Through the small intestine
large intestine
The three areas are: - the esophagus - the large intestine - the rectum
Several reactions occur in the large intestine. Basically, the large intestine is the place where the remaining water from our food waste gets absorbed and through bacterial mechanisms the waste is reduced and compacted to prepare it for evacuation thru the anus.
In the Colon of Large Intestine
Undigested food passes along through the large intestine, here the water is absorbed from the undigested food into the body. Once it has passed along the undigested food ends up in the rectum.
Sacculations are irregular folds or pouches that occur along the length of the large intestine, particularly in the colon. These structures increase the surface area available for water absorption and help with the compaction of fecal matter as it moves through the colon. Sacculations are a normal anatomical feature of the large intestine.
carbohydrate digestion doesn't occur in the stomach and the large intestine.
Minor fiber digestion by bacteria goes on in the large intestine, and water is absorbed, but no major lipid/protein/carbohydrate digestion occurs. All of that goes on higher up in the system.
The names of the two intestines are the small intestine and the large intestine. The small intestine is where most digestion and absorption of nutrients occur, while the large intestine is primarily responsible for absorbing water and electrolytes while forming and expelling waste materials.
No, diverticulosis occurs when mucosa become inflamed in the colon (large intenstine). Diverticulitis occurs when mucosa become inflamed in the small intestine.
The passageway for food through the body is called the digestive tract or gastrointestinal tract. It includes organs like the mouth, esophagus, stomach, small intestine, and large intestine, where digestion and absorption of nutrients occur.
In the small intestine is where the breakdown of large food molecules occur and it also absorbs all of all the nutrients from these large molecules.