Heartburn and Gallstones
Heartburn is the inflammation of the esophagus. It is also known as pyrosis. The major cause of heartburn is reflux. This is when the esophagus bottom edges are not tightly shut, and acid moves form the stomach up into the esophagus. Hiatus Hernia's also cause heartburn. This also occurs when the ends of the esophagus are not shut, and the stomach lining moves up the esophagus. There are many other causes of heartburn, some of which being: obesity, drinking hot or cold beverages, extensive alcohol usage, smoking, foods
(acidic), certain types of medication, and types of syndromes (Zollinger, and
Ellison). Posture also causes heartburn, for example, if after eating a large fairly acidic food, and lying straight back, the acid moves back from the stomach. Also, if you lean over while working, pressure builds in the organs, pushing the acids upwards.
Heartburn is often very uncomfortable for the individual who has it.
There are not many symptoms, but the ones most commonly found are, a burning sensation in the chest and upper abdomen, sore throat, and when the mouth sometimes fills with a liquid called water brash.
Heartburn has many affects on the body, but I will focus now on the effect on the digestive system. Heartburn causes ulcers, which eat through the mucous layer of the organs in the digestive tract by means of enzymes and acids.
It also causes an irritable bowel through syndromes. Stinosis is also caused by heartburn. This is when the esophagus passage narrows.
Heartburn is treated by taking He blackens, for example Axid and Pepsid.
Proton Pump Inhibitors (Lozac), is the most powerful treatment of heartburn.
Sulcrates are used to coat the lining of the stomach against ulcers. Antacids, like Rolaids, are used, as are Calcium Channel Blackens. To cure the problems of heartburn, you must cut down on the causes.
Gallstones
A gallstone is a stone about the size of a pea, or marble which is made in the gallbladder. It usually consists of bile, cholesterol, uric acid, and calcium phosphorus. The major cause of gallstones is the precipitation of chemicals in the gallbladder by stasis, which means that the substance is still.
The liver produces bile, which is stored in the gallbladder until fatty foods come along, this is when the bile is released to digest the fat. The same happens with cholesterol secreted by the liver. When the bile or cholesterol is in the gallbladder for a period of time, the substance concentrates, forming stones. Also, an excess of certain bio-chemicals in the bloodstream
(cholesterol) cause them. Blockage of the gallbladder neck, and infections are
Gallstones form when the liquid stored in the gallbladder hardens into pieces of stone-like material. The liquid, called bile is used to help the body digest fats. Bile is made in the liver, and then stored in the gallbladder until the body needs to digest fat. At that time, the gallbladder contracts and pushes the bile into a tube—called the common bile duct—that carries it to the small intestine, where it help with digestion.
Gallbladder is a green pear-shaped muscular saclike organ measuring 7.5 to 10cm long. It is located inferiorly to the right lobe of liver as well as superiorly to the pancreas and duodenum. The main function of the gallbladder is to store a small amount of bile and release it into small intestine. Bile is produced in liver by hepatic cells, which contains cholesterol, bile salts, body salts and bilirubin. Gallbladder concentrates bile by absorbing water and salts. Bile then release into the cystic duct and moves down to the common bile duct in order to enter the duodenum.
The stomach naturally produces acid, which is mainly responsible for food digestion and the destruction of any foreign pathogen or bacteria ingested with food. Acid is secreted by stimulating the partial
A common condition that is associated with GERD and LES problems is having a hiatal hernia. A hiatal hernia is when you have a larger than normal opening in the diaphragm where the esophagus passes through. Since this opening is larger, the stomach begins to enter this opening. When you eat, the stomach and esophagus do not join as they were properly intended and cause malfunctioning of the LES. In some cases, food remains above the LES allowing it to easily travel back up the esophagus.
4)Stomach: The stomach squeezes and mixes food with enzymes for hours before it releases the mixture into the small intestine.
