasagittal sections of distal antral muscle.
Humans↗
[Pyloric stenosis in infants. Contribution of ultrasonography and video-surgery].
Hypertrophic pyloric stenosis is the commonest condition requiring abdominal surgery in infancy. The Fredet-Ramstedt pyloromyotomy gives a very rare morbidity rate as shown by a review of 300 personal cases. The diagnostic value of sonography is gaining significance over contrast roentgenography, a pyloric diameter of more than 14 mm and a muscular thickness of more than 4 mm being required for the diagnosis. Over the last 18 months, we performed extramucosal pyloromyotomies using laparoscopy in 19 infants. This new surgical technique using laparoscopy with precautionary measures for the pneumoperitoneum appears to be very promising and should become a widespread technique in the future.
Gastroesophageal Reflux↗