Answer:
lo siento no se que siginfiCA Y NECESITO PUNTOS :(
Explanation:
Answer:
i dont know
Explanation:
thank u that u thanked me
Anyway u didnt but ok
You will find another one to answer this question
wish you luck
BYE
Answer:
It could loose its propeties and not work or in some cases hurt you or even poisen you
<u>Yes</u>, Pharmacist licenses should be on display. License copies can be <u>acceptable</u> and there is <u>no</u> rule against obscuring address on the copy displayed to the public.
Every license to practice pharmacy shall be conspicuously displayed by the person to whom the same has been issued in the pharmacy, drug store, or place of business, if any, of which the said person is the owner or part owner or manager.
General pharmaceutical licenses are Retail Drug License (RDL) issued to run a general chemist shop.
The Central Drugs Standard Control Organization and State Drugs Standard Control Organization control the issue of drug license in India.
To learn more about RDL licenses, here
brainly.com/question/1358383
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Answer:
The answer to the question: In what part of the spinal cord would you expect to find myelinated axons, would be, in the white matter of the spinal cord.
Explanation:
The spinal cord, the roadway and connection between the brain and the rest of the body, and a vital part of life itself, is formed by covering tissue, fluid, and most importantly, by the neuronal bodies and axons that form the entire system of the CNS, and ANS, and which also connect these systems with the PNS (peripheral nervous system), and the different organs. One visual characteristic of the cord is it having two colors, white and gray. The white matter surrounds the gray matter. The reason for this white color in the white matter, which is really the connecting filaments that go up and down the CNS, and connect with the gray matter, is that white matter neurons and axons are covered by myelin, an insulating and cushioning covering that surrounds the cell´s axons and also helps the nerve impulses move much faster and with higher precision, than in the white matter.