Improve gut health and maintain digestive balance with healthful and delicious recipes for every meal. The Good LFE Cookbook: Low Fermentation Eating for SIBO, Gut Health, and Microbiome Balance opens up a new world of eating options for those contending with SIBO, IBS, and other GI-related issues, as well as for readers interested in learning more about how various foods affect digestive health. An estimated 70 million people in the United States are affected by SIBO, IBS, or one of the more than a dozen other diseases linked to digestive health, and fully 74% of Americans say they live with symptoms of digestive discomfort. Your diet has a significant impact on your digestive health and personal microbiome, and choosing which foods to eat can be a frustrating challenge. Arranged by season, the recipes in The Good LFE Cookbook focus on fresh, in-season ingredients to prepare meals for breakfast, lunch, and dinner, along with delicious recipes for appetizers, snacks, and indulgences for whenever that craving strikes. From family favorites like Mac and Cheese, Spaghetti and Turkey Meatballs, and Fish Tacos to more elevated dishes perfect for entertaining like Rosemary Olive Oil Lamb Chops and Branzino Stuffed with Herbs and Lemon, the recipes are a welcome addition to any kitchen, whether you entertain frequently at home or just an everyday cook for your family, or somewhere in-between. Each recipe is accompanied by comprehensive nutritional information developed with gastroenterologists and dietary experts. This book includes a number of handy gut-health tips and culinary hacks throughout. Created by an inspired home chef and a registered dietitian, the easy-to-execute recipes draw from more than 20 years of medical research from leading experts in the field of microbiome studies and will help you improve your knowledge of your microbiome and how to maintain digestive balance with every meal.

This atlas provides a concise yet comprehensive overview of high-resolution manometry, impedance and pH monitoring. Through instructive text and over 130 high-yield images, the atlas describes the basic principles of esophageal, antroduodenal and anorectal high-resolution manometry, reviews both normal and pathologic findings on manometry, covers technical aspects of pH monitoring and impedance, and outlines advances in equipment, software, and diagnostic guidelines. Written by experts in the field, Atlas of High-Resolution Manometry, Impedance, and pH Monitoring is a valuable resource for gastroenterologists and other clinicians and practitioners who work or are interested in the GI motility field.

This casebook provides a concise yet comprehensive state-of-the art review of common stomach and small intestine disorders. The casebook is divided into five parts, each of which focuses on a major disorder, symptom, or clinical scenario related to the stomach and small intestine, including dyspepsia, small bowel disorders, nausea and vomiting, chronic abdominal pain, and post-operative GI surgery challenges. Each part is comprised of cases illustrating different aspects of the subject, with each case containing sections on case presentation, objectives, epidemiology and etiology, diagnostic evaluation and treatment, case follow-up, clinical pearls, and Q&A. Some major topics presented in these cases include nausea and vomiting in the pregnant patient, gas-bloat, functional abdominal pain, post-GI surgery complications, and celiac disease and non-celiac gluten sensitivity. Written by internationally renowned experts in the field, Essential Medical Disorders of the Stomach and Small Intestine: A Clinical Casebook is a valuable resource for clinicians and practitioners who treat patients afflicted with disorders of the stomach and small intestine.

While reflux disease, achalasia, esophageal spasm, gastroparesis and IBS include some of the most common disorders in all disease categories, our understanding of their pathophysiology remains elusive. The field of clinical gastrointestinal motility has for decades relied on the measurement of intraluminal pressures to deduce intestinal movements that define these difficult and enigmatic disorders of gut function. Although computers have greatly facilitated the analysis of data obtained from intraluminal pressure recordings, the sensors and catheters used to measure intraluminal pressures have changed little over the last 20 years. In the last 3 years, a new technologic breakthrough has taken place in the evaluation of gastrointestinal motor function. It is called high-resolution manometry. Rather than the old 4 to 8 channel conventional systems used to measure intraluminal pressure, high-resolution catheters employ 36 closely spaced, solid state pressure transducers. This technology enhances the resolution of gut motor activity incredibly. By using color to depict pressure, high-resolution color contours are beautiful images that give a detailed spatial and temporal picture of gastrointestinal motor function that was previously impossible. By recognizing motor patterns, diagnoses can be made that are very difficult, if not impossible, to appreciate with the old technology. High-resolution manometry is a dramatic technical leap in a long time stagnant field.