4: Digestive System Tour Lab
... Pepsin (a digestive enzyme) is produced to help digest proteins. Mucus is produced by glands of the stomach to protect the stomach from its own acid. Sphincter muscles control both ends of the stomach to allow food to enter and exit. The stomach is made of 3 strong layers of muscle which mix ...
... Pepsin (a digestive enzyme) is produced to help digest proteins. Mucus is produced by glands of the stomach to protect the stomach from its own acid. Sphincter muscles control both ends of the stomach to allow food to enter and exit. The stomach is made of 3 strong layers of muscle which mix ...
Document
... stomach, intestine and accessory organs: liver, pancreas, gallbladder. Before speaking about these organs within the abdominal cavity, there is a very important structure in this abdominal cavity, which is crucially related to these digestive organs, which is: the Peritoneum. what is the Peritoneum? ...
... stomach, intestine and accessory organs: liver, pancreas, gallbladder. Before speaking about these organs within the abdominal cavity, there is a very important structure in this abdominal cavity, which is crucially related to these digestive organs, which is: the Peritoneum. what is the Peritoneum? ...
m5zn_fc31939a06bd0b0
... Regarding blood supply & lymph drainage of the tongue, the following are true, except: 1- The lingual artery supplies most of the tongue 2- Posterior part is supplied by ascending pharyngeal & tonsillar branch of facial arteries 3- Veins of the tongue drain into external jugular vein. 4- Lymphatics ...
... Regarding blood supply & lymph drainage of the tongue, the following are true, except: 1- The lingual artery supplies most of the tongue 2- Posterior part is supplied by ascending pharyngeal & tonsillar branch of facial arteries 3- Veins of the tongue drain into external jugular vein. 4- Lymphatics ...
6.LYMPHATIC OF THE ABDOMINAL VISCERA
... of the pancreas. Formed by the union of the splenic and superior mesenteric veins, behind the neck of the pancreas. Drains blood from the gastrointestinal tract. (From the lower1/3rd of esophagus to halfway down the anal canal). It also drains, the spleen, the pancreas, and the gall bladder. ...
... of the pancreas. Formed by the union of the splenic and superior mesenteric veins, behind the neck of the pancreas. Drains blood from the gastrointestinal tract. (From the lower1/3rd of esophagus to halfway down the anal canal). It also drains, the spleen, the pancreas, and the gall bladder. ...
exam 4
... D) gaster – upper left epigastric region E) cecum – right inguinal region 16) Into which of the following does the splenic vein drain? A) inferior vena cava B) hepatic vein C) hepatic portal vein D) common bile duct E) cisterna chyli 17) Which of the following organs or structures is/are NOT located ...
... D) gaster – upper left epigastric region E) cecum – right inguinal region 16) Into which of the following does the splenic vein drain? A) inferior vena cava B) hepatic vein C) hepatic portal vein D) common bile duct E) cisterna chyli 17) Which of the following organs or structures is/are NOT located ...
(MED 0701) Model answer of Anatomy examination
... Begins at the level of lower border of 1st lumbar vertebra Ends at the level of lower border of 5th lumbar vertebra Passes through diaphragm behind medial arcuate ligament Passes behind the head of pancreas Its lower part is covered by peritoneum of posterior abdominal wall ...
... Begins at the level of lower border of 1st lumbar vertebra Ends at the level of lower border of 5th lumbar vertebra Passes through diaphragm behind medial arcuate ligament Passes behind the head of pancreas Its lower part is covered by peritoneum of posterior abdominal wall ...
Game Board
... This is the making of glycogen from glucose molecules so that it can be stored for later use. ...
... This is the making of glycogen from glucose molecules so that it can be stored for later use. ...
Anatomical and Topographical Description of the Digestive
... Hildebrand (1995), state that the biliary ducts responsible for draining bile from the hepatic lobes unite to form the main right and left ducts, which, together with the cystic duct, form the choledoc duct that opens into the initial portion of the duodenum. Pancreas. The pancreas is lodged between ...
... Hildebrand (1995), state that the biliary ducts responsible for draining bile from the hepatic lobes unite to form the main right and left ducts, which, together with the cystic duct, form the choledoc duct that opens into the initial portion of the duodenum. Pancreas. The pancreas is lodged between ...
Chapter 7 Body Systems
... (Figures 25-11 and 25-12) Gastric glands—found below level of the pits; secrete most of gastric juice Chief cells—secretory cells found in gastric glands; secrete the enzymes of gastric juice Parietal cells—secretory cells found in gastric glands; secrete ...
... (Figures 25-11 and 25-12) Gastric glands—found below level of the pits; secrete most of gastric juice Chief cells—secretory cells found in gastric glands; secrete the enzymes of gastric juice Parietal cells—secretory cells found in gastric glands; secrete ...
