learned from the coding guidelines for Skull Base Surgery prior to codes (61580-61619) in the Nervous System subsection of the CPT manual Monitoring intracranial pressure (2.02.02.06-7): code used for assessment of intracranial pressure, which is starts from the surgical moment of the ICP catheter installation, until the daily follow-ups, for visit/day. The assessment and conduct must be described in the patient's medical record. Value/day of monitoring neurological patient. Together with the other parameters of neurointensivism, this exam is part of the multimodal assessment of neurocritical patients.
<h3>In your own words, summarize what you think the coding guideline (from question 1) is instructing the coder to do when assigning codes to these types of services.</h3>
Instructs the coder to understand the processes being carried out and the current state of the patient.
With this information, we can conclude that Manual of Coding Procedures Guidelines in Neurosurgery, is fully supported by legality and ethics and in absolute accordance with the regulations of our professional and supervisory bodies, the Code of Medical Ethics and the Federal Constitution.
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The answer is the bargaining stage because he is praying to last just until the point his daughter gets married.
Answer:
AB. The 'AB' blood type, also known as the "universal receiver" blood type, contains both the A and B antigens on the red blood cells, but contains neither A or B antibodies in the plasma.
Explanation:
Answer:
D. Calcitonin
Explanation:
C-cells are also called parafollicular cells, these cells are located adjacent to the thyroid follicles. These cells work as antagonist cells of the Vitamine D and the parathyroid hormone. The parafollicular cells are stimulated by high serum levels of calcium. The higher the calcium levels are they start to release the calcitonin.
Answer:
The thyroid gland absorbs almost all of the iodine in the body. When radioactive iodine (RAI), also known as I-131, is given to the body as a liquid or capsule, it becomes concentrated in thyroid cells. Radiation can kill the thyroid gland and any other thyroid cells or tissues (including cancer cells) that absorb iodine, without damaging any other organs.
Explanation:
The thyroid gland is an organ that belongs to the endocrine system and its function is to synthesize hormones that are responsible for controlling the body's metabolism, this gland has an important characteristic and that is that the hormones it produces have a unique chemical composition due to They are the only hormones that contain iodine in their structure, this in turn is essential for its functioning because the body does not synthesize it and it must be consumed in the diet. When a small dose of the radiopharmaceutical iodine 131 (Sodium Iodide 131I) is consumed, it is absorbed into the bloodstream and concentrated by the thyroid gland, where it begins to destroy cancer cells in the gland. 131I quickly attaches itself to thyroid cells to destroy them, but continues to emit radioactivity for a long time: it takes 8 days to halve. The beta radiation particles of 131I, which we call radioiodine or radioactive iodine, have a range of 2mm and act for a long time in a constant way. Fortunately, the body's metabolism quickly expels iodine through the urine, so that in one day the amount of iodine has decreased considerably.
