Dennis J. Chew, DVM, DACVIM
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The role of phosphorus in feline chronic renal disease (Proceedings)
November 1, 2010
By:
Aimee C. Kidder, DVM, DACVIM
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Dennis J. Chew, DVM, DACVIM
Less than 1% of the total body phosphorus is in the plasma with 1/3 of this as inorganic phosphate ions, most of which are unbound. Laboratory analysis of serum phosphorus measures all forms of H3PO4 (H3PO4, H2PO4, HPO4) referred to as inorganic phosphate. Serum phosphate levels are higher in serum than plasma due to the clotting process that releases phosphorus from cells and platelets.
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Feline idiopathic hypercalcemia (Proceedings)
November 1, 2010
By:
Aimee C. Kidder, DVM, DACVIM
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Dennis J. Chew, DVM, DACVIM
Calcium in circulation occurs in three forms: calcium bound to proteins (approximately 40%), calcium complexed to various anions such as citrate and phosphate (8%), and ionized calcium (iCa, approximately 52%. The latter is the biologically active form of calcium and clinically-relevant hypercalcemia only exists when the ionized fraction of calcium is elevated.
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Prolonging life and kidney function (Proceedings)
August 1, 2009
By:
Dennis J. Chew, DVM, DACVIM
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Stephen P. DiBartola, DVM, DACVIM
CRF is clinically characterized in dogs and cats by the development of variably progressive irreversible intrarenal lesions and loss of renal functions.
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Urinary incontinence in dogs -- diagnosis and treatment (Proceedings)
August 1, 2009
By:
Dennis J. Chew, DVM, DACVIM
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Stephen P. DiBartola, DVM, DACVIM
,
Mary A. McLoughlin, DVM, MS, DACVS
Primary sphincter mechanism incompetence (idiopathic incontinence, hormone-responsive incontinence) is the most common and important acquired cause of incontinence in dogs.
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