The Digestive System
... • The pancreas secretes enzymes that digest food in the small intestine, and bicarbonate which buffers the acidic chyme leaving the stomach • Pancreatic juice secreted into the pancreatic duct which takes it to the small intestine ...
... • The pancreas secretes enzymes that digest food in the small intestine, and bicarbonate which buffers the acidic chyme leaving the stomach • Pancreatic juice secreted into the pancreatic duct which takes it to the small intestine ...
Skeletal System
... their mesentery and lie posterior to the peritoneum These organs, which also include most of the pancreas and parts of the large intestine are called retroperitoneal organs ...
... their mesentery and lie posterior to the peritoneum These organs, which also include most of the pancreas and parts of the large intestine are called retroperitoneal organs ...
CHAPTER 17: DIGESTIVE SYSTEM
... Movement of Food = the passage of food along the gastrointestinal (GI) tract. Digestion = the breakdown of food by chemical and mechanical means. Absorption = the passage of digested food from GI tract into bloodstream (and lymph) for distribution to cells. Defecation =the elimination of undigested ...
... Movement of Food = the passage of food along the gastrointestinal (GI) tract. Digestion = the breakdown of food by chemical and mechanical means. Absorption = the passage of digested food from GI tract into bloodstream (and lymph) for distribution to cells. Defecation =the elimination of undigested ...
abdomen - WordPress.com
... inguinal ring (does NOT pass through deep ring, only travels in part of canal); communicates with IH; supplies inner thigh, ant scrotum, root of penis; can be damaged during inguinal hernia repair 4) Genitofemoral nerve (L1-2) – genital branch enters deep inguinal ring to innervate cremaster; femora ...
... inguinal ring (does NOT pass through deep ring, only travels in part of canal); communicates with IH; supplies inner thigh, ant scrotum, root of penis; can be damaged during inguinal hernia repair 4) Genitofemoral nerve (L1-2) – genital branch enters deep inguinal ring to innervate cremaster; femora ...
CHAPTER 17: DIGESTIVE SYSTEM
... increasing effectiveness of digestive enzymes 4 types with different functions: See Fig 17.9, page 656. a. ...
... increasing effectiveness of digestive enzymes 4 types with different functions: See Fig 17.9, page 656. a. ...
26. Digestive System
... muscles. The buccinator muscles compress the cheeks against the teeth to hold solid materials in place during chewing. The cheeks terminate at the fleshy lips (or labia), which form the anterior wall of the oral cavity. The lips are formed primarily by the orbicularis oris muscle and covered with ke ...
... muscles. The buccinator muscles compress the cheeks against the teeth to hold solid materials in place during chewing. The cheeks terminate at the fleshy lips (or labia), which form the anterior wall of the oral cavity. The lips are formed primarily by the orbicularis oris muscle and covered with ke ...
Dissector Bold terms 3
... -Left gastro-omental artery (from splenic) -Right Astro-omental (from gastroduodenal branch of common hepatic) -Hepatic portal vein -Left/right portal veins -Left/right gastric veins Spleen -Visceral surface (stomach, left kidney, transverse colon, pancreas) -Diaphragmatic surface (ribs 9-11) Liver ...
... -Left gastro-omental artery (from splenic) -Right Astro-omental (from gastroduodenal branch of common hepatic) -Hepatic portal vein -Left/right portal veins -Left/right gastric veins Spleen -Visceral surface (stomach, left kidney, transverse colon, pancreas) -Diaphragmatic surface (ribs 9-11) Liver ...
The peritoneum & its reflections
... The peritoneal cavity houses a great length of gut, most of which is covered with peritoneum. Extensive continuities are required between the parietal and visceral peritoneum to convey the necessary neurovascular structures from the body wall to the viscera. The parietal and visceral peritoneum lini ...
... The peritoneal cavity houses a great length of gut, most of which is covered with peritoneum. Extensive continuities are required between the parietal and visceral peritoneum to convey the necessary neurovascular structures from the body wall to the viscera. The parietal and visceral peritoneum lini ...
Digestion in the Plaice (Pleuronectes platessa).
... of secreting a trypsin-like enzyme. There does not appear to have been any special duct described, through which this pancreatic juice could reach the intestine, and it is tempting to suppose that secretion takes place into the gall-bladder and that the enzyme reaches the intestine in the bile. H th ...
... of secreting a trypsin-like enzyme. There does not appear to have been any special duct described, through which this pancreatic juice could reach the intestine, and it is tempting to suppose that secretion takes place into the gall-bladder and that the enzyme reaches the intestine in the bile. H th ...
