�ݺ�ߣshows by User: SailiGaude

�ݺ�ߣshows by User: SailiGaude / http://www.slideshare.net/images/logo.gif �ݺ�ߣshows by User: SailiGaude / Thu, 23 Jan 2025 07:38:53 GMT �ݺ�ߣShare feed for �ݺ�ߣshows by User: SailiGaude Brain tumors- types, causes , treatment ppt /slideshow/brain-tumors-types-causes-treatment-ppt/275068168 braintumorsareneoplasticgrowthsofthebrainormeninges-250123073853-02f26d49
what are brain tumors? cause of brain tumor, symptoms of brain tumor, mechanism of brain tumor, types of brain tumor, oligodendroma, glioma, meningoma, etc. pathophysiology of brain tumor, grades of brain tumor, stereotactic radiosurgery, radiation therapy, chemotherapy and surgical management of brain tumors. craniectomy, craniotomy and cranioplasty]]>
what are brain tumors? cause of brain tumor, symptoms of brain tumor, mechanism of brain tumor, types of brain tumor, oligodendroma, glioma, meningoma, etc. pathophysiology of brain tumor, grades of brain tumor, stereotactic radiosurgery, radiation therapy, chemotherapy and surgical management of brain tumors. craniectomy, craniotomy and cranioplasty]]> Thu, 23 Jan 2025 07:38:53 GMT /slideshow/brain-tumors-types-causes-treatment-ppt/275068168 SailiGaude@slideshare.net(SailiGaude) Brain tumors- types, causes , treatment ppt SailiGaude what are brain tumors? cause of brain tumor, symptoms of brain tumor, mechanism of brain tumor, types of brain tumor, oligodendroma, glioma, meningoma, etc. pathophysiology of brain tumor, grades of brain tumor, stereotactic radiosurgery, radiation therapy, chemotherapy and surgical management of brain tumors. craniectomy, craniotomy and cranioplasty <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/braintumorsareneoplasticgrowthsofthebrainormeninges-250123073853-02f26d49-thumbnail.jpg?width=120&height=120&fit=bounds" /> what are brain tumors? cause of brain tumor, symptoms of brain tumor, mechanism of brain tumor, types of brain tumor, oligodendroma, glioma, meningoma, etc. pathophysiology of brain tumor, grades of brain tumor, stereotactic radiosurgery, radiation therapy, chemotherapy and surgical management of brain tumors. craniectomy, craniotomy and cranioplasty

