Introduction to Abdominal Radiology
... May occur in the head, body or tail Located mid abdomen, left or right May be very large Can cause abdominal organ displacement – Can displace stomach cranially and small intestines in various direction depending on location ...
... May occur in the head, body or tail Located mid abdomen, left or right May be very large Can cause abdominal organ displacement – Can displace stomach cranially and small intestines in various direction depending on location ...
biliary system
... Jaundice is a yellow color in the skin, the mucous membranes, or the eyes. The yellow pigment is from bilirubin. Bilirubin is a byproduct of old red blood cells. Blirubin is the yellow color you see when a bruise is healing. Jaundice occurs when there are too many old red blood cells in the blood. I ...
... Jaundice is a yellow color in the skin, the mucous membranes, or the eyes. The yellow pigment is from bilirubin. Bilirubin is a byproduct of old red blood cells. Blirubin is the yellow color you see when a bruise is healing. Jaundice occurs when there are too many old red blood cells in the blood. I ...
The Digestive System
... Hepatocytes: liver cells contained within the lobules Hepatic portal vein & Hepatic Artery: the circulation of the liver, they bring blood into the liver where it is filtered through the liver sinusoidal capillaries Kupffer cells: remove debris Filtered blood drains into the central vein, then to th ...
... Hepatocytes: liver cells contained within the lobules Hepatic portal vein & Hepatic Artery: the circulation of the liver, they bring blood into the liver where it is filtered through the liver sinusoidal capillaries Kupffer cells: remove debris Filtered blood drains into the central vein, then to th ...
Chapter 23 The Digestive System
... • Undigested fats • ___________________________________ to travel through the intestine • Virtually all _______________________________ absorption occurs here Requirements for Digestion and Absorption in the Small Intestine ...
... • Undigested fats • ___________________________________ to travel through the intestine • Virtually all _______________________________ absorption occurs here Requirements for Digestion and Absorption in the Small Intestine ...
REVISION: HUMAN NUTRITION 25 JUNE 2014
... The human digestive system is a group of organs that break down food into _____1_____ to be used as fuel by the body. Digestive juices, which are mostly _____2_____ , speed up this breakdown. Carbohydrates are changed into _____3_____ , fats are digested into _____4_____ , and proteins are broken do ...
... The human digestive system is a group of organs that break down food into _____1_____ to be used as fuel by the body. Digestive juices, which are mostly _____2_____ , speed up this breakdown. Carbohydrates are changed into _____3_____ , fats are digested into _____4_____ , and proteins are broken do ...
C23/v2/5: Accessory Organs of the Digestive System
... three stimuli are chiefly responsible for the release of pancreatic and bile secretions – acetylcholine (ACh) - from vagus and enteric nerves • stimulates acini to secrete their enzymes during the cephalic phase of gastric control even before food is swallowed – enzymes remain in acini and ducts unt ...
... three stimuli are chiefly responsible for the release of pancreatic and bile secretions – acetylcholine (ACh) - from vagus and enteric nerves • stimulates acini to secrete their enzymes during the cephalic phase of gastric control even before food is swallowed – enzymes remain in acini and ducts unt ...
Jordyn
... Process of dissolving and chemically converting food for absorption by cells. In the mouth, food is chewed, mixed with saliva, which begins to break down starches, and kneaded by the tongue into a ball for swallowing. Peristalsis propels it through the esophagus and the rest of the alimentary canal. ...
... Process of dissolving and chemically converting food for absorption by cells. In the mouth, food is chewed, mixed with saliva, which begins to break down starches, and kneaded by the tongue into a ball for swallowing. Peristalsis propels it through the esophagus and the rest of the alimentary canal. ...
Introduction to Abdominal Radiology
... May occur in the head, body or tail Located mid abdomen, left or right May be very large Can cause abdominal organ displacement – Can displace stomach cranially and small intestines in various direction depending on location ...
... May occur in the head, body or tail Located mid abdomen, left or right May be very large Can cause abdominal organ displacement – Can displace stomach cranially and small intestines in various direction depending on location ...
The Digestive System
... BUT WAIT, THERE’S STILL MORE…. Maintains blood glucose level at 100mg/100ml (0.1%), even though we still eat often...and a lot *When insulin is there: excess glucose in blood is removed and stored in the liver as glycogen *between meals, glycogen breaks down into glucose which can then enter the he ...
