Diabetes

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Across
  1. 4. Type ____ Diabetes Mellitus is the most common type of diabetes (McPherson & Pincus, 2017, p. 211)
  2. 8. In type II DM, fatty acids are released as _______ (Bishop, Foed, & Shoeff, 2013, p. 300)
  3. 9. Hyperglycemic crisis often observed to type I DM patients (Bishop, Foed, & Shoeff, 2013, p. 299)
  4. 11. Presence of glucose in the urine (Bishop, Foed, & Shoeff, 2013, p. 299)
  5. 12. Most common disorder of carbohydrate metabolism (McPherson & Pincus, 2017, p. 209)
  6. 14. Excessive thirst (Bishop, Foed, & Shoeff, 2013, p. 299)
  7. 15. Excessive or frequent urination (Bishop, Foed, & Shoeff, 2013, p. 299)
Down
  1. 1. Oxidation of this biomolecule is inhibited in type II DM (Bishop, Foed, & Shoeff, 2013, p. 300)
  2. 2. the only ketone body produced in fatty acid oxidation that do not contribute to the development of diabetic ketoacidosis (Bishop, Foed, & Shoeff, 2013, p. 300)
  3. 3. Destruction of this cell in the islet of Langerhaan is a characteristic of juvenile-onset DM (McPherson & Pincus, 2017, p. 210)
  4. 5. Nerve damage brought by diabetes mellitus (McPherson & Pincus, 2017, p. 209)
  5. 6. Excessive hunger (Bishop, Foed, & Shoeff, 2013, p. 299)
  6. 7. Type ____ Diabetes Mellitus, also referred to as juvenile-onset diabetes (McPherson & Pincus, 2017, p. 210)
  7. 9. A respiratory compensatory mechanism done by the body to reduce the carbon dioxide concentration and displace the hydrogen ions in the blood as a result of ketoacidosis (Bishop, Foed, & Shoeff, 2013, p. 300)
  8. 10. Hyperglycemic crisis often observed to type II DM patients (Bishop, Foed, & Shoeff, 2013, p. 299)
  9. 13. Described as diabetes without known cause (Bishop, Foed, & Shoeff, 2013, p. 299)