Brain tumors- types, causes , treatment ppt from Saili Gaude

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0 Functions of gall bladder and liver.pptx /slideshow/functions-of-gall-bladder-and-liver-pptx/274858895 functionsofgallbladderandliver-250114091624-30c263d4
LIVER Liver is the largest gland and one of the vital organs of the body. It performs many vital metabolic and homeostatic functions GALL BLADDER Bile secreted from liver is stored in gallbladder. The capacity of gallbladder is approximately 50 mL. Gallbladder is not essential for life and it is removed (cholecystectomy) in patients suffering from gallbladder dysfunction. FUNCTIONS OF GALL BLADDER 1. Storage of Bile Bile is continuously secreted from liver. But it is released into intestine only intermittently and most of the bile is stored in gallbladder till it is required. 2. Concentration of Bile Bile is concentrated while it is stored in gallbladder. The mucosa of gallbladder rapidly reabsorbs water and electrolytes, except calcium and potassium. But the bile salts, bile pigments, cholesterol and lecithin are not reabsorbed. So, the concentration of these substances in bile increases 5 to 10 times 3. Alteration of pH of Bile The pH of bile decreases from 8 – 8.6 to 7 – 7.6 and it becomes less alkaline when it is stored in gallbladder. 4. Secretion of Mucin Gallbladder secretes mucin and adds it to bile. When bile is released into the intestine, mucin acts as a lubricant for movement of chyme in the intestine. 5. Maintenance of Pressure in Biliary System Due to the concentrating capacity, gallbladder maintains a pressure of about 7 cm H2O in biliary system. This pressure in the biliary system is essential for the release of bile into the intestine. FILLING AND EMPTYING OF GALLBLADDER NEURAL & HORMONAL CONTROL Neural control Stimulation of parasympathetic nerve (vagus) causes contraction of gallbladder by releasing acetylcholine. Hormonal control When a fatty chyme enters the intestine from stomach, the intestine secretes the cholecystokinin, which causes contraction of the gallbladder. FUNCTIONS OF LIVER 1. METABOLIC FUNCTION Liver is the organ where maximum metabolic reactions such as metabolism of carbohydrates, proteins, fats, vitamins and many hormones are carried out. 2. STORAGE FUNCTION Many substances like glycogen, amino acids, iron, folic acid and vitamins A, B12 and D are stored in liver. 3. SYNTHETIC FUNCTION Liver produces glucose by gluconeogenesis. It synthesizes all the plasma proteins and other proteins (except immunoglobulins) such as clotting factors, complement factors and hormonebinding proteins. It also synthesizes steroids, somatomedin and heparin. 4. SECRETION OF BILE Liver secretes bile which contains bile salts, bile pigments, cholesterol, fatty acids and lecithin. The functions of bile are mainly due to bile salts. Bile salts are required for digestion and absorption of fats in the intestine. 5. EXCRETORY FUNCTION Liver excretes cholesterol, bile pigments, heavy metals (like lead, arsenic and bismuth), toxins, bacteria and virus (like that of yellow fever) through bile. 6. HEAT PRODUCTION Enormous amount of heat is produced in the liver because of metabolic reactions. Liver is the organ where maximum heat ]]>
LIVER Liver is the largest gland and one of the vital organs of the body. It performs many vital metabolic and homeostatic functions GALL BLADDER Bile secreted from liver is stored in gallbladder. The capacity of gallbladder is approximately 50 mL. Gallbladder is not essential for life and it is removed (cholecystectomy) in patients suffering from gallbladder dysfunction. FUNCTIONS OF GALL BLADDER 1. Storage of Bile Bile is continuously secreted from liver. But it is released into intestine only intermittently and most of the bile is stored in gallbladder till it is required. 2. Concentration of Bile Bile is concentrated while it is stored in gallbladder. The mucosa of gallbladder rapidly reabsorbs water and electrolytes, except calcium and potassium. But the bile salts, bile pigments, cholesterol and lecithin are not reabsorbed. So, the concentration of these substances in bile increases 5 to 10 times 3. Alteration of pH of Bile The pH of bile decreases from 8 – 8.6 to 7 – 7.6 and it becomes less alkaline when it is stored in gallbladder. 4. Secretion of Mucin Gallbladder secretes mucin and adds it to bile. When bile is released into the intestine, mucin acts as a lubricant for movement of chyme in the intestine. 5. Maintenance of Pressure in Biliary System Due to the concentrating capacity, gallbladder maintains a pressure of about 7 cm H2O in biliary system. This pressure in the biliary system is essential for the release of bile into the intestine. FILLING AND EMPTYING OF GALLBLADDER NEURAL & HORMONAL CONTROL Neural control Stimulation of parasympathetic nerve (vagus) causes contraction of gallbladder by releasing acetylcholine. Hormonal control When a fatty chyme enters the intestine from stomach, the intestine secretes the cholecystokinin, which causes contraction of the gallbladder. FUNCTIONS OF LIVER 1. METABOLIC FUNCTION Liver is the organ where maximum metabolic reactions such as metabolism of carbohydrates, proteins, fats, vitamins and many hormones are carried out. 2. STORAGE FUNCTION Many substances like glycogen, amino acids, iron, folic acid and vitamins A, B12 and D are stored in liver. 3. SYNTHETIC FUNCTION Liver produces glucose by gluconeogenesis. It synthesizes all the plasma proteins and other proteins (except immunoglobulins) such as clotting factors, complement factors and hormonebinding proteins. It also synthesizes steroids, somatomedin and heparin. 4. SECRETION OF BILE Liver secretes bile which contains bile salts, bile pigments, cholesterol, fatty acids and lecithin. The functions of bile are mainly due to bile salts. Bile salts are required for digestion and absorption of fats in the intestine. 5. EXCRETORY FUNCTION Liver excretes cholesterol, bile pigments, heavy metals (like lead, arsenic and bismuth), toxins, bacteria and virus (like that of yellow fever) through bile. 6. HEAT PRODUCTION Enormous amount of heat is produced in the liver because of metabolic reactions. Liver is the organ where maximum heat ]]> Tue, 14 Jan 2025 09:16:24 GMT /slideshow/functions-of-gall-bladder-and-liver-pptx/274858895 SailiGaude@slideshare.net(SailiGaude) Functions of gall bladder and liver.pptx SailiGaude LIVER Liver is the largest gland and one of the vital organs of the body. It performs many vital metabolic and homeostatic functions GALL BLADDER Bile secreted from liver is stored in gallbladder. The capacity of gallbladder is approximately 50 mL. Gallbladder is not essential for life and it is removed (cholecystectomy) in patients suffering from gallbladder dysfunction. FUNCTIONS OF GALL BLADDER 1. Storage of Bile Bile is continuously secreted from liver. But it is released into intestine only intermittently and most of the bile is stored in gallbladder till it is required. 2. Concentration of Bile Bile is concentrated while it is stored in gallbladder. The mucosa of gallbladder rapidly reabsorbs water and electrolytes, except calcium and potassium. But the bile salts, bile pigments, cholesterol and lecithin are not reabsorbed. So, the concentration of these substances in bile increases 5 to 10 times 3. Alteration of pH of Bile The pH of bile decreases from 8 – 8.6 to 7 – 7.6 and it becomes less alkaline when it is stored in gallbladder. 4. Secretion of Mucin Gallbladder secretes mucin and adds it to bile. When bile is released into the intestine, mucin acts as a lubricant for movement of chyme in the intestine. 5. Maintenance of Pressure in Biliary System Due to the concentrating capacity, gallbladder maintains a pressure of about 7 cm H2O in biliary system. This pressure in the biliary system is essential for the release of bile into the intestine. FILLING AND EMPTYING OF GALLBLADDER NEURAL & HORMONAL CONTROL Neural control Stimulation of parasympathetic nerve (vagus) causes contraction of gallbladder by releasing acetylcholine. Hormonal control When a fatty chyme enters the intestine from stomach, the intestine secretes the cholecystokinin, which causes contraction of the gallbladder. FUNCTIONS OF LIVER 1. METABOLIC FUNCTION Liver is the organ where maximum metabolic reactions such as metabolism of carbohydrates, proteins, fats, vitamins and many hormones are carried out. 2. STORAGE FUNCTION Many substances like glycogen, amino acids, iron, folic acid and vitamins A, B12 and D are stored in liver. 3. SYNTHETIC FUNCTION Liver produces glucose by gluconeogenesis. It synthesizes all the plasma proteins and other proteins (except immunoglobulins) such as clotting factors, complement factors and hormonebinding proteins. It also synthesizes steroids, somatomedin and heparin. 4. SECRETION OF BILE Liver secretes bile which contains bile salts, bile pigments, cholesterol, fatty acids and lecithin. The functions of bile are mainly due to bile salts. Bile salts are required for digestion and absorption of fats in the intestine. 5. EXCRETORY FUNCTION Liver excretes cholesterol, bile pigments, heavy metals (like lead, arsenic and bismuth), toxins, bacteria and virus (like that of yellow fever) through bile. 6. HEAT PRODUCTION Enormous amount of heat is produced in the liver because of metabolic reactions. Liver is the organ where maximum heat <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/functionsofgallbladderandliver-250114091624-30c263d4-thumbnail.jpg?width=120&height=120&fit=bounds" /> LIVER Liver is the largest gland and one of the vital organs of the body. It performs many vital metabolic and homeostatic functions GALL BLADDER Bile secreted from liver is stored in gallbladder. The capacity of gallbladder is approximately 50 mL. Gallbladder is not essential for life and it is removed (cholecystectomy) in patients suffering from gallbladder dysfunction. FUNCTIONS OF GALL BLADDER 1. Storage of Bile Bile is continuously secreted from liver. But it is released into intestine only intermittently and most of the bile is stored in gallbladder till it is required. 2. Concentration of Bile Bile is concentrated while it is stored in gallbladder. The mucosa of gallbladder rapidly reabsorbs water and electrolytes, except calcium and potassium. But the bile salts, bile pigments, cholesterol and lecithin are not reabsorbed. So, the concentration of these substances in bile increases 5 to 10 times 3. Alteration of pH of Bile The pH of bile decreases from 8 – 8.6 to 7 – 7.6 and it becomes less alkaline when it is stored in gallbladder. 4. Secretion of Mucin Gallbladder secretes mucin and adds it to bile. When bile is released into the intestine, mucin acts as a lubricant for movement of chyme in the intestine. 5. Maintenance of Pressure in Biliary System Due to the concentrating capacity, gallbladder maintains a pressure of about 7 cm H2O in biliary system. This pressure in the biliary system is essential for the release of bile into the intestine. FILLING AND EMPTYING OF GALLBLADDER NEURAL & HORMONAL CONTROL Neural control Stimulation of parasympathetic nerve (vagus) causes contraction of gallbladder by releasing acetylcholine. Hormonal control When a fatty chyme enters the intestine from stomach, the intestine secretes the cholecystokinin, which causes contraction of the gallbladder. FUNCTIONS OF LIVER 1. METABOLIC FUNCTION Liver is the organ where maximum metabolic reactions such as metabolism of carbohydrates, proteins, fats, vitamins and many hormones are carried out. 2. STORAGE FUNCTION Many substances like glycogen, amino acids, iron, folic acid and vitamins A, B12 and D are stored in liver. 3. SYNTHETIC FUNCTION Liver produces glucose by gluconeogenesis. It synthesizes all the plasma proteins and other proteins (except immunoglobulins) such as clotting factors, complement factors and hormonebinding proteins. It also synthesizes steroids, somatomedin and heparin. 4. SECRETION OF BILE Liver secretes bile which contains bile salts, bile pigments, cholesterol, fatty acids and lecithin. The functions of bile are mainly due to bile salts. Bile salts are required for digestion and absorption of fats in the intestine. 5. EXCRETORY FUNCTION Liver excretes cholesterol, bile pigments, heavy metals (like lead, arsenic and bismuth), toxins, bacteria and virus (like that of yellow fever) through bile. 6. HEAT PRODUCTION Enormous amount of heat is produced in the liver because of metabolic reactions. Liver is the organ where maximum heat