... BUT WAIT, THERE’S STILL MORE…. Maintains blood glucose level at 100mg/100ml (0.1%), even though we still eat often...and a lot *When insulin is there: excess glucose in blood is removed and stored in the liver as glycogen *between meals, glycogen breaks down into glucose which can then enter the he ...
Gastro Intestinal System
... • Gastric pits: Openings for gastric glands • Gastric gland containing cells • Goblet cells: Mucus • Parietal cells: Hydrochloric acid and intrinsic factor • Chief cells : Pepsinogen • Enterochromafin like cells: Histamine • G cells: Gastrin • D cells: Somatostatin ...
... • Gastric pits: Openings for gastric glands • Gastric gland containing cells • Goblet cells: Mucus • Parietal cells: Hydrochloric acid and intrinsic factor • Chief cells : Pepsinogen • Enterochromafin like cells: Histamine • G cells: Gastrin • D cells: Somatostatin ...
The Digestive System - Mrs Frank Science Wiki
... by the liver, intestines and stomach. Bile is squeezed from the gallbladder into the small intestine, where it breaks up large fat droplets into very small ones. This allows more fat molecules to be exposed to the enzymes. Storing Nutrients and Protecting the Body After all the nutrients are broken ...
... by the liver, intestines and stomach. Bile is squeezed from the gallbladder into the small intestine, where it breaks up large fat droplets into very small ones. This allows more fat molecules to be exposed to the enzymes. Storing Nutrients and Protecting the Body After all the nutrients are broken ...
digestive system
... Now that person can only eat small amounts of fats at a time. Two main types of gallstones: Stones made out of cholesterol (most common type). It has nothing to do with the cholesterol levels in the blood. Stones made from too much bilirubin in the bile. Gallstones are more common in women, Nati ...
... Now that person can only eat small amounts of fats at a time. Two main types of gallstones: Stones made out of cholesterol (most common type). It has nothing to do with the cholesterol levels in the blood. Stones made from too much bilirubin in the bile. Gallstones are more common in women, Nati ...
Anatomy: Small intestine
... Gallstones – results from too much water absorption and cholesterol crystallizes ...
... Gallstones – results from too much water absorption and cholesterol crystallizes ...
Digestion - Belle Vernon Area School District
... k. (cont.)___________ – Liver cells arranged in columns around a central vein. l. _______________ – Phagocytic cells that remove bacteria from the blood that came from the digestive tract. m. _________________- Secrete bile. n. __________________________ o. __________________________ p. Common ____ ...
... k. (cont.)___________ – Liver cells arranged in columns around a central vein. l. _______________ – Phagocytic cells that remove bacteria from the blood that came from the digestive tract. m. _________________- Secrete bile. n. __________________________ o. __________________________ p. Common ____ ...
DIGESTIVE SYSTEM
... e) Filters blood: -destroys old red blood cells (making bilirubin) f) Storage: ...
... e) Filters blood: -destroys old red blood cells (making bilirubin) f) Storage: ...
Objectives Accessory Organs - Liver Liver composition Liver
... Process blood-borne nutrients Store fat-soluble vitamins Perform detoxification Produce ~900 ml bile per day Produced at hepatocytes and sent to networks called - Bile canaliculi ...
... Process blood-borne nutrients Store fat-soluble vitamins Perform detoxification Produce ~900 ml bile per day Produced at hepatocytes and sent to networks called - Bile canaliculi ...
PANKREAS - Univerzita Karlova v Praze
... Ammonia detoxication disorder and failure of urea formation (ammonia comes from bacterial degradation of nitrogen substances in intestines, from intestine mucosa during glutamin degradation, from degradation of aminoacids in kidneys and muscles ) Hyperamonemia = increase of ammonia blood concent ...
... Ammonia detoxication disorder and failure of urea formation (ammonia comes from bacterial degradation of nitrogen substances in intestines, from intestine mucosa during glutamin degradation, from degradation of aminoacids in kidneys and muscles ) Hyperamonemia = increase of ammonia blood concent ...
