She is more likely to develop high blood pressure if she has a family history of P.L. She has not acquired hypertension, but given her family background, it is probable that she may do so in the future. The condition, nonetheless, only affects people between the ages of 40 and 50. L’s mother had hypertension, as did her paternal and maternal grandparents and siblings. The gene may produce an increase in Ang II production, raising a person’s blood pressure.īecause these genetic factors exist in a family, there is a more significant chance that individuals of the family would acquire high blood pressure anytime the gene is expressed. The gene can be present in many organs, including the kidney, brain, adipose tissue, liver, and adipose tissue. The AGT is possibly the essential aspect associated with Although hypertension is linked to lifestyle and environmental variables, Dickson and Sigmund (2006) revealed that shared genetics in a family increases a person’s risk of hypertension. Instead, the individual is classed as hypertensive (MacGill, 2017). A healthy individual should have a blood pressure of 120/80 mmHg, and if this pressure rises to 130/80 mmHg, he or she has hypertension. According to researchers, hypertension is defined as blood pressure more than 140/90 mmHg. Hypertension is a medical condition characterized by elevated blood pressure. L has the condition her children are at a high risk of developing it.Īnother health problem related to this family is hypertension. Type II diabetes may be the most dangerous health issue handed down from generation to generation, and even though P.
The emergence of this genetic base predicts the prevalence of type II diabetes in members of the family of varying ages (Ali, 2013). C, are much more prone to have a genetic component that contributes to the emergence of type II diabetes, depending primarily on the genetic history of type II diabetes. Despite this, neither her children, a male nor a girl, Type 2 diabetes mellitus has already been diagnosed.
L was also diagnosed with type II diabetes at 54. L’s bloodline contains people who have been confirmed with type II diabetes, including those who have died from the disease, shows that both she and her children are at a higher risk of contracting the condition. There’s also an incidence of type 2 diabetes in both her mother’s and father’s families, impacting about one family member. D, her maternal grandfather, are all named C, D. Her mother’s name is L, and her father’s name is C. According to the facts, a history of type II diabetes has been found among the P, Ls family. By increasing the conversion of glucose into energy, the hormone controls blood sugar levels. The disease might be caused by one of two factors: insulin resistance or insufficient insulin hormone production in the body. Diabetes is a chronic condition characterized by unusually high blood sugar levels. Even though the family is predisposed to various genetic conditions, it’s clear that type II diabetes and hypertension are among the most severe health difficulties, as evidenced by the case. L’s family history, her children, including her herself, are at a higher risk of diabetes and high blood pressure. is the topic of this research paper, which involves a third-era family medical review, an evaluation of the customer’s and her children’s risk for diabetes and hypertension, and a physical examinationand offer counseling techniques to lower the family’s health risk.Īccording to Mrs.
As a result, a detailed family history assessment can be a helpful screening approach since it gives information on an individual’s or a generation’s level of risk for a specific condition. If one family bloodline has a congenital disease, the remainder of the family is vulnerable since the following generation is likely to have similar genetic abnormalities. Some medical disorders have long been connected to the genetic make-up of a family. People’s risk factors for various illnesses and genetic issues differ. Family Health History Assessment and Genogram
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