Functions of gall bladder and liver.pptx from Saili Gaude

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0 Bile juice, bile pigment, bile salts ppt /slideshow/bile-juice-bile-pigment-bile-salts-ppt/274858791 bilejuicefinaledit-250114090922-da94da8c
Bile is a digestive juice produced by Liver and stored by the gall bladder which aids in the digestion of lipids. Bile juice gives the urine and stool its yellow colour and is an important enzymes in our body Biliary system Right and left hepatic bile ducts which come out of liver join to form common hepatic duct. It unites with the cystic duct from gallbladder to form common bile duct Common bile duct unites with pancreatic duct which opens into the duodenum There is a sphincter called sphincter of Oddi at the lower part of common bile duct, before it joins the pancreatic duct.the sphincter opens and allows flow of bile from gallbladder into the intestine. PROPERTIES OF BILE Volume : 800 to 1,200 mL/day Reaction : Alkaline pH : 8 to 8.6 Specific gravity : 1.010 to 1.011 Color : Golden yellow or green. COMPOSITION OF BILE Bile contains 97.6% of water and 2.4% of solids. Solids include organic and inorganic substances. SECRETION OF BILE Bile is secreted by hepatocytes. From hepatocytes, bile is released into canaliculi. From here, it passes through small ducts and hepatic ducts and reaches the common hepatic duct. From common hepatic duct, bile is diverted either directly into the intestine or into the gallbladder. Sodium, bicarbonate and water are added to bile when it passes through the ducts. Addition of sodium, bicarbonate and water increases the total quantity of bile. STORAGE OF BILE Most of the bile from liver enters the gallbladder, where it is stored. It is released from gallbladder into the intestine whenever it is required. When bile is stored in gallbladder,it undergoes many changes both in quality and quantity Volume is decreased 2. Concentration of bile salts, bile pigments, cholesterol, fatty acids and lecithin is increased 3. The pH is decreased slightly 4. Specific gravity is increased 5. Mucin is added to bile BILE PIGMENTS Bile pigments are the excretory products in bile. Bilirubin and biliverdin are the two bile pigments and bilirubin is the major bile pigment in human beings Bile pigments are formed during the breakdown of hemoglobin, which is released from the destroyed RBCs in the reticuloendothelial system FORMATION AND EXCRETION OF BILE PIGMENTS Stages of formation and circulation of bile pigments: 1. Senile erythrocytes are destroyed in reticuloendothelial system and hemoglobin is released from them 2. Hemoglobin is broken into globin and heme 3. Heme is split into iron and the pigment biliverdin 4. Iron goes to iron pool and is reused 5. First formed pigment biliverdin is reduced to bilirubin. 6. Bilirubin is released into blood from the reticuloendothelial cells 7. In blood, the bilirubin is transported by the plasma protein, albumin. Bilirubin circulating in the blood is called free bilirubin or unconjugated bilirubin 8. Within few hours after entering the circulation, the free bilirubin is taken up by the liver cells 9. In the liver, it is conjugated with glucuronic acid to form ]]>
Bile is a digestive juice produced by Liver and stored by the gall bladder which aids in the digestion of lipids. Bile juice gives the urine and stool its yellow colour and is an important enzymes in our body Biliary system Right and left hepatic bile ducts which come out of liver join to form common hepatic duct. It unites with the cystic duct from gallbladder to form common bile duct Common bile duct unites with pancreatic duct which opens into the duodenum There is a sphincter called sphincter of Oddi at the lower part of common bile duct, before it joins the pancreatic duct.the sphincter opens and allows flow of bile from gallbladder into the intestine. PROPERTIES OF BILE Volume : 800 to 1,200 mL/day Reaction : Alkaline pH : 8 to 8.6 Specific gravity : 1.010 to 1.011 Color : Golden yellow or green. COMPOSITION OF BILE Bile contains 97.6% of water and 2.4% of solids. Solids include organic and inorganic substances. SECRETION OF BILE Bile is secreted by hepatocytes. From hepatocytes, bile is released into canaliculi. From here, it passes through small ducts and hepatic ducts and reaches the common hepatic duct. From common hepatic duct, bile is diverted either directly into the intestine or into the gallbladder. Sodium, bicarbonate and water are added to bile when it passes through the ducts. Addition of sodium, bicarbonate and water increases the total quantity of bile. STORAGE OF BILE Most of the bile from liver enters the gallbladder, where it is stored. It is released from gallbladder into the intestine whenever it is required. When bile is stored in gallbladder,it undergoes many changes both in quality and quantity Volume is decreased 2. Concentration of bile salts, bile pigments, cholesterol, fatty acids and lecithin is increased 3. The pH is decreased slightly 4. Specific gravity is increased 5. Mucin is added to bile BILE PIGMENTS Bile pigments are the excretory products in bile. Bilirubin and biliverdin are the two bile pigments and bilirubin is the major bile pigment in human beings Bile pigments are formed during the breakdown of hemoglobin, which is released from the destroyed RBCs in the reticuloendothelial system FORMATION AND EXCRETION OF BILE PIGMENTS Stages of formation and circulation of bile pigments: 1. Senile erythrocytes are destroyed in reticuloendothelial system and hemoglobin is released from them 2. Hemoglobin is broken into globin and heme 3. Heme is split into iron and the pigment biliverdin 4. Iron goes to iron pool and is reused 5. First formed pigment biliverdin is reduced to bilirubin. 6. Bilirubin is released into blood from the reticuloendothelial cells 7. In blood, the bilirubin is transported by the plasma protein, albumin. Bilirubin circulating in the blood is called free bilirubin or unconjugated bilirubin 8. Within few hours after entering the circulation, the free bilirubin is taken up by the liver cells 9. In the liver, it is conjugated with glucuronic acid to form ]]> Tue, 14 Jan 2025 09:09:22 GMT /slideshow/bile-juice-bile-pigment-bile-salts-ppt/274858791 SailiGaude@slideshare.net(SailiGaude) Bile juice, bile pigment, bile salts ppt SailiGaude Bile is a digestive juice produced by Liver and stored by the gall bladder which aids in the digestion of lipids. Bile juice gives the urine and stool its yellow colour and is an important enzymes in our body Biliary system Right and left hepatic bile ducts which come out of liver join to form common hepatic duct. It unites with the cystic duct from gallbladder to form common bile duct Common bile duct unites with pancreatic duct which opens into the duodenum There is a sphincter called sphincter of Oddi at the lower part of common bile duct, before it joins the pancreatic duct.the sphincter opens and allows flow of bile from gallbladder into the intestine. PROPERTIES OF BILE Volume : 800 to 1,200 mL/day Reaction : Alkaline pH : 8 to 8.6 Specific gravity : 1.010 to 1.011 Color : Golden yellow or green. COMPOSITION OF BILE Bile contains 97.6% of water and 2.4% of solids. Solids include organic and inorganic substances. SECRETION OF BILE Bile is secreted by hepatocytes. From hepatocytes, bile is released into canaliculi. From here, it passes through small ducts and hepatic ducts and reaches the common hepatic duct. From common hepatic duct, bile is diverted either directly into the intestine or into the gallbladder. Sodium, bicarbonate and water are added to bile when it passes through the ducts. Addition of sodium, bicarbonate and water increases the total quantity of bile. STORAGE OF BILE Most of the bile from liver enters the gallbladder, where it is stored. It is released from gallbladder into the intestine whenever it is required. When bile is stored in gallbladder,it undergoes many changes both in quality and quantity Volume is decreased 2. Concentration of bile salts, bile pigments, cholesterol, fatty acids and lecithin is increased 3. The pH is decreased slightly 4. Specific gravity is increased 5. Mucin is added to bile BILE PIGMENTS Bile pigments are the excretory products in bile. Bilirubin and biliverdin are the two bile pigments and bilirubin is the major bile pigment in human beings Bile pigments are formed during the breakdown of hemoglobin, which is released from the destroyed RBCs in the reticuloendothelial system FORMATION AND EXCRETION OF BILE PIGMENTS Stages of formation and circulation of bile pigments: 1. Senile erythrocytes are destroyed in reticuloendothelial system and hemoglobin is released from them 2. Hemoglobin is broken into globin and heme 3. Heme is split into iron and the pigment biliverdin 4. Iron goes to iron pool and is reused 5. First formed pigment biliverdin is reduced to bilirubin. 6. Bilirubin is released into blood from the reticuloendothelial cells 7. In blood, the bilirubin is transported by the plasma protein, albumin. Bilirubin circulating in the blood is called free bilirubin or unconjugated bilirubin 8. Within few hours after entering the circulation, the free bilirubin is taken up by the liver cells 9. In the liver, it is conjugated with glucuronic acid to form <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/bilejuicefinaledit-250114090922-da94da8c-thumbnail.jpg?width=120&height=120&fit=bounds" /> Bile is a digestive juice produced by Liver and stored by the gall bladder which aids in the digestion of lipids. Bile juice gives the urine and stool its yellow colour and is an important enzymes in our body Biliary system Right and left hepatic bile ducts which come out of liver join to form common hepatic duct. It unites with the cystic duct from gallbladder to form common bile duct Common bile duct unites with pancreatic duct which opens into the duodenum There is a sphincter called sphincter of Oddi at the lower part of common bile duct, before it joins the pancreatic duct.the sphincter opens and allows flow of bile from gallbladder into the intestine. PROPERTIES OF BILE Volume : 800 to 1,200 mL/day Reaction : Alkaline pH : 8 to 8.6 Specific gravity : 1.010 to 1.011 Color : Golden yellow or green. COMPOSITION OF BILE Bile contains 97.6% of water and 2.4% of solids. Solids include organic and inorganic substances. SECRETION OF BILE Bile is secreted by hepatocytes. From hepatocytes, bile is released into canaliculi. From here, it passes through small ducts and hepatic ducts and reaches the common hepatic duct. From common hepatic duct, bile is diverted either directly into the intestine or into the gallbladder. Sodium, bicarbonate and water are added to bile when it passes through the ducts. Addition of sodium, bicarbonate and water increases the total quantity of bile. STORAGE OF BILE Most of the bile from liver enters the gallbladder, where it is stored. It is released from gallbladder into the intestine whenever it is required. When bile is stored in gallbladder,it undergoes many changes both in quality and quantity Volume is decreased 2. Concentration of bile salts, bile pigments, cholesterol, fatty acids and lecithin is increased 3. The pH is decreased slightly 4. Specific gravity is increased 5. Mucin is added to bile BILE PIGMENTS Bile pigments are the excretory products in bile. Bilirubin and biliverdin are the two bile pigments and bilirubin is the major bile pigment in human beings Bile pigments are formed during the breakdown of hemoglobin, which is released from the destroyed RBCs in the reticuloendothelial system FORMATION AND EXCRETION OF BILE PIGMENTS Stages of formation and circulation of bile pigments: 1. Senile erythrocytes are destroyed in reticuloendothelial system and hemoglobin is released from them 2. Hemoglobin is broken into globin and heme 3. Heme is split into iron and the pigment biliverdin 4. Iron goes to iron pool and is reused 5. First formed pigment biliverdin is reduced to bilirubin. 6. Bilirubin is released into blood from the reticuloendothelial cells 7. In blood, the bilirubin is transported by the plasma protein, albumin. Bilirubin circulating in the blood is called free bilirubin or unconjugated bilirubin 8. Within few hours after entering the circulation, the free bilirubin is taken up by the liver cells 9. In the liver, it is conjugated with glucuronic acid to form

