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| The specific cause is usually idiopathic but several risk factors exist: | | The specific cause is usually idiopathic but several risk factors exist: |
− | #'''Nutritional''': including obesity, low protein and high fat diets, feeding of ethionine, hypertriglyceridaemia and fatty meals.
| + | '''Nutritional''': including obesity, low protein and high fat diets, feeding of ethionine, hypertriglyceridaemia and fatty meals. |
− | #'''Drugs and toxins''': including L-asparginase, oestrogen, azathioprine, potassium bromide, furosemide, thiazide diuretics, salicylates, [[Tetracyclines|tetracyclines]], [[Sulphonamides|sulphonamides]], vinca alkaloids, zinc toxicosis, cholinesterase inhibitor insecticides, cholinergic agonist and hypercalcaemia.
| + | '''Drugs and toxins''': including L-asparginase, oestrogen, azathioprine, potassium bromide, furosemide, thiazide diuretics, salicylates, [[Tetracyclines|tetracyclines]], [[Sulphonamides|sulphonamides]], vinca alkaloids, zinc toxicosis, cholinesterase inhibitor insecticides, cholinergic agonist and hypercalcaemia. |
− | #'''Pancreatic Duct obstruction''': caused by biliary calculi, sphincter spasm, duct wall oedema, duodenal wall oedema, neoplasia, parasites, trauma and iatrogenic reasons.
| + | '''Pancreatic Duct obstruction''': caused by biliary calculi, sphincter spasm, duct wall oedema, duodenal wall oedema, neoplasia, parasites, trauma and iatrogenic reasons. |
− | #'''Duodenal juice reflux, Pancreatic trauma, ischaemia and reperfusion''': including duodenal juice reflux into the pancreatic duct, surgical intervention, shock, anaemia, venous occlusion and hypotension.
| + | '''Duodenal juice reflux, Pancreatic trauma, ischaemia and reperfusion''': including duodenal juice reflux into the pancreatic duct, surgical intervention, shock, anaemia, venous occlusion and hypotension. |
− | #'''Other''': including parasitic (babesiosis), viral, mycoplasmal, end stage renal disease, liver disease and auto-immune diseases.
| + | '''Other''': including parasitic (babesiosis), viral, mycoplasmal, end stage renal disease, liver disease and auto-immune diseases. |
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| Cats mainly suffer from mild chronic interstitial pancreatitis. | | Cats mainly suffer from mild chronic interstitial pancreatitis. |
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| ==Signalment== | | ==Signalment== |
− | *Predisposed breeds include:
| + | Predisposed breeds include: |
| <gallery> | | <gallery> |
| Image:Labrador.jpg|'''Labradors''' <br> Ellen Levy Finch (2004) WikiMedia Commons | | Image:Labrador.jpg|'''Labradors''' <br> Ellen Levy Finch (2004) WikiMedia Commons |
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| Image:Yorkshire Terrier.jpg|'''Yorkshire terriers''' <br> Jlcerso (2007) WikiMedia Commons | | Image:Yorkshire Terrier.jpg|'''Yorkshire terriers''' <br> Jlcerso (2007) WikiMedia Commons |
| </gallery> | | </gallery> |
− | *Middle-old aged dogs
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− | *Increased risk with obesity, [[Diabetes Mellitus|diabetes mellitus]], [[Adrenal Glands - Pathology#Adrenal Hyperfunction|hyperadrenocorticalism]], prior [[Alimentary - Anatomy & Physiology|GIT]] disease or epilepsy.
| + | Increased risk of disease occurs with obesity, [[Diabetes Mellitus|diabetes mellitus]], [[Adrenal Glands - Pathology#Adrenal Hyperfunction|hyperadrenocorticalism]], prior [[Alimentary - Anatomy & Physiology|GIT]] disease or epilepsy. |
− | *Male and speyed females > intact females.
| + | Additonally middle aged dogs are more commonly affected and Male and speyed females are affected more frequently than intact females. |
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