Organs of Digestion - Mrs. GM Biology 300
... Go to the Organs of Digestion website from the link on our class website. It is at: http://highered.mcgrawhill.com/sites/0072495855/student_view0/chapter26/animation__organs_of_digestion.html Play the movie. Push pause at the end of each section so that you can answer the questions about each sectio ...
... Go to the Organs of Digestion website from the link on our class website. It is at: http://highered.mcgrawhill.com/sites/0072495855/student_view0/chapter26/animation__organs_of_digestion.html Play the movie. Push pause at the end of each section so that you can answer the questions about each sectio ...
Lecture 4: Digestive System
... M/O Chapter 26 24. Follow a food substance through the digestive tract, naming all required structures the food passes through/beside, and describing generally what happens at each location. 25. Differentiate between intraperitoneal and retroperitoneal location of digestive organs. The digestive s ...
... M/O Chapter 26 24. Follow a food substance through the digestive tract, naming all required structures the food passes through/beside, and describing generally what happens at each location. 25. Differentiate between intraperitoneal and retroperitoneal location of digestive organs. The digestive s ...
Assignment for lecture 7 (digestive system)
... components), and absorption of nutrients in the form of amino acids, simple sugars, nucleic acids and fats. Blood leaving the digestive system does not return immediately to the heart, but first passes through the hepatic portal vein which takes it to the liver. Food remains for approximately 1-3 ho ...
... components), and absorption of nutrients in the form of amino acids, simple sugars, nucleic acids and fats. Blood leaving the digestive system does not return immediately to the heart, but first passes through the hepatic portal vein which takes it to the liver. Food remains for approximately 1-3 ho ...
brush border enzymes - Dr. Justo Lopez Website
... maltose, sucrose, lactose, and fructose to glucose. ...
... maltose, sucrose, lactose, and fructose to glucose. ...
Digestive Review Sheet
... Key: Know the anatomical and histological names (including modifications) for the following bolded structures; assume that you will be required to find the structures indicated by * on your own slides. ***This list is not guaranteed to be exhaustive, and only includes terms from this unit. While we ...
... Key: Know the anatomical and histological names (including modifications) for the following bolded structures; assume that you will be required to find the structures indicated by * on your own slides. ***This list is not guaranteed to be exhaustive, and only includes terms from this unit. While we ...
a) digestive system functions
... e) Filters blood: -destroys old red blood cells (making bilirubin) f) Storage: ...
... e) Filters blood: -destroys old red blood cells (making bilirubin) f) Storage: ...
a) digestive system functions
... e) Filters blood: -destroys old red blood cells (making bilirubin) f) Storage: ...
... e) Filters blood: -destroys old red blood cells (making bilirubin) f) Storage: ...
mud puppy student lab - Mayfield City Schools
... liver is supported anterior dorsally by the hepatocavoplumonary ligament. The posterior vena cava is the large vessel passing through the posterior end of this ligament. Next, reflect the stomach to the right, so it lies on the liver’s dorsal surface. Note the relationship among the liver, stomach, ...
... liver is supported anterior dorsally by the hepatocavoplumonary ligament. The posterior vena cava is the large vessel passing through the posterior end of this ligament. Next, reflect the stomach to the right, so it lies on the liver’s dorsal surface. Note the relationship among the liver, stomach, ...
Hepatic encephalopathy
Hepatic encephalopathy (HE), also known as portosystemic encephalopathy, is the occurrence of confusion, altered level of consciousness, and coma as a result of liver failure. In the advanced stages it is called hepatic coma or coma hepaticum. It may ultimately lead to death.It is caused by accumulation in the bloodstream of toxic substances that are normally removed by the liver. The diagnosis of hepatic encephalopathy requires the presence of impaired liver function and the exclusion of an alternative explanation for the symptoms. Blood tests (ammonia levels) may assist in the diagnosis. Attacks are often precipitated by an intercurrent problem, such as infection or constipation.Hepatic encephalopathy is reversible with treatment. This relies on suppressing the production of the toxic substances in the intestine and is most commonly done with the laxative lactulose or with non-absorbable antibiotics. In addition, the treatment of any underlying condition may improve the symptoms. In particular settings, such as acute liver failure, the onset of encephalopathy may indicate the need for a liver transplant.