Answer:
Each patient has the right to make their own decisions based on their own beliefs and values. [4]. This is known as autonomy. A patient's need for autonomy may conflict with care guidelines or suggestions that nurses or other healthcare workers believe is best.
It is because little kids and toddlers copy everything that they see other people do. If they see you doing something, then they think they are supposed to do it too, and they copy you. Also they are “like sponges”(that’s what my mom says) and “soak up(/remember) everything”.
The animals used in an experiment that involves USDA pain category B, C, and D activities performed on the same animal should be categorized to USDA category D.
The USDA pain categories are used to categorize the level of pain an animal used in testing and research will be exposed to. The categories are as follows:
- USDA B: the animal will not feel pain of any kind
- USDA C: the animal will feel the occasional slight pain
- USDA D: Painful procedures that will be mitigated by pharmaceuticals.
- USDA E: Painful procedures that will not be mitigated.
Category B states the animal will not feel pain. Animals in this category are often used for breeding, which is a natural process that does not cause animal distress or pain.
Animals in category C may feel the occasional slight pain which is allowed to subside naturally without the use of pharmaceuticals. This may include procedures such as
- Drawing blood samples
- Injections
Animals in category D are exposed to painful or stressful procedures and will receive anesthetics and other chemical agents to mitigate or completely relieve the pain, Whereas E category animals do not receive said assistance.
These categories follow a strict rule. Animals must be categorized according to the most painful procedure it will undergo, so because the experiment will use USDA B, C, and D procedures, the animals must be placed into USDA category D.
For more regarding animal testing visit: brainly.com/question/2995484?referrer=searchResults
Answer:
Both sodium and potassium ions are transported against their concentration gradients
Explanation:
In the cell, the sodium potassium pump is a type of transport, of the active type.
It requires an energy expenditure and always goes against gradient.
For every 3 Na + that leave, 2 K + enter and the action hydrolyzes an ATP (ADP + P)
Answer:
I need help with this one too!
Explanation: