Addressing the US American Indians/Alaska Natives and diabetes
Sample Solution
The US American Indian/Alaska Native population has been disproportionately affected by diabetes, with rates as much as three times higher than the general US population. This is due to a number of factors, including genetic predisposition, lifestyle and environmental influences, and access to healthcare.
In order to address this issue in an effective manner, it is important to recognize the unique cultural context that US American Indians/Alaska Natives live in and strive for culturally-responsive programs and interventions that acknowledge traditional values and beliefs. Education about diabetes prevention, control, treatment options should be tailored to meet the individual needs of each community so that individuals can make informed decisions about their health care
Sample Solution
The US American Indian/Alaska Native population has been disproportionately affected by diabetes, with rates as much as three times higher than the general US population. This is due to a number of factors, including genetic predisposition, lifestyle and environmental influences, and access to healthcare.
In order to address this issue in an effective manner, it is important to recognize the unique cultural context that US American Indians/Alaska Natives live in and strive for culturally-responsive programs and interventions that acknowledge traditional values and beliefs. Education about diabetes prevention, control, treatment options should be tailored to meet the individual needs of each community so that individuals can make informed decisions about their health care
n this experiment, small and large lima beans were used to test whether or not bean beetles had a preferred site size for oviposition. Our hypothesis proposed that if a preference was shown, a greater number of eggs would be oviposited on the larger lima beans compared to small lima beans. We predicted that they would prefer the larger bean because it has a greater surface area, therefore finding a spot on the bean to oviposit would be easier to do. On the contrary, our results show that we reject the null hypothesis due to the fact that our p-value was so extremely small. Because of this, we can conclude that C. maculatus prefer smaller sized lima beans for oviposition. The preference for a smaller lima bean could be due to a chemical cue preferred by, or undesirable to, bean beetles. Another reason could be that the nutrient to surface area ratio is greater, or because larger beans may be more appealing to predators. According to a similar experiment conducted by Jason Cope and Charles Fox, bean beetle eggs were distributed so that resources were maximized per individual offspring (2002). They found that females preferred a larger mass compared to surface area due to the quantity of resources available inside the seed. Although our experiments measured different variables, in both findings we can identify that a larger surface area is not ideal for bean beetle site preference for oviposition.
In an experiment conducted by Grace Pitman, Tyler Flockhart, and Ryan Norris, they measured which size and what density of a milkweed patch was preferred by the monarch butterfly for oviposition (2018). Their results showed that a small, low-density patch had the highest egg density. This was because larger patches showed an increase in predator abundance (Flockhart et al. 2018). When determining sites for oviposition, the one that increases probability of offspring survival is more desirable. Therefore, choosing a small, low-density site for oviposition increased the probability that the offspring would survive and reproduce. This relates to our experiment because we tested to find the preferred site that would increase survival in b