THE PERITONEUM : MUSTAFA SAMHOURI 16/9/2015 MOHD ALLOH
... (meaning that it doesn’t move), but it’s very close to other movable organs like the intestine, so it’s covered by the peritoneum. So the peritoneum is made up of two layers: the layer that covers the internal surface of the abdominal wall is called the parietal layer and the part of the sac which w ...
... (meaning that it doesn’t move), but it’s very close to other movable organs like the intestine, so it’s covered by the peritoneum. So the peritoneum is made up of two layers: the layer that covers the internal surface of the abdominal wall is called the parietal layer and the part of the sac which w ...
The Pancreas
... The major form of dietary fat is triglyceride, or neutral lipid. A triglyceride molecule cannot be directly absorbed across the intestinal mucosa. It must first be digested into a 2-monoglyceride and two free fatty acids. The enzyme that performs this hydrolysis is pancreatic lipase. Sufficient quan ...
... The major form of dietary fat is triglyceride, or neutral lipid. A triglyceride molecule cannot be directly absorbed across the intestinal mucosa. It must first be digested into a 2-monoglyceride and two free fatty acids. The enzyme that performs this hydrolysis is pancreatic lipase. Sufficient quan ...
7-OMENTUM-2016-Final
... • The largest peritoneal fold, with cribriform appearance, contains some adipose tissue. • It consists of a double sheet of peritoneum, folded on itself so that it is made up of four layers (anterior 2 layers + posterior 2 layers). • The two layers which descend from the greater curve of the stomach ...
... • The largest peritoneal fold, with cribriform appearance, contains some adipose tissue. • It consists of a double sheet of peritoneum, folded on itself so that it is made up of four layers (anterior 2 layers + posterior 2 layers). • The two layers which descend from the greater curve of the stomach ...
Congenital Interruption of the Inferior Vena Cava
... drained a large corenary sinus ( connected the left superior vena ) a large left hepatic venous trunk, and a normal right superior vena cava; it communicated with the left atrium via a fossa ovalis defect. The dilated main pulmonary artery divided into a large left and a small right branch, which su ...
... drained a large corenary sinus ( connected the left superior vena ) a large left hepatic venous trunk, and a normal right superior vena cava; it communicated with the left atrium via a fossa ovalis defect. The dilated main pulmonary artery divided into a large left and a small right branch, which su ...
Digestion PPT - Wilson`s Web Page
... o Contains a bile duct that delivers bile from the liver and pancreatic juice from the pancreas − Enzymes in pancreatic juice complete food digestion • Jejunum: middle part of small intestine • Ileum: lower part of small intestine o Contains lymphoid tissues involved in immune response to intestinal ...
... o Contains a bile duct that delivers bile from the liver and pancreatic juice from the pancreas − Enzymes in pancreatic juice complete food digestion • Jejunum: middle part of small intestine • Ileum: lower part of small intestine o Contains lymphoid tissues involved in immune response to intestinal ...
6-Anatomy of OMENTUM2016-12
... • The largest peritoneal fold, with cribriform appearance, contains some adipose tissue. • It consists of a double sheet of peritoneum, folded on itself so that it is made up of four layers (anterior 2 layers + posterior 2 layers). • The two layers which descend from the greater curve of the stomach ...
... • The largest peritoneal fold, with cribriform appearance, contains some adipose tissue. • It consists of a double sheet of peritoneum, folded on itself so that it is made up of four layers (anterior 2 layers + posterior 2 layers). • The two layers which descend from the greater curve of the stomach ...
Liver
The liver is a vital organ of vertebrates and some other animals. In the human it is located in the upper right quadrant of the abdomen, below the diaphragm. The liver has a wide range of functions, including detoxification of various metabolites, protein synthesis, and the production of biochemicals necessary for digestion.The liver is a gland and plays a major role in metabolism with numerous functions in the human body, including regulation of glycogen storage, decomposition of red blood cells, plasma protein synthesis, hormone production, and detoxification. It is an accessory digestive gland and produces bile, an alkaline compound which aids in digestion via the emulsification of lipids. The gallbladder, a small pouch that sits just under the liver, stores bile produced by the liver. The liver's highly specialized tissue consisting of mostly hepatocytes regulates a wide variety of high-volume biochemical reactions, including the synthesis and breakdown of small and complex molecules, many of which are necessary for normal vital functions. Estimates regarding the organ's total number of functions vary, but textbooks generally cite it being around 500.Terminology related to the liver often starts in hepar- or hepat- from the Greek word for liver, hēpar (ἧπαρ, root hepat-, ἡπατ-).There is currently no way to compensate for the absence of liver function in the long term, although liver dialysis techniques can be used in the short term. Liver transplantation is the only option for complete liver failure.