Pancreas is a small tube off the large intestine !!
No, the appendix can be found off the large intestine.
I can't display images directly, but I can describe the location of the appendix. The appendix is a small, tube-like structure located in the lower right abdomen, branching off from the large intestine. It typically sits near the junction of the small intestine and the large intestine, often referred to as the cecum. If you search online for "appendix location diagram," you'll find visual representations that clearly show its position.
The blind pouch hanging from the cecum is called the appendix. It is a small, tube-like structure of the large intestine. The function of the appendix is not well understood, but it is believed to play a role in immune function.
The small intestine connects to the large intestine about a hands length beneath the liver. The portion of the S.I. is called the ileum and the portion it joins to is the cecum. A sphincter connects the two, preventing back flow. Below the junction is the appendix, which is essentially the tapering off of the large intestine into a rat tail like shape. Matter is supposed to continue up through this part of L.I. hence it's named the ascending colon.
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A branch of the large intestine that is a dead end is called the appendix. The appendix is a small tube-like structure located near where the small and large intestines meet and has no known function in digestion. It can become inflamed and infected, leading to a condition called appendicitis that may require surgical removal.
The artery that supplies the small intestine, cecum, ascending colon, and transverse colon is the superior mesenteric artery (SMA). It branches off from the abdominal aorta and provides blood to the majority of the small intestine and the first part of the large intestine. Key branches of the SMA include the jejunal and ileal arteries for the small intestine, as well as the ileocolic, right colic, and middle colic arteries for the cecum and colon.
In the small intestine, the food is digested for the last time in the digestive system. Bile, pancreatic juice and intestinal juice are let into the small intestine when the food enters the small intestine. The bile acid is the greenish liquid that that breaks down the large fat molecule into small fat molecule. The intestinal and pancreatic juice contain protease, carbohydrase and lipase. The pancreatic juice is made in the pancreas and it flows into the small intestine while the intestinal juice is made in the small intestine itself. The protease break down the polypeptide into amino acids, carbohydrase break down maltose into glucose and the lipase will break down the small fat molecule into glycerol and fatty acid. the walls of the small intestine have many blood vessels. Only the simple molecules such as amino acids, glucose, glycerol and fatty acids can be absorbed into the blood vessels. The large molecules such as proteins, polypeptide, carbohydrate, maltose and fats cannot enter the bloodstream as they are too big to be absorbed and so all this big nutrient molecules will be passed on to the large intestine to be disposed off through the anus in the form of faeces. The walls of the small intestine are filled villi which provide a large surface area for the absorption of nutrients to be faster.
In the small intestine, the food is digested for the last time in the digestive system. Bile, pancreatic juice and intestinal juice are let into the small intestine when the food enters the small intestine. The bile acid is the greenish liquid that that breaks down the large fat molecule into small fat molecule. The intestinal and pancreatic juice contain protease, carbohydrase and lipase. The pancreatic juice is made in the pancreas and it flows into the small intestine while the intestinal juice is made in the small intestine itself. The protease break down the polypeptide into amino acids, carbohydrase break down maltose into glucose and the lipase will break down the small fat molecule into glycerol and fatty acid. the walls of the small intestine have many blood vessels. Only the simple molecules such as amino acids, glucose, glycerol and fatty acids can be absorbed into the blood vessels. The large molecules such as proteins, polypeptide, carbohydrate, maltose and fats cannot enter the bloodstream as they are too big to be absorbed and so all this big nutrient molecules will be passed on to the large intestine to be disposed off through the anus in the form of faeces. The walls of the small intestine are filled villi which provide a large surface area for the absorption of nutrients to be faster.
In the small intestine, the food is digested for the last time in the digestive system. Bile, pancreatic juice and intestinal juice are let into the small intestine when the food enters the small intestine. The bile acid is the greenish liquid that that breaks down the large fat molecule into small fat molecule. The intestinal and pancreatic juice contain protease, carbohydrase and lipase. The pancreatic juice is made in the pancreas and it flows into the small intestine while the intestinal juice is made in the small intestine itself. The protease break down the polypeptide into amino acids, carbohydrase break down maltose into glucose and the lipase will break down the small fat molecule into glycerol and fatty acid. the walls of the small intestine have many blood vessels. Only the simple molecules such as amino acids, glucose, glycerol and fatty acids can be absorbed into the blood vessels. The large molecules such as proteins, polypeptide, carbohydrate, maltose and fats cannot enter the bloodstream as they are too big to be absorbed and so all this big nutrient molecules will be passed on to the large intestine to be disposed off through the anus in the form of faeces. The walls of the small intestine are filled villi which provide a large surface area for the absorption of nutrients to be faster.
In the small intestine, the food is digested for the last time in the digestive system. Bile, pancreatic juice and intestinal juice are let into the small intestine when the food enters the small intestine. The bile acid is the greenish liquid that that breaks down the large fat molecule into small fat molecule. The intestinal and pancreatic juice contain protease, carbohydrase and lipase. The pancreatic juice is made in the pancreas and it flows into the small intestine while the intestinal juice is made in the small intestine itself. The protease break down the polypeptide into amino acids, carbohydrase break down maltose into glucose and the lipase will break down the small fat molecule into glycerol and fatty acid. the walls of the small intestine have many blood vessels. Only the simple molecules such as amino acids, glucose, glycerol and fatty acids can be absorbed into the blood vessels. The large molecules such as proteins, polypeptide, carbohydrate, maltose and fats cannot enter the bloodstream as they are too big to be absorbed and so all this big nutrient molecules will be passed on to the large intestine to be disposed off through the anus in the form of faeces. The walls of the small intestine are filled villi which provide a large surface area for the absorption of nutrients to be faster.
The first part of the large intestine is called the cecum. The terminal illuem (last part of the small intestine) connects to the cecum at the illeocecal valve. From the cecum the large intestine will start to ascend hence the name ascending colon. The appendix (the bit that is often removed as a result of appendicitis) is often found off the cecum.