In order for this breakdown to happen, the ‘tube’ through which the food travels requires assistance from a number of other digestive organs starting with the salivary glands, and later receiving
This is a muscular narrow tube lined with stratified squamous epithelium that connects the pharynx to the stomach through the diaphragm. The walls of the oesophagus secrete mucus (lubricants) which helps in the process of swallowing through peristalsis movement, moving the food from the oesophagus into the stomach. (McGuiness, 2006).
This pear shaped organ contracts while we eat, then sends bile to the small intestine (WebMD (2).)
...ve eaten, to break down the food into a liquid mixture and to slowly empty that liquid mixture into the small intestine. Once the bolus has entered your stomach it begins to be broken down with the help of the strong muscles and gastric juices which are located in the walls of your stomach. The gastric juices are made up of hydrochloric acid, water, and mucus- and the main enzyme inside of your stomach is what is known as pepsin, which needs to be surrounded in an acidic setting in order to do its job, that is to break down protein. Once the bolus has been inside of your stomach for long enough it begins to form into a liquid called chyme, and what keeps the chyme from flowing back into our esophagus are ring shaped muscles known as sphincters located at the beginnings and ends of the stomach and they have the task of controlling the flow of solids and liquids.
Once in the stomach, the glands that are there begin to secrete enzymes and a mucous that help to protect the stomach from its own acids. While this is being done, the muscles of the stomach are contracting. This causes the food to be turned and moved all throughout the stomach. This process turns the food into chyme, which is just a liquefied version of the food that was first taken...
During digestion, the body breaks down food into smaller molecules that could then be used by the body’s cells and tissues in order to perform functions. This starts off in the mouth with the physical movements of chewing and the chemical breakdown by saliva. Enzymes in the stomach break food down further after traveling from the mouth through the esophagus. The food from here then moves into the small intestine, where pancreatic juices and enzymes dissolve proteins, carbohydrates, and fibers, and bile from the liver breaks down fats into these small molecules. Any portion of the fibers or food that were unable to be broken down are passed from the small intestine to the large intestine, which is where the digestive tract transitions into the excretory tract, then the colon and out of the rectum. Any liquids that have been stripped of their nutrients by the body proceed from the stomach to the kidneys. In the kidneys, sodium ions (Na+), uric acid, and urea are exchanged with water, which moves urinary bladder and is excreted through the
Now the Cheetos have entered the stomach. The process of breaking down carbohydrates has already begun in the mouth and now more chemical and mechanical digestion will take place in the stomach. Once the bolus has entered the stomach, it mixes with gastric juice, starts protein digestion, and absorbs a limited amount. Here the chief cells secrete the inactive enzyme pepsinogen and the parietal calls secrete hydrochloric acid. When mixed together, they create pepsin. The pepsin works to breakdown the two grams of protein present in the Cheetos. Hormones are also present in the stomach and aid in the digestion process. The hormone, gastrin, increases the secretory activity of gastric glands. In the stomach, some salt from the Cheetos is absorbed through the wall. The Cheetos that entered the stomach has no...
...he Buttermilk White bread. The food makes its way to the transverse colon and extra nutrients are released form the cellulose of the undigested particles. It continues on to the descending colon. There I start to manufacture vitamin K and other B-complex vitamins. Those are then absorbed into my large intestine.
Hi there. My name is Albert and this is my adventurous story of my journey through a human. I was a delicious gourmet hamburger with fresh ingredients like salad, mustard and an angus beef pattie. I was dumped into a family feed box labelled with a massive golden arched ‘M’. Now, I’m quite an intelligent burger, unlike my other food companions and I love studying about the fascinating human digestive system when I went to Burgerton College. I’m here to tell you first-hand about my digestive journey into the human body! Here is a map of the human digestive system for your convenience to pinpoint where I am in my journey as I am recounting my story.
The digestive system is a very important system in the human body. It is a group of organs that work together to turn food into energy and nutrients in the entire body. The food that was chewed in a humans’ mouth now passes through a long tube that is inside of the body that is known as the alimentary canal. The alimentary canal is made of the oral cavity, pharynx, esophagus, stomach, small intestines, and large intestines. Those few things are not the only important accessories of the digestive system there is also the teeth, tongue, salivary glands, liver, gallbladder, and pancreas.