Bile juice, bile pigment, bile salts ppt from Saili Gaude

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0 Urine formation- physiology lectures ppt /slideshow/urine-formation-physiology-lectures-ppt/273985045 urineformation-241211063125-5cdbef82
This powerpoint presentation contains physiology lecture on urine formation. The urine formation process involves mainly 3 processes: 1. Glomerular filtration 2. Tubular reabsorbtion 3. Tubular secretion The afferent blood vessels brings blood to the bowman's capsule while th eefferent blood vessels takes away the blood from bowman's capsule. The blood is filtered due to hydrostatic pressure in glomeruli. Only blood plasma is filtered in glomeruli and the filtrate is called plasma filtrate. The factors affecting GFR, Hydrostatic pressure, Glomerular capillary pressure and the colloidal osmotic pressure is also discussed in the lecture. The filtration membrane consists of 3 layers : 1. Glomerular capillary membrane 2. Basement membrane 3. Visceral layer of bowman's capsule The tubular reabsorption is the process by which important substances like sodium and water is reabsorbed from the urine into the blood vessel. This occurs through 2 mechanisms namely myogenic mechanism and tubuloglomerular feedback system. The route of tubular reabsorption, sites of tubular reabsorbtion are all discussed. The tubular secretion is the process by which waste material from the efferent blood vessels are secreted into the renal tubules to be excreted. Reference Essentials of medical physiology by K sembulingam Principles of anatomy and physiology by Toratora]]>
This powerpoint presentation contains physiology lecture on urine formation. The urine formation process involves mainly 3 processes: 1. Glomerular filtration 2. Tubular reabsorbtion 3. Tubular secretion The afferent blood vessels brings blood to the bowman's capsule while th eefferent blood vessels takes away the blood from bowman's capsule. The blood is filtered due to hydrostatic pressure in glomeruli. Only blood plasma is filtered in glomeruli and the filtrate is called plasma filtrate. The factors affecting GFR, Hydrostatic pressure, Glomerular capillary pressure and the colloidal osmotic pressure is also discussed in the lecture. The filtration membrane consists of 3 layers : 1. Glomerular capillary membrane 2. Basement membrane 3. Visceral layer of bowman's capsule The tubular reabsorption is the process by which important substances like sodium and water is reabsorbed from the urine into the blood vessel. This occurs through 2 mechanisms namely myogenic mechanism and tubuloglomerular feedback system. The route of tubular reabsorption, sites of tubular reabsorbtion are all discussed. The tubular secretion is the process by which waste material from the efferent blood vessels are secreted into the renal tubules to be excreted. Reference Essentials of medical physiology by K sembulingam Principles of anatomy and physiology by Toratora]]> Wed, 11 Dec 2024 06:31:25 GMT /slideshow/urine-formation-physiology-lectures-ppt/273985045 SailiGaude@slideshare.net(SailiGaude) Urine formation- physiology lectures ppt SailiGaude This powerpoint presentation contains physiology lecture on urine formation. The urine formation process involves mainly 3 processes: 1. Glomerular filtration 2. Tubular reabsorbtion 3. Tubular secretion The afferent blood vessels brings blood to the bowman's capsule while th eefferent blood vessels takes away the blood from bowman's capsule. The blood is filtered due to hydrostatic pressure in glomeruli. Only blood plasma is filtered in glomeruli and the filtrate is called plasma filtrate. The factors affecting GFR, Hydrostatic pressure, Glomerular capillary pressure and the colloidal osmotic pressure is also discussed in the lecture. The filtration membrane consists of 3 layers : 1. Glomerular capillary membrane 2. Basement membrane 3. Visceral layer of bowman's capsule The tubular reabsorption is the process by which important substances like sodium and water is reabsorbed from the urine into the blood vessel. This occurs through 2 mechanisms namely myogenic mechanism and tubuloglomerular feedback system. The route of tubular reabsorption, sites of tubular reabsorbtion are all discussed. The tubular secretion is the process by which waste material from the efferent blood vessels are secreted into the renal tubules to be excreted. Reference Essentials of medical physiology by K sembulingam Principles of anatomy and physiology by Toratora <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/urineformation-241211063125-5cdbef82-thumbnail.jpg?width=120&height=120&fit=bounds" /> This powerpoint presentation contains physiology lecture on urine formation. The urine formation process involves mainly 3 processes: 1. Glomerular filtration 2. Tubular reabsorbtion 3. Tubular secretion The afferent blood vessels brings blood to the bowman's capsule while th eefferent blood vessels takes away the blood from bowman's capsule. The blood is filtered due to hydrostatic pressure in glomeruli. Only blood plasma is filtered in glomeruli and the filtrate is called plasma filtrate. The factors affecting GFR, Hydrostatic pressure, Glomerular capillary pressure and the colloidal osmotic pressure is also discussed in the lecture. The filtration membrane consists of 3 layers : 1. Glomerular capillary membrane 2. Basement membrane 3. Visceral layer of bowman's capsule The tubular reabsorption is the process by which important substances like sodium and water is reabsorbed from the urine into the blood vessel. This occurs through 2 mechanisms namely myogenic mechanism and tubuloglomerular feedback system. The route of tubular reabsorption, sites of tubular reabsorbtion are all discussed. The tubular secretion is the process by which waste material from the efferent blood vessels are secreted into the renal tubules to be excreted. Reference Essentials of medical physiology by K sembulingam Principles of anatomy and physiology by Toratora

