Chapter 17: Digestive System
... 1. The two large lobes of the liver are the right and left. 2. The falciform ligament is a fold that separates the lobes of the liver and anchors the liver to the posterior abdominal wall. 3. The two small lobes of the liver are caudate and quadrate. 4. The porta hepatis is where blood vessels and d ...
... 1. The two large lobes of the liver are the right and left. 2. The falciform ligament is a fold that separates the lobes of the liver and anchors the liver to the posterior abdominal wall. 3. The two small lobes of the liver are caudate and quadrate. 4. The porta hepatis is where blood vessels and d ...
Digestive System Lab Handout
... NOTE: You may be asked to identify any structure, cell, tissue, or organ labeled in the pictures within this lab manual. In addition, you may be asked to name one function of each labeled item if a function is described in the manual. You are only responsible for the specific information contained w ...
... NOTE: You may be asked to identify any structure, cell, tissue, or organ labeled in the pictures within this lab manual. In addition, you may be asked to name one function of each labeled item if a function is described in the manual. You are only responsible for the specific information contained w ...
Lipids
... Occurs in the smooth endoplasmic reticulum Acyl - CoA Fatty acid + ATP + CoA Synthetase Fatty Acyl CoA + ...
... Occurs in the smooth endoplasmic reticulum Acyl - CoA Fatty acid + ATP + CoA Synthetase Fatty Acyl CoA + ...
I. Introduction
... 6. Hepatic lobules are divisions of a liver lobe. 7. A hepatic lobule consists of many hepatic cells radiating outward from a central vein. 8. Hepatic sinusoids are vascular channels in hepatic lobules. 9. Kupffer cells are macrophages of the liver. 10. Bile canaliculi are canals within hepatic lobu ...
... 6. Hepatic lobules are divisions of a liver lobe. 7. A hepatic lobule consists of many hepatic cells radiating outward from a central vein. 8. Hepatic sinusoids are vascular channels in hepatic lobules. 9. Kupffer cells are macrophages of the liver. 10. Bile canaliculi are canals within hepatic lobu ...
file - Athens Academy
... C. is not vascular. D. is located in the left upper quadrant of the abdomen. E. consists of two major lobes and two minor lobes. 82. Nutrient-rich blood from the digestive tract comes to the liver by way of the A. hepatic artery. B. hepatic portal vein. C. hepatic vein. D. inferior vena cava. E. cel ...
... C. is not vascular. D. is located in the left upper quadrant of the abdomen. E. consists of two major lobes and two minor lobes. 82. Nutrient-rich blood from the digestive tract comes to the liver by way of the A. hepatic artery. B. hepatic portal vein. C. hepatic vein. D. inferior vena cava. E. cel ...
Small Intestine
... Lungs attach to the trachea via tubes called bronchi. Gall bladder--a small green sac under the liver which stores bile and then releases it into the duodenum via the bile duct. Stomach--Curving from underneath the liver is the stomach. The stomach is the first major site of chemical digestion. Frog ...
... Lungs attach to the trachea via tubes called bronchi. Gall bladder--a small green sac under the liver which stores bile and then releases it into the duodenum via the bile duct. Stomach--Curving from underneath the liver is the stomach. The stomach is the first major site of chemical digestion. Frog ...
Digestion Review Answer Key
... 6. What is responsible for heartburn and how is it normally prevented from occurring? 7. List the functions of the stomach. What is chyme? 8. What is the function of the gastric glands in the stomach? 9. What is an ulcer an why does it form? 10. List 4 functions of the small intestine. What molecule ...
... 6. What is responsible for heartburn and how is it normally prevented from occurring? 7. List the functions of the stomach. What is chyme? 8. What is the function of the gastric glands in the stomach? 9. What is an ulcer an why does it form? 10. List 4 functions of the small intestine. What molecule ...
Digestive Systems - Volunteer State Community College
... • largest internal organ = 3 lb chemical factory • processes food by the Hepatic Portal Vein delivered from digestive tract • variable nutrient levels in HPV while level in systemic circulation remains constant • though the liver performs many functions, cells of the liver function without division ...
... • largest internal organ = 3 lb chemical factory • processes food by the Hepatic Portal Vein delivered from digestive tract • variable nutrient levels in HPV while level in systemic circulation remains constant • though the liver performs many functions, cells of the liver function without division ...
Poisonous mushrooms
... Bile salts and their circulation • Bile salts are produced in the liver and enter the duodenum • Most of the bile salts are reabsorbed in the lower part of the small intestine • These bile salts are returned to the liver in the blood 3 (a) ...
... Bile salts and their circulation • Bile salts are produced in the liver and enter the duodenum • Most of the bile salts are reabsorbed in the lower part of the small intestine • These bile salts are returned to the liver in the blood 3 (a) ...
comp3_unit6_lecture1_script
... is also called: Regional enteritis or Regional ileitis. Crohn’s disease Causes inflammation of the digestive system. It Can affect any area from the mouth to the anus. It often affects the lower part of the small intestine called the ileum. Crohn's disease seems to run in some families. It can occur ...
