Calcitonin is an endocrine hormone secreted by the parafollicular cells of the thyroid gland and it is involved in the metabolism of calcium and phosphorus. Calcitonin is released during the conditions of high calcium levels, it decreases the calcium concentration in the blood. High plasma concentrations of calcium (hypercalcemia) stimulate the calcitonin release. Calcitonin decreases the blood calcium levels so that the stimulus triggering its release also suppressed. This is a negative feedback regulation.
Parathyroid hormone (PTH) is secreted by the parathyroid gland, PTH increases the calcium levels of plasma and extracellular fluid by increasing the absorption of calcium from the gastrointestinal tract, renal tubules, and by increasing the calcium resorption from bones. PTH also increases the osteoclast activity and rise the blood calcium levels. So, the hyperactivity of PTH, and hypoactivity of calcitonin increase the blood calcium levels (hypercalcemia).
Certain lung diseases and cancers can also lead to hypercalcemia.
The symptoms of hypercalcemia include, headache, and muscle fatigue. The patient also experience an increased rate of urination, excessive thirst, constipation, abdominal pain, cardiac arrhythmias, muscle pains, osteoporosis, increase in the tendency to fractures, and bone pain.
Precautions to avoid hypercalcemia:
Hypercalcemia
Discharge instructions for person with hypercalcemia
What nursing action would the Rn perform to address the needs of a patient with hypercalcemia
hypercalcemia is " due to endocrine hormone alteration the calcium is released excess from the bones into blood vessels causing other symptoms" and treatment is " removal of parathyroid partial or total" Can you explain this further please? How does the parathyroid affect calcium levels?
*do not own anything* thanks~! Hypokalemia, hyperkalemia, hyponatremia, hypernatremia, hypocalcemia, and hypercalcemia are commonly seen in emergency medicine. Severe abnormalities in any of these electrolytes can cause potentially life-threatening consequences to the patient. It is essential that the clinician understand and correct (if possible) the underlying cause of each disorder and recognize the importance of the rates of correction, especially with serum sodium disorders explain the importance of the electrolites mentioned above consequences and clinical manifestations on the patient. Please...
Analyze how calcium and phosphate are hormonally regulated and describe the pathophysiology, clinical manifestations, evaluation and treatments for hypercalcemia and hypocalcemia.
Describe the cause, clinical manifestations, management, and nursing interventions for the following imbalances: calcium deficit (hypocalcemia) and calcium excess (hypercalcemia); magnesium deficit (hypomagnesemia) and magnesium excess (hypermagnesemia);
Which of the following conditions may cause enhanced bone resorption? Select ALL that apply – no partial credit. (1 point): a. Estrogen therapy b. Chronic glucocorticoid therapy c. Chronic GnRH therapy d. Hypercalcemia
can someone call me to Create one multiple choice NCLEX style question, including answers and rationales for each of following Fluid and Electrolytes topics: a. Hyperkalemia. b. Hypokalemia. c. Hypocalcemia. d. Hypercalcemia. e. Hyponatremia. help me **
. Describe the cause, clinical manifestations, management, and nursing interventions for the following imbalances: calcium deficit (hypocalcemia) and calcium excess (hypercalcemia); magnesium deficit (hypomagnesemia) and magnesium excess (hypermagnesemia); phosphorus deficit (hypophosphatemia) and phosphorus excess (hyperphosphatemia); chloride deficit (hypochloremia) and chloride excess (hyperchloremia