Urine formation- physiology lectures ppt from Saili Gaude

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0 PULMONARY CIRCULATION- Pulmonary artery and vein.pptx /slideshow/pulmonary-circulation-pulmonary-artery-and-vein-pptx/273842571 pulmonarycirculation-241204215737-7b39e635
Physiology of pulmonary circulation, its regulation. Lecture notes on Physiology of pulmonary circulation for BSc Nursing Sem I students.]]>
Physiology of pulmonary circulation, its regulation. Lecture notes on Physiology of pulmonary circulation for BSc Nursing Sem I students.]]> Wed, 04 Dec 2024 21:57:37 GMT /slideshow/pulmonary-circulation-pulmonary-artery-and-vein-pptx/273842571 SailiGaude@slideshare.net(SailiGaude) PULMONARY CIRCULATION- Pulmonary artery and vein.pptx SailiGaude Physiology of pulmonary circulation, its regulation. Lecture notes on Physiology of pulmonary circulation for BSc Nursing Sem I students. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/pulmonarycirculation-241204215737-7b39e635-thumbnail.jpg?width=120&height=120&fit=bounds" /> Physiology of pulmonary circulation, its regulation. Lecture notes on Physiology of pulmonary circulation for BSc Nursing Sem I students.

PULMONARY CIRCULATION- Pulmonary artery and vein.pptx from Saili Gaude

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0 Exchange of gases - Transport of oxygen and carbondioxide /slideshow/exchange-of-gases-transport-of-oxygen-and-carbondioxide/273703668 nurseconceptscoach-241129072132-8905ec5e
The physiology of exchange of gases include how gases moves from area of high pressure to low pressure and that a pressure gradient is important for the movement of gases across the respiratory membrane. The respiratory membrane is the membrane formed by the alveolar wall and the capillary wall and gas exchange usually takes place between them. The process of gas exchange occurs through bulk flow a method of diffusion in which movement occurs due to pressure gradients. The difference between the pressure in alveoli, blood capillary and the cells causes the exchange of gases. Both oxygen and carbon dioxide moves through this mechanism.]]>
The physiology of exchange of gases include how gases moves from area of high pressure to low pressure and that a pressure gradient is important for the movement of gases across the respiratory membrane. The respiratory membrane is the membrane formed by the alveolar wall and the capillary wall and gas exchange usually takes place between them. The process of gas exchange occurs through bulk flow a method of diffusion in which movement occurs due to pressure gradients. The difference between the pressure in alveoli, blood capillary and the cells causes the exchange of gases. Both oxygen and carbon dioxide moves through this mechanism.]]> Fri, 29 Nov 2024 07:21:32 GMT /slideshow/exchange-of-gases-transport-of-oxygen-and-carbondioxide/273703668 SailiGaude@slideshare.net(SailiGaude) Exchange of gases - Transport of oxygen and carbondioxide SailiGaude The physiology of exchange of gases include how gases moves from area of high pressure to low pressure and that a pressure gradient is important for the movement of gases across the respiratory membrane. The respiratory membrane is the membrane formed by the alveolar wall and the capillary wall and gas exchange usually takes place between them. The process of gas exchange occurs through bulk flow a method of diffusion in which movement occurs due to pressure gradients. The difference between the pressure in alveoli, blood capillary and the cells causes the exchange of gases. Both oxygen and carbon dioxide moves through this mechanism. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/nurseconceptscoach-241129072132-8905ec5e-thumbnail.jpg?width=120&height=120&fit=bounds" /> The physiology of exchange of gases include how gases moves from area of high pressure to low pressure and that a pressure gradient is important for the movement of gases across the respiratory membrane. The respiratory membrane is the membrane formed by the alveolar wall and the capillary wall and gas exchange usually takes place between them. The process of gas exchange occurs through bulk flow a method of diffusion in which movement occurs due to pressure gradients. The difference between the pressure in alveoli, blood capillary and the cells causes the exchange of gases. Both oxygen and carbon dioxide moves through this mechanism.

Exchange of gases - Transport of oxygen and carbondioxide from Saili Gaude

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0 Transportation across cell membrane.pptx /slideshow/transportation-across-cell-membrane-pptx/273537876 trasnportationacrosscellmembrane-241123051408-f41cdc0d
Physiology notes for nurses This chapter from unit 1 Physiology includes Transportation across cell membrane , Types of transportation, active transport and passive transport, Diffusion, simple diffusion, facilitated diffusion, osmosis, bulk flow, filtration, sodium channels, potassium channels, chloride channel, calcium channel, gated and ungated channels, mechanically gated channels, voltage gated channels, ligand gated channels, mechanically gated channel, factors affecting rate of diffusion, uniport, symport, antiport, sodium co transport, sodium counter transport]]>
Physiology notes for nurses This chapter from unit 1 Physiology includes Transportation across cell membrane , Types of transportation, active transport and passive transport, Diffusion, simple diffusion, facilitated diffusion, osmosis, bulk flow, filtration, sodium channels, potassium channels, chloride channel, calcium channel, gated and ungated channels, mechanically gated channels, voltage gated channels, ligand gated channels, mechanically gated channel, factors affecting rate of diffusion, uniport, symport, antiport, sodium co transport, sodium counter transport]]> Sat, 23 Nov 2024 05:14:08 GMT /slideshow/transportation-across-cell-membrane-pptx/273537876 SailiGaude@slideshare.net(SailiGaude) Transportation across cell membrane.pptx SailiGaude Physiology notes for nurses This chapter from unit 1 Physiology includes Transportation across cell membrane , Types of transportation, active transport and passive transport, Diffusion, simple diffusion, facilitated diffusion, osmosis, bulk flow, filtration, sodium channels, potassium channels, chloride channel, calcium channel, gated and ungated channels, mechanically gated channels, voltage gated channels, ligand gated channels, mechanically gated channel, factors affecting rate of diffusion, uniport, symport, antiport, sodium co transport, sodium counter transport <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/trasnportationacrosscellmembrane-241123051408-f41cdc0d-thumbnail.jpg?width=120&height=120&fit=bounds" /> Physiology notes for nurses This chapter from unit 1 Physiology includes Transportation across cell membrane , Types of transportation, active transport and passive transport, Diffusion, simple diffusion, facilitated diffusion, osmosis, bulk flow, filtration, sodium channels, potassium channels, chloride channel, calcium channel, gated and ungated channels, mechanically gated channels, voltage gated channels, ligand gated channels, mechanically gated channel, factors affecting rate of diffusion, uniport, symport, antiport, sodium co transport, sodium counter transport

