The Liver - patfyz.sk
... acts as the entrance gate for glucose accepted by organism with food. An excess of glucose which is lead in from GIT during digestion is converted to glycogen. However during fasting, the latter represents the source of glucose. The main metabolic pathway is glycogenolysis. After the depletion of gl ...
... acts as the entrance gate for glucose accepted by organism with food. An excess of glucose which is lead in from GIT during digestion is converted to glycogen. However during fasting, the latter represents the source of glucose. The main metabolic pathway is glycogenolysis. After the depletion of gl ...
Chapt08 Lecture 13ed Pt 2
... The liver and gallbladder • The liver is a large metabolic organ that lies under the diaphragm and is made of 100,000 lobules. • It filters blood from the GI tract, thus acting to remove poisons and detoxify the blood. • The liver removes iron, vitamins A, D, E, K, and B12 from the ______ and stores ...
... The liver and gallbladder • The liver is a large metabolic organ that lies under the diaphragm and is made of 100,000 lobules. • It filters blood from the GI tract, thus acting to remove poisons and detoxify the blood. • The liver removes iron, vitamins A, D, E, K, and B12 from the ______ and stores ...
Digestive System - El Camino College
... • I. Liver- considered the largest gland, it performs over 500 functions that influence several systems beside the digestive system. In regards to the digestive system it produces bile. A substance that emulsifies fat and makes it accessible to fat digesting enzymes. The liver is involved in balanc ...
... • I. Liver- considered the largest gland, it performs over 500 functions that influence several systems beside the digestive system. In regards to the digestive system it produces bile. A substance that emulsifies fat and makes it accessible to fat digesting enzymes. The liver is involved in balanc ...
Digestive System
... Liver (cont.) • Epithelial hepatic cell cords intermingle with vitelline & umbilical veins ⇒ Hepatic sinusoids • Liver grows rapidly & fills most of abdominal cavity – Initially right & left lobe are = size • Right lobe becomes larger & subdivides into caudate & quadrant lobes – At 9th week 10% of ...
... Liver (cont.) • Epithelial hepatic cell cords intermingle with vitelline & umbilical veins ⇒ Hepatic sinusoids • Liver grows rapidly & fills most of abdominal cavity – Initially right & left lobe are = size • Right lobe becomes larger & subdivides into caudate & quadrant lobes – At 9th week 10% of ...
Chapter 23
... Anatomy of Liver Right and left lobe separated by falciform ligament Quadrate lobe Caudate lobe ...
... Anatomy of Liver Right and left lobe separated by falciform ligament Quadrate lobe Caudate lobe ...
File
... lymphatic systems for distribution to the body’s cells. 50. ____________________ is the physical movement or pushing of food along the digestive tract. 51. The breakdown of food by both mechanical and chemical mechanisms is called ____________________. 52. The elimination from the body of indigestib ...
... lymphatic systems for distribution to the body’s cells. 50. ____________________ is the physical movement or pushing of food along the digestive tract. 51. The breakdown of food by both mechanical and chemical mechanisms is called ____________________. 52. The elimination from the body of indigestib ...
Health Occupations
... 1. Capillaries – absorb nutrients & carry to liver for storage or released into circulation 2. Lacteals – absorb fat & carry to thoracic duct of lymph system to be released into circulation ...
... 1. Capillaries – absorb nutrients & carry to liver for storage or released into circulation 2. Lacteals – absorb fat & carry to thoracic duct of lymph system to be released into circulation ...
Development of the Gastrointestinal Tract
... hepatic cords forms the Kuppfer cells and haemopoietic cells ...
... hepatic cords forms the Kuppfer cells and haemopoietic cells ...
Digestive system
... •Located in the right quadrant of the abdominal cavity •Divided into right and left lobes •Converts food nutrients into usable substances •Secretes a yellowish-brown to greenish substance called bile which is stored in the gall bladder •Stores glucose in the form of glycogen •Secretes bilirubin, a b ...
... •Located in the right quadrant of the abdominal cavity •Divided into right and left lobes •Converts food nutrients into usable substances •Secretes a yellowish-brown to greenish substance called bile which is stored in the gall bladder •Stores glucose in the form of glycogen •Secretes bilirubin, a b ...
Digestive System - Net Start Class
... Absorption of Nutrients • Villi and microvilli increase surface area(300m2) for maximum absorption. • Intestinal epithelium absorb nutrients either by diffusion or active transport. • Nutrients are carried away from the intestine by capillaries at the core of the villi. • Lacteals are lymphatic ve ...
... Absorption of Nutrients • Villi and microvilli increase surface area(300m2) for maximum absorption. • Intestinal epithelium absorb nutrients either by diffusion or active transport. • Nutrients are carried away from the intestine by capillaries at the core of the villi. • Lacteals are lymphatic ve ...
