Digestive System

Appendectomy. "Ectomy" being a suffix that originates in Greek and used in medical terminology as "surgical removal of..." Literally meaning "a cutting out of", "to cut out", or "to cut". Appendectomy is the American expression. The English and Australian expression is appendicectomy (although the Australian usage is tending towards the American one).
Appendicectomy
Appendectomy

It is broken down into glucose molecules, which are then transported to cells to be used as an energy source or stored as glycogen.

The larynx (voice box) is part of the respiratory system that holds the vocal cords. It is responsible for producing voice, helping us swallow and breathe. Air passes in and out of the larynx each time the body inhales or exhales. Air from the lungs passes over the stretched vocal cords, and the vibrations are modified by the tongue, palate, and lips to produce speech.

A dog's intestine depends on the dog's size. The small intestines are approximately two and a half times the size of a dog.

It is on its way to being made into enzymes. They are made of the broken down food molecules. That is about as small as things get.

Saliva digests carbohydrate. Saliva contains a carbohydrase enzyme called amylase, which breaks down carbohydrates. Amylase is also produced later on in the digestive system and so the amylase here is immaginatively termed salivary amylase.
Saliva contains the enzyme amylase (here it is called called salivary amylase) which is responsible for part of the digestion of carbohydrates like starch.

Yes saliva is used to help turn the food into a substance which is able to slide down the esophagus. Salivary glands produce the saliva in the mouth however; the saliva does help to digest the food slightly in order for it to be moved by peristaltic waves. The main function of the esophagus is to move the food, but it will have been slightly digested.

Things transfer from your esophagus to your stomach through the cardiac sphincter

The stomach is located between the esophagus and the small intestine. It secretes protein-digesting enzymes and strong acids to aid in food digestion, (sent to it via oesophageal peristalsis) through smooth muscular contortions (called segmentation) before sending partially digested food (chyme) to the small intestines.

Your digestion body parts relates to your esophagus. Which is basically the inside part of your neck that foods and drinks go down. Then your food goes through the reproductive system to get its food churned up. Then when your food hits the bottom that is digestion. After that the digestion is basically telling you that you need to go to the bathroom. You basically poop it out. then once it lands into the toilet you flush the toilet then it goes to the sewer then into the ocean then we get water from the ocean and clean it and it becomes drinking water that you basically drink every day.

Mouth and associated structures - physical disruption of food, entry point

Stomach - breaks stuff up with physical force, acid etc

Small/large intestines - absorption of nutrients

Peristalsisis a radially symmetrical contraction and relaxation of muscles which propagates in a wave down the muscular tube, in an anterograde fashion. In humans, peristalsis is found in the contraction of smooth muscles to propel contents through the digestive tract. Earthworms use a similar mechanism to drive their locomotion.[1] The word is derived from New Latin and comes from the Greek peristallein, "to wrap around," from peri-, "around" +stallein, "to place".

The Circulatory System works with the Digstive System in several ways. One of them being that the digestive system breaks down food to get the nutrients, where it is then sent to the ileum (small intestine) to be absorbed by the villi that cover the walls of the ileum. In the villi there is a capillary that absorbs the nutrients into the lood stream and the blood then distributes these nutrients (or energy) around the body because of the pumping action of the heart. Hope this helps a bit :)

There are many differences between humans and cows. But the most notable difference is the digestive system. Cows have a digestive system that enables them to eat and digest plant matter (fibre, cellulose, hemicellulose, starches, etc.) more efficiently than humans. It is this difference that makes cows able to eat roughage and coarser forages than what humans are able to chew through. Humans, on the other hand, are more able to digest animal proteins more efficiently than cows. Essentially, cows are herbivores and humans are omnivores by natural selection and evolution.

Cows are ruminants, which means they have one large stomach with four compartments that enable coarse plant matter to be digested and broken down in four steps, starting in the reticulum, which collects hardware and other things that cannot be digested or passed through the animal, followed by the rumen, which is a fermentation vat that breaks down fibrous material with the work done by microflora. The omasum absorbs the excess "water" from the digested material, and then further digested by the abomasum, with enzymes to digest proteins and starches.

Humans are monogastrics, which only have one stomach with one compartment. Enzymes or peptides are designed to help break down proteins and starches, but not fibre or cellulose. Proteins stay in the stomach longer because they are being broken down more efficiently. Plant matter passes through more quickly because it can't be digested as efficiently. The only real benefit with fibrous matter is that it helps with healthy bowel movements.

Cattle also have a large functioning cecum that is used to further break down fibre that was missed being broken down in the rumen. Humans, on the other hand, have what is supposed to be a cecum that actually has no significance to the human's digestive system: the appendix is just a useless piece of skin attached to the large intestine that does nothing except cause pain when it gets infected.

Gastrointestinal tract is a pathway for entrance, passage, digestion, metabolism and excretion of food and consists of the mouth, pharynx, esophagus, stomach, intestines, colon, rectum and anus

The bits of food that can not be digested are sent to the large intestine where they are stripped from most of their water, this food, which is now Feces, is stored in the rectum until it is eradicated from the body during a bowel movement.

The most important end product of digestion is the separation of nutrients, most of which are absorbed through the small intestine and distributed throughout the body cells by the circulatory system.

Amylase, an enzyme found in your mouth breaks starch into simple sugars.

Amylase continues the work begun in the mouth by ptyalin and completes the process of breaking down a starch into single glucose molecules. Ptyalin breaks down a polysaccharide (starch) into a disaccharide (maltose). Amylase finishes the break-down by splitting the two glucose molecules in maltose into single glucans. It does this through the process of hydrolysis. Like ptyalin in the mouth, Amylase inserts a water molecule between the two glucans which are bonded together. This breaks the glycosidic bond between them by "capping" the free reactive ends with the H and the OH. The two glucose molecules are now separate monosaccharides.

Bits of fecal matter from the large intestine entire the appendix. After some time, the fecal matter collects, can't get out, and develops and irritating nidus. Your body develops an inflammatory response, and a purulent infection ensues. With uncheck infection, it finally bursts under pressure.

The last thing to be removed from body waste is water. This take place in the large intestine known as the colon. That water is recycled back into the body.

You have bile salts in the bile. The bile salts emulsify the fat into fine particles. The surface area of the fat get greatly increased. The fat splitting enzyme called as lipase get chance to split the fat into fatty acids and glycerol.

Gastric acid is secretion produced in the stomach. It is one of the main ditotonic solutions secreted, together with several enzymes and intrinsic factors. Chemically it is an acid solution with a pH of 1 to 2 in the stomach lumen, consisting mainly of hydrochloric acid (HCl) (around 0.5%, or 5000 parts per million), and large quantities of potassium chloride (KCl) and sodium chloride (NaCl).

Those who have impaired intestines suffer from a variety of maladies.

Since the intestines are responsible for every type of nutrient absorption, you would suffer from vitamin deficiencies, which could cause a domino effect of symptoms. You could suffer from headaches, to thyroid problems. my daughter throws up everything she eats.she is not purging.The doctor said she has no fat in her stomachand that is causing her organs to lay on top of each other,causing her intestines to close,causing her to throw up.Could this be possible?

While the gallbladder may appear to be functioning in chemical digestion because it produces a chemical, in reality this chemical functions as part of mechanical digestion. Bile produced by the gallbladder emulsifies fats. This means that it breaks the fat particles into smaller particles without changing their chemical nature.