Your saliva produces enzymes to break down food and your stomach has them too, but I am pretty sure that your stomach doesn't produce as much as your saliva.
yes
The esophagus does not produce any enzymes. Even so, sometimes digestive enzymes produced in the stomach can make their way into the esophagus due to a hernia or a condition called gastroesophagic reflux.
Stomach enzymes are specialized to function in the acidic environment of the stomach, whereas other enzymes may function in a neutral or alkaline environment. Stomach enzymes such as pepsin are mainly involved in digesting proteins, while other enzymes may have diverse roles in metabolism, signaling, or other biochemical processes. Stomach enzymes are secreted by the stomach lining in response to food intake, while other enzymes may be produced in various organs or tissues throughout the body.
expressed in the stomach but not expressed in the small intestine
because each enzyme has an own purpose
Small Intestine,Stomach and third one i don't know
The esophagus does not produce any enzymes. Even so, sometimes digestive enzymes produced in the stomach can make their way into the esophagus due to a hernia or a condition called gastroesophagic reflux.
Most digestive enzymes are produced in the stomach. You will find that with the complex ducts throughout the human body these enzymes can travel to other areas of the digestive system. These areas include the salivary glands, the stomach, the pancreas, and the intestines.
The stomach contains enzymes that break down protein.
The stomach produces several chemicals to digest food. Some are enzyme pepsin, hydrochloric acid, gastric lipase and pepsinoge, which are digestive enzymes.
Most other types of bacteria do not produce ulcers because they lack the specific mechanisms and enzymes needed to disrupt the protective mucosal barrier of the stomach and cause damage to the tissues. Helicobacter pylori, the bacteria responsible for most ulcers, is uniquely adapted to survive in the acidic environment of the stomach and has specialized virulence factors that allow it to colonize the stomach lining and cause inflammation.
bicarb fluid