MDC II
Exam 1
Assessmen
t With
Actual
Solutions.
[Document subtitle]
, Calcium - correct ans:9.0-10.5
Absorption requires active form of vitamin D, stored in bones, Parathyroid
hormone.
Sodium - correct ans:136-145
Where sodium goes, water follows
Potassium - correct ans:3.5-5.0
Regulate protein synthesis, glucose use, and storage
Phosphorus - correct ans:3.0-4.5
Found in bones, activates vitamins and enzymes, assists in cell growth and
metabolism, works inversely with calcium
Magnesium - correct ans:1.8-2.6
Critical for skeletal muscle contraction, carbohydrate metabolism, ATP
formation, vitamin activation, cell growth
Chloride - correct ans:98-106
Imbalance occurs because of other electrolyte imbalances. Treat underlying
electrolyte imbalance or acid-base problem
Malignant transformation - correct ans:enough normal cells turn malignant to
form a tumorous area within the cuboidal epithelium
Tumor vascularization - correct ans:Cancer cells secrete tumor angiogenesis
factor (TAF), stimulating blood vessels to bud and form new channels that
grow into the tumor.
Exam 1
Assessmen
t With
Actual
Solutions.
[Document subtitle]
, Calcium - correct ans:9.0-10.5
Absorption requires active form of vitamin D, stored in bones, Parathyroid
hormone.
Sodium - correct ans:136-145
Where sodium goes, water follows
Potassium - correct ans:3.5-5.0
Regulate protein synthesis, glucose use, and storage
Phosphorus - correct ans:3.0-4.5
Found in bones, activates vitamins and enzymes, assists in cell growth and
metabolism, works inversely with calcium
Magnesium - correct ans:1.8-2.6
Critical for skeletal muscle contraction, carbohydrate metabolism, ATP
formation, vitamin activation, cell growth
Chloride - correct ans:98-106
Imbalance occurs because of other electrolyte imbalances. Treat underlying
electrolyte imbalance or acid-base problem
Malignant transformation - correct ans:enough normal cells turn malignant to
form a tumorous area within the cuboidal epithelium
Tumor vascularization - correct ans:Cancer cells secrete tumor angiogenesis
factor (TAF), stimulating blood vessels to bud and form new channels that
grow into the tumor.
