The proses of the digestive tract are very complex and difficult to understand. There is a lot of chemistry that ties into the digestion system. There is multiple part of the digestive tract that all have different role helping the body to digestive nurturance. Most people when asked think that the stomach is the place where it all starts but they would be wrong. People also think the that the stomach is the most important but if it comes down to it that with out any part of this complex system the digestion could not take place. The chemistry of digestion is dependent on the type of animal as well as the type of food it eats. People think that the bigger the animal is the bigger and parts of the digestive tract there is but it has nothing
What are the three sections of the large intestine and what roles does each play in digestion or absorption?
After dissecting the rat, we learned that the rat’s body has many complex systems. To begin, the digestive system contains a group of organs that work together to convert food taken in from the body and converts it to energy and basic nutrients to feed the cells in the body. The digestive system includes the mouth, pyloric valve or sphincter, caecum, small intestine, colon (large intestine), duodenum, retrum, and stomach. The salivary glands, liver, and pancreas are glands that are laid outside of the digestive system, but they are associated with contributing to the system’s function. The mouth processes the food so that it is easier to swallow. From the mouth, it moves to the back of the mouth.
All cells need nutrient and energy to live and this energy provided by processes that called digestion. For example, when we eat some things like bread, meat, and vegetable, although they are delicious, but they are not forms of nourishment for the cells, therefore they need to change into an acceptable form such as smaller molecules to absorb by blood and carry to body cells. Digestion is break downing of food into appropriate form to absorb into the bloodstream. Digestion system contains the digestive tract called alimentary canal and associated glands that secrete digestive juices for digestion of food. The digestion or breakdown is started when food is taken in the mouth and mastication performed by the teeth and exposed to certain enzymes. The primary function of teeth is grasped and holds the food in the mouth cavity, they also modified to serve as a grinding mill for chewing food that mentions to mechanical digestion. With the help of the teeth, tongue, and jaw movement, food are chewed and mixed with saliva that secreted in the mouth and allowing chemical digestion to happen. The digestion of a ham, cheese, and lettuce sandwich begins in the mouth. The food in the mouth active the endocrine glands to secretion digestive enzyme that called salivary amylase. It helps to break down carbohydrates and starch. Thus, at this stage, the bread of ham and cheese sandwich chemically digested. Amylase is a starch digesting enzyme which breakdowns bread (starch) into maltose that
Main components in the digestive system include the teeth, tongue, salivary glands, liver, small intestine, stomach, and pancreas..The function is to digest food.
The digestive system is very important in digesting food and breaking it down so it can be digested easily. The digestive system turns food into energy. Throughout the process there are nutrients which are absorbed. There are many things that contributed to the digestive system such as the mouth which produces saliva which helps to break down food and nutrients such as carbohydrates with the help of an enzyme called amylase. The major food groups which are called macro nutrients include carbohydrates, proteins and fats. All of these nutrients play an important role in the body. There are also many micro-nutrients which include vitamins and minerals which provide the body with health and well-being. The digestive system is made up of the mouth, which includes the teeth (the teeth are used to cut and grind food into smaller pieces, they contain blood vessels and nerves), tongue (the tongue is a muscle that has a rough surface including the taste buds), salvia glands (they produce salvia which moistens the food to make is easier to digest), the pharynx (this helps the food travel to the stomach, the pharynx also plays an important role in the respiratory system. It also contains 2 different flaps to separate the 2 functions), esophagus (this connects the pharynx to the stomach and transports chewed food to the stomach), stomach (this is a muscle that is
The Digestive system plays an important role in the function of the human body. The digestive system converts food to energy your body needs to complete everyday activities. The digestive system also takes the waste in your body and eliminates waste. Major organs included in the process of the digestive system include the mouth, esophagus, stomach, and small intestine. The mouth is where the process begins. Saliva is added to the food that you chew, which makes it able to travel down the esophagus.
The digestive system is one of the most important systems in our body because it takes the nutrients out of food we eat and gives us energy to power our body.
The digestive system can vary from organism to organism based on what the organism primary diet is. As a result, the change in diet within the same species organism can also alter its digestive physiology to better accommodate it current diet. As human, we have evolved to efficiently digest starch and cooked food and the domesticated animals that we keep as pet, such as dogs and cats, have co-evolved with us and share a similar digestive physiology to us. Even though dogs have evolved from wolves, the two animals are not the same. Dogs is more efficient at digesting certain materials, while wolves are more efficiently at digesting others.
Digestion starts in the mouth because once your sense of taste starts it produces saliva. Saliva dissolves the food while the teeth chop food down to pieces before it follows through to the pharynx. That’s why the mouth starts off the digestive process.
Your digestive system is distinctively designed to transform the food you eat into nutrients, which the body uses for cell repair, energy, and growth. It includes the organs associated with the alimentary canal and several accessory structures. Here's how it works.
The digestive system breaks down food particles so they are easier to digest. The large intestine(Number) helps break down food. The large intestine has a layer of mucus to make sure no acid makes holes through the large intestine. The small intestine (number) helps break down food with enzymes to lead to the anus.
The digestive system is made up of the gastrointestinal (GI) tract—also called the digestive tract—and the liver, pancreas, and gallbladder. The GI tract is a series of hollow organs joined in a long, twisting tube from the mouth to the anus. The hollow organs that make up the GI tract are the mouth, esophagus, stomach, small intestine, large intestine—which includes the rectum—and anus. Food enters the
The digestive tract and system is a complex process where each section has its own enzymes to be produced in a specific order and relies on the one being completed to carry out the next.
The digestive system is comprised of a group of organs known as the alimentary canal, which is one continues tube that runs from the oral cavity to the anus. The second set of organs that make up the digestive system are the Accessory organs.
The Digestive System is basically consist of organs that works together to help transfer food into energy to help nourish the body. The food then passes through, what is called the Gastrointestinal Tract (GI Tract). The GI Tract’s job mainly is to digest the food taken in, consume the nutrients and get rid of waste. This process is an impactful part of the immune system, which plays an important role with helping fluid not to enter the blood stream that’s due to a sore or inflamed tissue. Gastrointestinal Agents which are also known GI Agents are basically a combination of diseases and/or disorders that attacks part of the body such as the anus, liver, pancreas, bilary tract and the mouth. These agents are a part of many sub-classes of drugs such as H2 Antagonist; Laxatives; Antidiarrheal; GI Stimulants; Anticholinergic/Antispasmodics and also PPI’S (Proton Pump Inhibitors). The class of H2 Antagonist drugs which are also known as H-2 Blockers, are used to treat gastric ulcers, duodenal ulcers, GERD, or stomach bleeding.H2 Blockers works to the effect of decreasing the amount of acid produced by the stomach. These conditions may cause pancreatic problems which is damage caused by certain medications or even