... is also called: Regional enteritis or Regional ileitis. Crohn’s disease Causes inflammation of the digestive system. It Can affect any area from the mouth to the anus. It often affects the lower part of the small intestine called the ileum. Crohn's disease seems to run in some families. It can occur ...
The Digestive System
... large intestine reabsorbs water and other substances such as vitamins, bilirubin, bile salts, and toxins; Bacteria residing in the large intestine are responsible for intestinal gas or flatus. They also produce vitamin K (needed for clotting), Biotin (glucose metabolism), and vitamin B5(steroid ho ...
... large intestine reabsorbs water and other substances such as vitamins, bilirubin, bile salts, and toxins; Bacteria residing in the large intestine are responsible for intestinal gas or flatus. They also produce vitamin K (needed for clotting), Biotin (glucose metabolism), and vitamin B5(steroid ho ...
The stomach (gaster)
... A-simple stomach: it lines by one kind of mucous membrane (glandular mucosa), covered by simple columnar epithelium like dog, cat and man. B-compound stomach: it lines by glandular and non glandular mucosa like in ruminants, pig and horse. ♣ The part which lines by non glandular mucous membrane call ...
... A-simple stomach: it lines by one kind of mucous membrane (glandular mucosa), covered by simple columnar epithelium like dog, cat and man. B-compound stomach: it lines by glandular and non glandular mucosa like in ruminants, pig and horse. ♣ The part which lines by non glandular mucous membrane call ...
The digestive system multiple choice questions
... a) Digestive passage b) Elementary canal c) Alimentary canal d) Intestinal tract ...
... a) Digestive passage b) Elementary canal c) Alimentary canal d) Intestinal tract ...
Chapter 25 – Digestive System Digestive tube or alimentary canal
... Pepsin is an enzyme that digests protein. Protein digestion occurs in stomach. Bolus > Chyme (when food leaves stomach to go to small intestine. Starch and protein digestion have occurred.) Small Intestine Duodenum : C-shaped hollow muscular organ Duodenum papilla Jejunum Ileum The Liver (pg. 678) ...
... Pepsin is an enzyme that digests protein. Protein digestion occurs in stomach. Bolus > Chyme (when food leaves stomach to go to small intestine. Starch and protein digestion have occurred.) Small Intestine Duodenum : C-shaped hollow muscular organ Duodenum papilla Jejunum Ileum The Liver (pg. 678) ...
Activities of amino acid metabolizing enzymes in the stomach
... Arginase, a typical liver enzyme also found in small proportions in the intestine (Konarska and Tomaszewki, 1975) and other tissues (Reddi et al., 1975), is probably more related to polyamine synthesis and arginine removal. As in liver and kidney (Arola et al., 1982), the actual levels of its activi ...
... Arginase, a typical liver enzyme also found in small proportions in the intestine (Konarska and Tomaszewki, 1975) and other tissues (Reddi et al., 1975), is probably more related to polyamine synthesis and arginine removal. As in liver and kidney (Arola et al., 1982), the actual levels of its activi ...
Ch25-Digestive-System
... 1. Location– anterior/posterior (circle one) to the greater curvature of the stomach 2. Dimension– 12-15 cm long & 2.5 cm thick 3. Functions– both endocrine (1%; insulin + glucagon) and exocrine gland (99%; secretes pancreatic juice) – Pancreatic juice: alkaline mixture of water, enzymes, zymogens, ...
... 1. Location– anterior/posterior (circle one) to the greater curvature of the stomach 2. Dimension– 12-15 cm long & 2.5 cm thick 3. Functions– both endocrine (1%; insulin + glucagon) and exocrine gland (99%; secretes pancreatic juice) – Pancreatic juice: alkaline mixture of water, enzymes, zymogens, ...
Hepatotoxicity
Hepatotoxicity (from hepatic toxicity) implies chemical-driven liver damage.The liver plays a central role in transforming and clearing chemicals and is susceptible to the toxicity from these agents. Certain medicinal agents, when taken in overdoses and sometimes even when introduced within therapeutic ranges, may injure the organ. Other chemical agents, such as those used in laboratories and industries, natural chemicals (e.g., microcystins) and herbal remedies can also induce hepatotoxicity. Chemicals that cause liver injury are called hepatotoxins.More than 900 drugs have been implicated in causing liver injury and it is the most common reason for a drug to be withdrawn from the market. Hepatotoxicity and drug-induced liver injury also account for a substantial number of compound failures, highlighting the need for drug screening assays, such as stem cell-derived hepatocyte-like cells, that are capable of detecting toxicity early in the drug development process. Chemicals often cause subclinical injury to the liver, which manifests only as abnormal liver enzyme tests. Drug-induced liver injury is responsible for 5% of all hospital admissions and 50% of all acute liver failures.