Transportation across cell membrane.pptx from Saili Gaude

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0 OTOSCLEROSIS - causes, types, symptoms & treatment /slideshow/otosclerosis-causes-types-symptoms-treatment/266569619 otosclerosis-240301034604-62ee2d98
Otosclerosis is the overgrowth of the spongy bones in the bones of the middle ear leading to the fixation of the bones causing conductive hearing loss in patient. This lecture includes its pathophysiology, causes, risk factors, symptoms and treatment]]>
Otosclerosis is the overgrowth of the spongy bones in the bones of the middle ear leading to the fixation of the bones causing conductive hearing loss in patient. This lecture includes its pathophysiology, causes, risk factors, symptoms and treatment]]> Fri, 01 Mar 2024 03:46:04 GMT /slideshow/otosclerosis-causes-types-symptoms-treatment/266569619 SailiGaude@slideshare.net(SailiGaude) OTOSCLEROSIS - causes, types, symptoms & treatment SailiGaude Otosclerosis is the overgrowth of the spongy bones in the bones of the middle ear leading to the fixation of the bones causing conductive hearing loss in patient. This lecture includes its pathophysiology, causes, risk factors, symptoms and treatment <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/otosclerosis-240301034604-62ee2d98-thumbnail.jpg?width=120&height=120&fit=bounds" /> Otosclerosis is the overgrowth of the spongy bones in the bones of the middle ear leading to the fixation of the bones causing conductive hearing loss in patient. This lecture includes its pathophysiology, causes, risk factors, symptoms and treatment

OTOSCLEROSIS - causes, types, symptoms & treatment from Saili Gaude

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0 ANATOMY OF BLOOD- RBCs, WBCs & Platelet /slideshow/anatomy-of-blood-rbcs-wbcs-platelet/266123919 anatomyofblood-1-240204155307-0685d4dd
This lecture involves, anatomy of RBC, WBC and platelets. It includes detailed description of this cells, its functions and hematopoeisis in short. This lecture is prepared for BSc nursing students.]]>
This lecture involves, anatomy of RBC, WBC and platelets. It includes detailed description of this cells, its functions and hematopoeisis in short. This lecture is prepared for BSc nursing students.]]> Sun, 04 Feb 2024 15:53:07 GMT /slideshow/anatomy-of-blood-rbcs-wbcs-platelet/266123919 SailiGaude@slideshare.net(SailiGaude) ANATOMY OF BLOOD- RBCs, WBCs & Platelet SailiGaude This lecture involves, anatomy of RBC, WBC and platelets. It includes detailed description of this cells, its functions and hematopoeisis in short. This lecture is prepared for BSc nursing students. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/anatomyofblood-1-240204155307-0685d4dd-thumbnail.jpg?width=120&height=120&fit=bounds" /> This lecture involves, anatomy of RBC, WBC and platelets. It includes detailed description of this cells, its functions and hematopoeisis in short. This lecture is prepared for BSc nursing students.

ANATOMY OF BLOOD- RBCs, WBCs & Platelet from Saili Gaude

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0 Anatomy of Heart- Internal structures pt /slideshow/anatomy-of-heart-internal-structures-pt/266123743 anatomyofheart-1-240204154229-a664f77e
This lecture consists of the anatomy of heart, layers, its valves and conduction system. It also includes coronary circulation and venous supply of heart. ]]>
This lecture consists of the anatomy of heart, layers, its valves and conduction system. It also includes coronary circulation and venous supply of heart. ]]> Sun, 04 Feb 2024 15:42:29 GMT /slideshow/anatomy-of-heart-internal-structures-pt/266123743 SailiGaude@slideshare.net(SailiGaude) Anatomy of Heart- Internal structures pt SailiGaude This lecture consists of the anatomy of heart, layers, its valves and conduction system. It also includes coronary circulation and venous supply of heart. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/anatomyofheart-1-240204154229-a664f77e-thumbnail.jpg?width=120&height=120&fit=bounds" /> This lecture consists of the anatomy of heart, layers, its valves and conduction system. It also includes coronary circulation and venous supply of heart.

Anatomy of Heart- Internal structures pt from Saili Gaude

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0 OXYGENATION - TYPES OF OXYGEN DEVICE.ppt /slideshow/oxygenation-types-of-oxygen-deviceppt/265780541 oxygenation2-240125044114-564401db
This is short yet comprehensive lecture on oxygenation for Bsc nursing students. This lecture comprises of various devices of oxygen administration and their uses, advantages and disadvantages. ]]>
This is short yet comprehensive lecture on oxygenation for Bsc nursing students. This lecture comprises of various devices of oxygen administration and their uses, advantages and disadvantages. ]]> Thu, 25 Jan 2024 04:41:14 GMT /slideshow/oxygenation-types-of-oxygen-deviceppt/265780541 SailiGaude@slideshare.net(SailiGaude) OXYGENATION - TYPES OF OXYGEN DEVICE.ppt SailiGaude This is short yet comprehensive lecture on oxygenation for Bsc nursing students. This lecture comprises of various devices of oxygen administration and their uses, advantages and disadvantages. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/oxygenation2-240125044114-564401db-thumbnail.jpg?width=120&height=120&fit=bounds" /> This is short yet comprehensive lecture on oxygenation for Bsc nursing students. This lecture comprises of various devices of oxygen administration and their uses, advantages and disadvantages.

OXYGENATION - TYPES OF OXYGEN DEVICE.ppt from Saili Gaude

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0 PATHOLOGY OF URINARY SYSTEM DISORDER ppt /slideshow/pathology-of-urinary-system-disorder-ppt/265609546 pathologyofurinarydisease-1-240121090612-95ccabb4
This lecture includes pathology of renal calculi , renal carcinoma, bladder carcinoma, bladder tumor, renal tumor etc. This lecture have been prepared in view of Nursing students according to syllabus.]]>
This lecture includes pathology of renal calculi , renal carcinoma, bladder carcinoma, bladder tumor, renal tumor etc. This lecture have been prepared in view of Nursing students according to syllabus.]]> Sun, 21 Jan 2024 09:06:12 GMT /slideshow/pathology-of-urinary-system-disorder-ppt/265609546 SailiGaude@slideshare.net(SailiGaude) PATHOLOGY OF URINARY SYSTEM DISORDER ppt SailiGaude This lecture includes pathology of renal calculi , renal carcinoma, bladder carcinoma, bladder tumor, renal tumor etc. This lecture have been prepared in view of Nursing students according to syllabus. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/pathologyofurinarydisease-1-240121090612-95ccabb4-thumbnail.jpg?width=120&height=120&fit=bounds" /> This lecture includes pathology of renal calculi , renal carcinoma, bladder carcinoma, bladder tumor, renal tumor etc. This lecture have been prepared in view of Nursing students according to syllabus.

