Answer:
b) "Your doctor can prescribe medications necessary to relieve pain; however; this treatment will not hasten death."
Explanation:
When the terminally ill patient or the patient's legal proxy requests palliative sedation, the use of pharmacologic agents to induce sedation or near sedation when symptoms have not responded to other management measures), the purpose is not to hasten the patient's death but to relieve intractable symptoms. Palliative sedation may be controversial, but it is not illegal. Total sedation is rarely indicated in hospice care to provide comfort. Continuous pain assessments are not indicated at this stage; the patient requires intervention/treatment.
The answer you are probably looking for is attention
Technology advancements. the bridge between patient and service provider. one of the greatest achievements is providing e-medical appointments, e-consultations and uploading medical data into apps to see. e- pulse monitors are great too.
Answer:
946.35mL (to 2 decimal places)
Explanation:
Use the formula
C1V1 = C2V2
where C1 is the concentration of the undiluted medication = 15mg/mL
V1 is the volume of the undiluted medication = 1 pint = 473.176mL (convert pint to mL)
C2 is the concentration that the diluted medication should have = 5mg/mL
V2 is the volume of the diluted medication with syrup = ??
C1V1 = C2V2
15mg/mL x 473.176mL = 5mg/mL x V2
<u>15mg/mL x 473.176mL = V2</u>
5mg/mL
1419.528mL = V2
V2 = 1419.528mL (expected volume of medication + syrup)
Therefore, amount of non-medicated flavored syrup base to be added = 1419.528mL - 473.176mL
= 946.352mL (2 pints)
Answer:
Spinach leaves would be helpful to replace damaged heart tissue because they can replace the damaged blood vessels with the ones that the leaves have.
Explanation:
According to this article, scientists can use spinach leaves to replace the damaged heart tissue by extracting the branching network of the leaves, which is the one that distributes water and nutrients in the leave, we can say that they have the same function as blood vessels in our body. With this network of thin vessels, which is very hard to reproduce with a 3D printer, scientists bathed the structure in human cells that can grow around it since they would be nourished by it. As a result, the tissue will grow from this. The goal is to replace damaged tissue using leaves, this has not been successfully done yet, but scientists have made improvements in this area.
