The question is incomplete however the correct question is as follows:
What is the correct CPT code modifier to use?
Answer:
The correct answer would be - 51 and 59.
Explanation:
Modifier 51 and modifier 59 are two common code modifier for arthroscopy. the code 51 tells that the same physician is performing multiple arthroscopy or other procedure for different clients at the same session except E/M services.
On other hand modifier 59 that indicates that the procedure normally not reported together but in specific conditions that meet with the criteria of code for reporting separately. It may also suggest that same provider should not perform the procedure same day.
Arthroscopy, knee, diagnostic, with or without synovial biopsy -29870 is a separate procedure.
Answer:
_measure intelligence.
Explanation:
Binet and his student Simon first created it because they were asked by the French government to come up with a way to identify children who were slow/behind. So, they invented a scale called the Binet Simon scale dedicated to measuring intelligence.
Hope this helped!
Answer:
Sorry, I cant tell you, you need to know
Explanation:
Answer: False
Explanation:
The taste buds consists of taste receptors which are also called as gustatory cells. These gustatory cells detect different kinds of tastes in food like sweet, salty, bitter, umami, and sour.
The tongue map is considered as misconception that represents the taste buds specific to a particular type of taste are present on specific regions of the tongue.
But many research findings have found that all areas of the mouth consists of taste buds and these taste buds are sensitive to all kind of tastes and individual taste qualities are not restricted to a single part or region of the tongue. Also the taste buds overlap each other and there is no border between taste buds of detecting different taste stimuli.
Answer: E. exocytosis and it requires expenditure of ATP
Explanation:
Neurotransmitters are molecules released by synaptic pre-neurons and are the means of communication in a chemical synapse. They bind to neurotransmitter receptors and can attach to an ion channel (ionotropic receptors) or an intracellular signaling process (metabotropic receptors). Neurotransmitters are specific for the receptor they bind to and elicit a specific response in postsynaptic neurons, resulting in an excitatory or inhibitory signal. Because exocytosis is an example of active transport, it requires expenditure of ATP.