1.6 Digestive system
... DIGESTION Goal: Digestion takes place within a tube called the gut, which begins with the mouth and ends with the anus. Digestion is an extracellular process. Food is broken down by digestive enzymes outside the cells lining the digestive tract. It is essential the end products of digestion are smal ...
... DIGESTION Goal: Digestion takes place within a tube called the gut, which begins with the mouth and ends with the anus. Digestion is an extracellular process. Food is broken down by digestive enzymes outside the cells lining the digestive tract. It is essential the end products of digestion are smal ...
Lab: Frog Dissection
... see the organs underlying them. 7) Observe the following organs Layer 1: Liver – large, brownish organ covering most of the body cavity Heart – small triangular organ between front legs and above liver Layer 2: Lift liver with forceps to see Gall Bladder – small greenish sac under liver Stom ...
... see the organs underlying them. 7) Observe the following organs Layer 1: Liver – large, brownish organ covering most of the body cavity Heart – small triangular organ between front legs and above liver Layer 2: Lift liver with forceps to see Gall Bladder – small greenish sac under liver Stom ...
Functions of the digestive system
... which produce hormones); • Circulatory system (the heart and blood vessels); • Blood and defense system (the blood, lymphatics and bone marrow); ...
... which produce hormones); • Circulatory system (the heart and blood vessels); • Blood and defense system (the blood, lymphatics and bone marrow); ...
Digestion and Alcohol - Alberta Health Services
... defined as the amount that would kill half the population (the LD50). ...
... defined as the amount that would kill half the population (the LD50). ...
Rat parts - local.brookings.k12.sd.us
... Collect and process blood to remove _____________________________ old worn out blood cells ...
... Collect and process blood to remove _____________________________ old worn out blood cells ...
Anatomy of the Digestive System
... 2. Name 3 modifications of the stomach wall. 3. List the divisions of the small intestine from superior to inferior. 4. The transverse colon extends from the _________ to the ___________. 5. Name the 3 modifications in the small intestine which increase surface area (from largest to smallest). ...
... 2. Name 3 modifications of the stomach wall. 3. List the divisions of the small intestine from superior to inferior. 4. The transverse colon extends from the _________ to the ___________. 5. Name the 3 modifications in the small intestine which increase surface area (from largest to smallest). ...
A Comparison of an Amphibious and Human Digestive System
... 1. Explain how the circulatory system works together with the digestive system? _________________________________________________________________________________________________________ 2. List the ways in which the frog’s digestive system is similar to your own. ____________________________________ ...
... 1. Explain how the circulatory system works together with the digestive system? _________________________________________________________________________________________________________ 2. List the ways in which the frog’s digestive system is similar to your own. ____________________________________ ...
Digestivesystem
... the juices into tiny ducts that flow into the pancreatic duct The pancreatic duct connects with the duodenum where the bile duct form the liver connects in = hepatopancreatic sphincter Pancreatic amylase - splits carbohydrates Pancreatic lipase - breaks down triglycerides (fats) Nucleases - break do ...
... the juices into tiny ducts that flow into the pancreatic duct The pancreatic duct connects with the duodenum where the bile duct form the liver connects in = hepatopancreatic sphincter Pancreatic amylase - splits carbohydrates Pancreatic lipase - breaks down triglycerides (fats) Nucleases - break do ...
LIVER – ALL LOBES
... right medial The right medial lobe of the liver is cranial to the right lateral lobe and lateral to the quadrate lobe. It is larger than the right lateral lobe. ...
... right medial The right medial lobe of the liver is cranial to the right lateral lobe and lateral to the quadrate lobe. It is larger than the right lateral lobe. ...
Digestive System Notes - Student Edition
... 4. Blood flow within Liver a. Liver is supplied with oxygenated blood coming from the heart. Oxygenated blood leaves the heart by way of the aorta. The hepatic artery branches off from the descending aorta and then further divides within the liver providing all liver cells with oxygen. b. Liver is a ...
... 4. Blood flow within Liver a. Liver is supplied with oxygenated blood coming from the heart. Oxygenated blood leaves the heart by way of the aorta. The hepatic artery branches off from the descending aorta and then further divides within the liver providing all liver cells with oxygen. b. Liver is a ...
Digestive Complete
... Liver: largest gland in the body Located inferior to the diaphragm Has 4 lobes One of the body’s most important organs and performs many metabolic roles Digestive function is to produce bile which emulsifies fats Without bile, fat digestion does not take place Glucose is stored in the liver as glyco ...
... Liver: largest gland in the body Located inferior to the diaphragm Has 4 lobes One of the body’s most important organs and performs many metabolic roles Digestive function is to produce bile which emulsifies fats Without bile, fat digestion does not take place Glucose is stored in the liver as glyco ...
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.