Difference between revisions of "VetPrep Q1"
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| − | feedback4="'''Correct!''' The oral propylene glycol will serve as a precursor for glucose production, and will help with the demands of lactation that are causing increased fat mobilization and ketosis. A fourth treatment that is sometimes used is corticosteroids, as they decrease milk production and increase gluconeogenesis. | + | feedback4="'''Correct!''' The oral propylene glycol will serve as a precursor for glucose production, and will help with the demands of lactation that are causing increased fat mobilization and ketosis. A fourth treatment that is sometimes used is corticosteroids, as they decrease milk production and increase gluconeogenesis. [[Ketosis of Cattle|WikiVet Article: Ketosis of Cattle]]" |
| − | + | feedback1="'''Incorrect.''' The oral propylene glycol will serve as a precursor for glucose production, and will help with the demands of lactation that are causing increased fat mobilization and ketosis. A fourth treatment that is sometimes used is corticosteroids, as they decrease milk production and increase gluconeogenesis. [[Ketosis of Cattle|WikiVet Article: Ketosis of Cattle]]" | |
| − | [[Ketosis of Cattle|WikiVet Article]]" | + | feedback5="'''Incorrect.''' The oral propylene glycol will serve as a precursor for glucose production, and will help with the demands of lactation that are causing increased fat mobilization and ketosis. A fourth treatment that is sometimes used is corticosteroids, as they decrease milk production and increase gluconeogenesis. [[Ketosis of Cattle|WikiVet Article: Ketosis of Cattle]]" |
| − | feedback1="'''Incorrect.''' The oral propylene glycol will serve as a precursor for glucose production, and will help with the demands of lactation that are causing increased fat mobilization and ketosis. A fourth treatment that is sometimes used is corticosteroids, as they decrease milk production and increase gluconeogenesis. [Ketosis of Cattle|WikiVet Article]]" | + | feedback2="'''Incorrect.''' The oral propylene glycol will serve as a precursor for glucose production, and will help with the demands of lactation that are causing increased fat mobilization and ketosis. A fourth treatment that is sometimes used is corticosteroids, as they decrease milk production and increase gluconeogenesis. [[Ketosis of Cattle|WikiVet Article: Ketosis of Cattle]]" |
| − | feedback5="'''Incorrect.''' The oral propylene glycol will serve as a precursor for glucose production, and will help with the demands of lactation that are causing increased fat mobilization and ketosis. A fourth treatment that is sometimes used is corticosteroids, as they decrease milk production and increase gluconeogenesis. [[Ketosis of Cattle|WikiVet Article]]" | + | feedback3="'''Incorrect.''' The oral propylene glycol will serve as a precursor for glucose production, and will help with the demands of lactation that are causing increased fat mobilization and ketosis. A fourth treatment that is sometimes used is corticosteroids, as they decrease milk production and increase gluconeogenesis. [[Ketosis of Cattle|WikiVet Article: Ketosis of Cattle]]" |
| − | feedback2="'''Incorrect.''' The oral propylene glycol will serve as a precursor for glucose production, and will help with the demands of lactation that are causing increased fat mobilization and ketosis. A fourth treatment that is sometimes used is corticosteroids, as they decrease milk production and increase gluconeogenesis. [[Ketosis of Cattle|WikiVet Article]]" | ||
| − | feedback3="'''Incorrect.''' The oral propylene glycol will serve as a precursor for glucose production, and will help with the demands of lactation that are causing increased fat mobilization and ketosis. A fourth treatment that is sometimes used is corticosteroids, as they decrease milk production and increase gluconeogenesis. [[Ketosis of Cattle|WikiVet Article]]" | ||
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| + | [[Category:VetPrep List]][[Category:Alimentary VetPrep]][[Category:Cattle VetPrep]] | ||
Latest revision as of 16:47, 15 February 2011
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This question was provided by VetPrep |
1 |
A 3-year old Holstein dairy cow, 3 weeks post partum, is presented with the complaint that she has dropped in milk production over the last several days. You perform a physical exam and the only abnormality you note is a large amount of ketone bodies in the milk and urine. You decide to administer glucose IV and insulin SQ. What else should this cow be administered? |