PATHOLOGY OF URINARY SYSTEM DISORDER ppt from Saili Gaude

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0 ASTHMA - PATHOLOGY FOR NURSING STUDENTS /slideshow/asthma-pathology-for-nursing-students/265155844 asthma-pathology-240105135514-0912b9fb
This lecture is on Pathology of asthma for nurses. This lecture is prepared for sem 4 nursing students. It includes, etiopathogenesis, gross morphology and microscopic morphology and diagnosis of asthma. It describes charcot leyden crystals and Cruschman spiral.]]>
This lecture is on Pathology of asthma for nurses. This lecture is prepared for sem 4 nursing students. It includes, etiopathogenesis, gross morphology and microscopic morphology and diagnosis of asthma. It describes charcot leyden crystals and Cruschman spiral.]]> Fri, 05 Jan 2024 13:55:14 GMT /slideshow/asthma-pathology-for-nursing-students/265155844 SailiGaude@slideshare.net(SailiGaude) ASTHMA - PATHOLOGY FOR NURSING STUDENTS SailiGaude This lecture is on Pathology of asthma for nurses. This lecture is prepared for sem 4 nursing students. It includes, etiopathogenesis, gross morphology and microscopic morphology and diagnosis of asthma. It describes charcot leyden crystals and Cruschman spiral. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/asthma-pathology-240105135514-0912b9fb-thumbnail.jpg?width=120&height=120&fit=bounds" /> This lecture is on Pathology of asthma for nurses. This lecture is prepared for sem 4 nursing students. It includes, etiopathogenesis, gross morphology and microscopic morphology and diagnosis of asthma. It describes charcot leyden crystals and Cruschman spiral.

ASTHMA - PATHOLOGY FOR NURSING STUDENTS from Saili Gaude

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0 BRONCHIECTASIS PATHOLOGY FOR NURSES.pptx /slideshow/bronchiectasis-pathology-for-nursespptx/265155768 bronchiectasispathology-240105135250-f5a8162d
This lecture describes in detail the pathology of Bronchiectasis . The lecture is prepared for sem 3 nursing students. It includes types of bronchiectasis , its types, etiopathogenesis, gross morphology an dmicroscopic morphology. ]]>
This lecture describes in detail the pathology of Bronchiectasis . The lecture is prepared for sem 3 nursing students. It includes types of bronchiectasis , its types, etiopathogenesis, gross morphology an dmicroscopic morphology. ]]> Fri, 05 Jan 2024 13:52:50 GMT /slideshow/bronchiectasis-pathology-for-nursespptx/265155768 SailiGaude@slideshare.net(SailiGaude) BRONCHIECTASIS PATHOLOGY FOR NURSES.pptx SailiGaude This lecture describes in detail the pathology of Bronchiectasis . The lecture is prepared for sem 3 nursing students. It includes types of bronchiectasis , its types, etiopathogenesis, gross morphology an dmicroscopic morphology. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/bronchiectasispathology-240105135250-f5a8162d-thumbnail.jpg?width=120&height=120&fit=bounds" /> This lecture describes in detail the pathology of Bronchiectasis . The lecture is prepared for sem 3 nursing students. It includes types of bronchiectasis , its types, etiopathogenesis, gross morphology an dmicroscopic morphology.

BRONCHIECTASIS PATHOLOGY FOR NURSES.pptx from Saili Gaude

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0 STROKE AND ITS TYPES - PATHOLOGY LECTURE /slideshow/stroke-and-its-types-pathology-lecture/264676770 strokeheadinjurytumorpathology-231215154903-817eac5c
This lecture describes the pathology of stroke, the types of stroke, gross morphology and microscopic changes in stroke, transient ischemic attack, ischemic stroke, hemorrhagic stroke, etiopathogenesis of stroke and infarcts of stroke.]]>
This lecture describes the pathology of stroke, the types of stroke, gross morphology and microscopic changes in stroke, transient ischemic attack, ischemic stroke, hemorrhagic stroke, etiopathogenesis of stroke and infarcts of stroke.]]> Fri, 15 Dec 2023 15:49:03 GMT /slideshow/stroke-and-its-types-pathology-lecture/264676770 SailiGaude@slideshare.net(SailiGaude) STROKE AND ITS TYPES - PATHOLOGY LECTURE SailiGaude This lecture describes the pathology of stroke, the types of stroke, gross morphology and microscopic changes in stroke, transient ischemic attack, ischemic stroke, hemorrhagic stroke, etiopathogenesis of stroke and infarcts of stroke. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/strokeheadinjurytumorpathology-231215154903-817eac5c-thumbnail.jpg?width=120&height=120&fit=bounds" /> This lecture describes the pathology of stroke, the types of stroke, gross morphology and microscopic changes in stroke, transient ischemic attack, ischemic stroke, hemorrhagic stroke, etiopathogenesis of stroke and infarcts of stroke.

STROKE AND ITS TYPES - PATHOLOGY LECTURE from Saili Gaude

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0 ANATOMY AND PHYSIOLOGY OF PANCREAS PPTX. /slideshow/anatomy-and-physiology-of-pancreas-pptx/264676400 pancreas-231215153651-b985420a
This lecture includes the anatomy of pancreas, structure of pancreas, parts of pancreas, its enzymes, trypsin, proteas and lipase and amylase, its functions, common bile duct, ucinate process, location of pancreas, pancreatic acinar cells, islet of langerhans and physiology of pancreas]]>
This lecture includes the anatomy of pancreas, structure of pancreas, parts of pancreas, its enzymes, trypsin, proteas and lipase and amylase, its functions, common bile duct, ucinate process, location of pancreas, pancreatic acinar cells, islet of langerhans and physiology of pancreas]]> Fri, 15 Dec 2023 15:36:50 GMT /slideshow/anatomy-and-physiology-of-pancreas-pptx/264676400 SailiGaude@slideshare.net(SailiGaude) ANATOMY AND PHYSIOLOGY OF PANCREAS PPTX. SailiGaude This lecture includes the anatomy of pancreas, structure of pancreas, parts of pancreas, its enzymes, trypsin, proteas and lipase and amylase, its functions, common bile duct, ucinate process, location of pancreas, pancreatic acinar cells, islet of langerhans and physiology of pancreas <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/pancreas-231215153651-b985420a-thumbnail.jpg?width=120&height=120&fit=bounds" /> This lecture includes the anatomy of pancreas, structure of pancreas, parts of pancreas, its enzymes, trypsin, proteas and lipase and amylase, its functions, common bile duct, ucinate process, location of pancreas, pancreatic acinar cells, islet of langerhans and physiology of pancreas

