Influenza vaccination.

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A) Read the attached case study and complete the questions below using one (1) of the presentation methods below:

2-3 pages essaysummary (on word document) (Response to all of the initial discussion board questions below)
Create a thread and or reply in thread box (Response to all of the initial discussion board questions below)
Power Point presentation or Prezi (10–15 slides).(Response to all of the initial discussion board questions below)
Infographic: (Response to all of the initial discussion board questions below)
Educational/training packet or guide: (Response to all of the initial discussion board questions below)
Brochure: (Response to all of the initial discussion board questions below)
5–7 minute recorded PSA (public service announcement) (Response to all of the initial discussion board questions below)
Address the following questions:

What are the facts of this case?
What would have been the potential impact on the woman if the child had the following diseases: pertussis, polio, influenza, or Ebola?
What are the management implications of this case? Should there be separate waiting rooms for people with an immunocompromised status
What are the legal and ethical obligations of the parent of the unvaccinated child?
What are the legal and ethical obligations the clinic has to its patients and how do they apply to this case? Should the woman’s family seek legal remedies?
An RN who works at the clinic refuses to have an influenza vaccination. She does not have allergies, nor does she have religious objections. She just “doesn’t believe in them.” Create a script for a conversation with this employee, urging her to reconsider, and detailing the consequences of her continued refusal.

 

Sample Solution

There are many reasons to get an influenza (flu) vaccine each year. Flu vaccination is the best way to protect yourself and your loved ones against flu and its potentially serious complications. Flu vaccination can keep you from getting sick with flu. For example, during the 2019-2020 flu vaccination prevented an estimated 7.5 million influenza illnesses, 3.7 million influenza-associated medic visits, 105,000 influenza-associated hospitalizations, and 6,300 influenza-associated deaths (CDC). During seasons when flu vaccine viruses are similar to circulating flu viruses, flu vaccine has been shown to reduce the risk of having to go to the doctor with flu by 40 percent to 60 percent (CDC).

europathy includes a reduction in axon type, axonal vehicle weakness, and a decreased limit of nerve recovery, which are reliant upon axonal cytoskeleton respectability for legitimate nerve work (4). Diminished amalgamation of tubulin mRNA and a raised non-enzymatic glycation of fringe nerve tubulin was depicted. Especially, it was exhibited that following two months of diabetes T alpha 1 alpha-tubulin mRNA is decreased in streptozotocin (STZ)- prompted diabetic rodents (7), and an expansion in tubulin glycation was recognized in the sciatic nerve of STZ-actuated diabetic rodents following fourteen days of diabetes length, which might add to axonal vehicle irregularities by weakness of microtubule work (8, 9). Cerebrum tubulin is likewise glycated in early exploratory diabetes, subsequently influencing its capacity to frame microtubules (10). By and by, this finding was not reproduced in resulting studies, where it was shown that glycation was not related with hindrance of microtubule get together (8, 11). In the sural nerves of diabetic patients it was recognized an expansion in cutting edge glycation final results collection in cytoskeletal proteins (12), recommending that axonal cytoskeletal proteins glycation might assume a part in axonal degeneration polyneuropathy in diabetes.

Tau is a microtubule related protein significant for the security of axonal microtubules. Tau hyperphosphorylation debilitates its limiting to microtubules, changing the dealing course for particles which may eventually prompt synaptic degeneration (13, 14). Diabetes actuates tau hyperphosphorylation in the mind, concerning model in the hippocampus (15), and proteolytic tau cleavage (16), being the two cycles occuring in Alzheimer’s sickness (17). Hyperglycemia and insulin brokenness might prompt tau changes, and subsequently may assume a part for the expanded occurrence of Alzheimer’s sickness in diabetic patients (16). Tau alteration impedes axonal vehicle through microtubule course of action disturbance and by obstructing axonal dealing course, which can finish in synaptic capacity changes and ensuing neurodegeneration (18, 19). In Alzheimer’s illness, glycation of tau might balance out matched helical fibers conglomeration prompting tangle arrangement (20). Almost certainly, comparable cycles might be occuring under diabetes.

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