Identify the factors that are linked to susceptibility to getting type 2 diabetesGroup of answer choicesGenetic inheritance.Living in a rich country.Obesity and lack of exercise.Eating too much sugar.

Identify ALL the factors that could reduce the incidence of type 2 diabetes in society?Group of answer choicesRemoving lifts and escalators in all buildings.Increasing the cost of driving.Decreasing the size of slushies in fast food restaurants.Taxing the cost of sugar.

Individuals with type 2 diabetes Group of answer choices have pancreases that produce and secrete very little insulin. have an absolute requirement for insulin injections. may often control their disease by diet and exercise. have normal concentrations of glucose in their blood.

Jessica, a 47-year-old lady, has been identified as having type 2 diabetes. She has two small children and is a single mother in addition to being overweight and having a family history of the disease. Which of the below elements is most likely to play a role in Jessica’s developing type 2 diabetes? Question 7Answera.Jessica's combination of biological, psychological, and social aspects.b.Only Jessica's biological factors.c.Jessica's financial aspects.d.Jessica's social aspects.

The incidence of type 1 diabetes has been increasing. What is the most likely cause?Group of answer choicesInteractions between our genetics and changes in the environment.An increase in the diagnosis of people with the disease.An increase in travel.A population change in our genetics.

Q3. Two groups of people have volunteered to take part in a genetic study. Group 1 (n = 126) are volunteers with no history of Type I Diabetes in their immediate family, whilst Group 2 (n = 183) have all been diagnosed with Type I Diabetes. A genotyping study was undertaken on these volunteers using 25,786 SNPs selected due to their proximity to key immune genes. Researchers are looking to identify any SNP genotypes which may increase the risk of Type I Diabetes. In your answer, consider the reference SNP allele as A and the alternate SNP allele as B, using the genotypes AA, AB and BB.For an individual SNP, what test would be appropriate for this comparison? [1 mark]Define H₀ and Hₐ for the genotype at each individual SNP. [2 marks]If there was no true difference in any genotypes between the two groups, how many p-values would you expect to see < 0.05? [1 mark]Using Bonferroni’s method, what would a suitable cutoff value be to consider a SNP as being associated with an increased risk of Type I diabetes, i.e., to reject H₀ [1 mark]Given the following genotype table, would you reject or fail to reject H₀? Provide your working and a full explanation. [3 marks]Group AA AB BBControl 25 60 41T1D 21 55 103