Latest revision as of 15:45, 2 October 2012

Anna Katogiritis's Page ^{Customise Your Page?}
Occupation	Veterinary Student
Veterinary School	USA - Virginia Maryland Regional College of Veterinary Medicine, Virginia
Year of Graduation	2016
Email	anaritis@vt.edu

About me

For the most part of my life I was raised on the island named "Karpathos" in Greece. A lot of my education was done in Athens, Greece and my undergraduate studies were done at the University of Crete, Greece. As most of you, I am very passionate about animals and I am very sensitive when it comes to stray animals, since on my island we had/have many. Wildlife conservation is another passion of mine, and this is why I love to travel and volunteer in wildlife rehabilitation centers. Besides taking care of animals, I love music (I play the piano, and have tried playing electric guitar), hiking,traveling (I have been doing so since I was 2 years old) painting, spending time with friends and movies! My favorite place to visit is Indonesia and specifically Sulawesi where Tasikoki Wildlife Rescue Center is. Please feel free to email me if you need information about that center! They need volunteers who love animals and care about wildlife conservation.If you have any questions concerning VMRCVM, Greece or Indonesia don't hesitate to contact me! I will be glad to answer any questions:)

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Internal links

USA - Virginia Maryland Regional College of Veterinary Medicine, Virginia is my college, if you want the text to say something else, like this is my college, i just add the pipe symbol

Flashcard code

Question	Answer	Article
What conditions would you consider? (Most likely first.)	The most likely conditions to consider include: nervous acetonaemia/ketosis; left-displaced abomasum and secondary acetonaemia; traumatic reticulitis; sub - acute ruminal acidosis.	Link to Article
How could you confirm your diagnosis?	Diagnosis of ketosis is based on clinical examination and confirmed by a positive Rothera’s reagent test or laboratory demonstration of a 3-OH butyrate concentration in excess of 4.0 mmol/L (40 mg/dL). Plasma glucose and NEFA concentrations are too variable to confirm a diagnosis of ketosis. No biochemical test differentiates between primary and secondary ketosis. It must be ascertained that the cow does not have a left-displaced abomasum.	Link to Article
What treatment would you administer?	Treatment includes dexamethasone and 400mL 50% dextrose administered intravenously. Propylene glycol is given orally twice daily until normal appetite returns. The cow was eating well the following day.	Link to Article
How could this condition be prevented?	Control measures include feeding molasses-treated chopped straw¹ as part of the ration during the dry period to maintain rumen size and microbial function. Dry matter intakes should be as high as possible during the dry period, and on the day of calving in particular. There must be 24 hr of easy access to the diet – one should not rely on feeding refusals from the milking herd ration to the dry cows. Any dietary changes must be introduced gradually. Most high-yielding cows are fed a total mixed ration which has the benefit of creating a more stable rumen environ - ment than that achieved with separate concentrate feeding. Cows should enter the dry period in BCS 3 (scale 1–5) and maintain that value until calving.	Link to Article

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+==Heading2==
+===Heading3===
+====Heading4====
+=====Heading5=====
+'''bold''', <big>'''bigger text'''</big>, ''italic'', '''''bold and italic text'''''
+<br><br>
+==Internal links==
+[[USA - Virginia Maryland Regional College of Veterinary Medicine, Virginia]] is my college, if you want the text to say something else, like [[USA - Virginia Maryland Regional College of Veterinary Medicine, Virginia|this is my college]], i just add the pipe symbol
+==Flashcard code==
+<FlashCard questions="4">
+|q1=What conditions would you consider? (Most likely first.)
+|a1=
+The most likely conditions to consider include: nervous acetonaemia/ketosis;
+left-displaced abomasum and secondary acetonaemia; traumatic reticulitis; sub -
+acute ruminal acidosis.
+|l1=Ketosis_of_Cattle
+|q2=How could you confirm your diagnosis?
+|a2=
+Diagnosis of ketosis is based on clinical examination and confirmed by a
+positive Rothera’s reagent test or laboratory demonstration of a 3-OH butyrate
+concentration in excess of 4.0 mmol/L (40 mg/dL). Plasma glucose and NEFA
+concentrations are too variable to confirm a diagnosis of ketosis. No biochemical
+test differentiates between primary and secondary ketosis. It must be ascertained
+that the cow does not have a left-displaced abomasum.
+|l2=Ketosis of Cattle#Diagnosis
+|q3=What treatment would you administer?
+|a3=
+Treatment includes dexamethasone and 400mL 50% dextrose administered
+intravenously. Propylene glycol is given orally twice daily until normal appetite
+returns. The cow was eating well the following day.
+|l3=Ketosis of Cattle#Treatment
+|q4=How could this condition be prevented?
+|a4=
+Control measures include feeding molasses-treated chopped straw<sup>1</sup> as part of the ration during the dry period to maintain rumen size and microbial function. Dry matter intakes should be as high as possible during the dry period, and on the day of calving in particular. There must be 24 hr of easy access to the diet – one should not rely on feeding refusals from the milking herd ration to the dry cows. Any dietary changes must be introduced gradually. Most high-yielding cows are fed a total mixed ration which has the benefit of creating a more stable rumen environ - ment than that achieved with separate concentrate feeding. Cows should enter the dry period in BCS 3 (scale 1–5) and maintain that value until calving.
+|l4=Ketosis of Cattle#Prevention and Control
+</FlashCard>

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