ANATOMY AND PHYSIOLOGY OF PANCREAS PPTX. from Saili Gaude

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0 ANATOMY AND PHYSIOLOGY OF LIVER.pptx /slideshow/anatomy-and-physiology-of-liverpptx/264676160 anatomyofliver-231215153050-90d8a836
This lecture deals with anatomy of liver and physiology of liver. It includes the lobes of liver, structure of liver, location of liver, porta hepatis, the lobules and hepatocytes, kuffer cells, glissons capsule, biliary sytem, portal artery, portal triad, portal vein, functions of liver.]]>
This lecture deals with anatomy of liver and physiology of liver. It includes the lobes of liver, structure of liver, location of liver, porta hepatis, the lobules and hepatocytes, kuffer cells, glissons capsule, biliary sytem, portal artery, portal triad, portal vein, functions of liver.]]> Fri, 15 Dec 2023 15:30:50 GMT /slideshow/anatomy-and-physiology-of-liverpptx/264676160 SailiGaude@slideshare.net(SailiGaude) ANATOMY AND PHYSIOLOGY OF LIVER.pptx SailiGaude This lecture deals with anatomy of liver and physiology of liver. It includes the lobes of liver, structure of liver, location of liver, porta hepatis, the lobules and hepatocytes, kuffer cells, glissons capsule, biliary sytem, portal artery, portal triad, portal vein, functions of liver. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/anatomyofliver-231215153050-90d8a836-thumbnail.jpg?width=120&height=120&fit=bounds" /> This lecture deals with anatomy of liver and physiology of liver. It includes the lobes of liver, structure of liver, location of liver, porta hepatis, the lobules and hepatocytes, kuffer cells, glissons capsule, biliary sytem, portal artery, portal triad, portal vein, functions of liver.

ANATOMY AND PHYSIOLOGY OF LIVER.pptx from Saili Gaude

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0 ANATOMY AND PHYSIOLOGY OF GALL BLADDER /slideshow/anatomy-and-physiology-of-gall-bladder-7515/264676032 anatomyofgallbladder-231215152731-065468d3
This lecture describes anatomy of gall bladder and physiology of gall bladder. It includes parts of gall bladder, layers of gall bladder, bile, biliary system, bile duct, functions of gall bladder, functions of bile, blood supply of gall bladder etc.]]>
This lecture describes anatomy of gall bladder and physiology of gall bladder. It includes parts of gall bladder, layers of gall bladder, bile, biliary system, bile duct, functions of gall bladder, functions of bile, blood supply of gall bladder etc.]]> Fri, 15 Dec 2023 15:27:31 GMT /slideshow/anatomy-and-physiology-of-gall-bladder-7515/264676032 SailiGaude@slideshare.net(SailiGaude) ANATOMY AND PHYSIOLOGY OF GALL BLADDER SailiGaude This lecture describes anatomy of gall bladder and physiology of gall bladder. It includes parts of gall bladder, layers of gall bladder, bile, biliary system, bile duct, functions of gall bladder, functions of bile, blood supply of gall bladder etc. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/anatomyofgallbladder-231215152731-065468d3-thumbnail.jpg?width=120&height=120&fit=bounds" /> This lecture describes anatomy of gall bladder and physiology of gall bladder. It includes parts of gall bladder, layers of gall bladder, bile, biliary system, bile duct, functions of gall bladder, functions of bile, blood supply of gall bladder etc.

ANATOMY AND PHYSIOLOGY OF GALL BLADDER from Saili Gaude

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0 ANATOMY OF SMALL INTESTINE -presentation /slideshow/anatomy-of-small-intestine-presentation/264502652 anatomyofsmallintestine-231210122615-c6c71385
It includes the parts of small intestine and large intestine. Includes its layers, mucosa, submucosa, muscularis and serosa. discussed also is duodenum, jejunum and ileum. and Cecum, ascending colon, descending colon , transverse colon, descending colon and sigmoid colon. Also includes its functions, sphincters and blood and nerve supply ]]>
It includes the parts of small intestine and large intestine. Includes its layers, mucosa, submucosa, muscularis and serosa. discussed also is duodenum, jejunum and ileum. and Cecum, ascending colon, descending colon , transverse colon, descending colon and sigmoid colon. Also includes its functions, sphincters and blood and nerve supply ]]> Sun, 10 Dec 2023 12:26:15 GMT /slideshow/anatomy-of-small-intestine-presentation/264502652 SailiGaude@slideshare.net(SailiGaude) ANATOMY OF SMALL INTESTINE -presentation SailiGaude It includes the parts of small intestine and large intestine. Includes its layers, mucosa, submucosa, muscularis and serosa. discussed also is duodenum, jejunum and ileum. and Cecum, ascending colon, descending colon , transverse colon, descending colon and sigmoid colon. Also includes its functions, sphincters and blood and nerve supply <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/anatomyofsmallintestine-231210122615-c6c71385-thumbnail.jpg?width=120&height=120&fit=bounds" /> It includes the parts of small intestine and large intestine. Includes its layers, mucosa, submucosa, muscularis and serosa. discussed also is duodenum, jejunum and ileum. and Cecum, ascending colon, descending colon , transverse colon, descending colon and sigmoid colon. Also includes its functions, sphincters and blood and nerve supply

ANATOMY OF SMALL INTESTINE -presentation from Saili Gaude

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0 ANATOMY OF STOMACH- a short concise lect /slideshow/anatomy-of-stomach-a-short-concise-lect/264502491 anatomyofstomach-231210121912-0fa99e1d
It describes anatomy of stomach in short. Includes layers of stomach, 2 sphincters, the parts of stomach, Its functions and location with its blood vessels and nerve supply]]>
It describes anatomy of stomach in short. Includes layers of stomach, 2 sphincters, the parts of stomach, Its functions and location with its blood vessels and nerve supply]]> Sun, 10 Dec 2023 12:19:12 GMT /slideshow/anatomy-of-stomach-a-short-concise-lect/264502491 SailiGaude@slideshare.net(SailiGaude) ANATOMY OF STOMACH- a short concise lect SailiGaude It describes anatomy of stomach in short. Includes layers of stomach, 2 sphincters, the parts of stomach, Its functions and location with its blood vessels and nerve supply <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/anatomyofstomach-231210121912-0fa99e1d-thumbnail.jpg?width=120&height=120&fit=bounds" /> It describes anatomy of stomach in short. Includes layers of stomach, 2 sphincters, the parts of stomach, Its functions and location with its blood vessels and nerve supply

ANATOMY OF STOMACH- a short concise lect from Saili Gaude

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0 https://cdn.slidesharecdn.com/profile-photo-SailiGaude-48x48.jpg?cb=1749540573 I am a Msc. nursing degree holder in medical surgical nursing from RAK college of nursing and presently working as Principal in charge Shivam College of Nursing https://cdn.slidesharecdn.com/ss_thumbnails/braintumorsareneoplasticgrowthsofthebrainormeninges-250123073853-02f26d49-thumbnail.jpg?width=320&height=320&fit=bounds slideshow/brain-tumors-types-causes-treatment-ppt/275068168 Brain tumors- types, c... https://cdn.slidesharecdn.com/ss_thumbnails/functionsofgallbladderandliver-250114091624-30c263d4-thumbnail.jpg?width=320&height=320&fit=bounds slideshow/functions-of-gall-bladder-and-liver-pptx/274858895 Functions of gall blad... https://cdn.slidesharecdn.com/ss_thumbnails/bilejuicefinaledit-250114090922-da94da8c-thumbnail.jpg?width=320&height=320&fit=bounds slideshow/bile-juice-bile-pigment-bile-salts-ppt/274858791 Bile juice, bile pigme...