In addition to the likelihood of certain symptoms indicating a prodromal bipolar period, biological markers are important in understanding the biological aspect of the onset of BPD. Such biological markers include increased activity in the hypothalamic-pituitary-adrenal axis which is associated with an increase in mood disturbances (Luby & Navsaria 2010). Bipolar Disorder has a known genetic substrate which is a precursor to a specific onset of BPD (Chang, Steiner, Dienes, Adleman, & Ketter 2003). Additionally, endophenotypes may help to identify individuals who are likely to go into prodromal states (Luby & Navsaria 2010). An endophenotype is a genetic epidemiological concept which seeks to separate behavioral symptoms into stable phenotypes …show more content…
And the ability to regulate emotional affect is a protuberant deficit in BPD (Luby & Navsaria 2010). Biological markers are becoming more prevalent in the identification of early onset Bipolar Disorder with genomic relevance to BPD; specifically, certain chromosomes and genes are being linked to Bipolar Disorder. Such genomic regions of specific relevance to BPD include 6q16-q22 and 22q11-q22 as well as chromosome 18 (Correll et al 2007). The genetic and endophenotypic approaches examine and study the relevant characteristics of genes, chromosomes, and phenotypes that act as biological markers of early onset Bipolar Disorder. The genetic and biological aspects of BPD are increasingly examined in research studies. Many experts now point to an underlying deficit in certain brain circuits and an issue with the balance of neurotransmitters as possible causes of BPD. With such knowledge, it is important to identify biological aspects and genomic traits that should be further examined to determine whether or not a patient likely has or will go on to develop Bipolar …show more content…
Also crucial to the examination and identification of a prodromal phase indicative of BPD is the heritability of BPD. Offspring of parents with Bipolar Disorder are more likely than offspring of normal parents to develop Bipolar Disorder. The genetic component of Bipolar Disorder increases the likelihood of the heritability of Bipolar Disorder which is 59% amongst offspring of parents with BPD (Lichtenstein, Yip, Björk, Pawitan, Cannon, Sullivan, & Hultman 2009). In a study conducted in Sweden by Lichtenstein, Yip, Björk, Pawitan, Cannon, Sullivan, & Hultman (2009), a cohort of children with relatives who have a diagnosis of Bipolar Disorder or Schizophrenia, respectively, were analyzed in terms of whether or not they developed the disorder. This cohort was obtained by linking two Swedish national registers which contain information about first-degree relatives. A hospital discharge register was also examined to obtain information about patients’ diagnoses and psychiatric admissions. Researchers found that Bipolar Disorder shared genetic effects in common with another disorder and non-shared environmental effects played a large role in the acquisition of BPD (Lichtenstein et al 2009). A genetic
“Bipolar disorder, also commonly known as manic depression, is defined as a serious mental illness in which common emotions become intensely and often unpredictably magnified. Individuals with bipolar disorder can quickly alternate from extremes of happiness, energy and clarity to sadness, fatigue and confusion. All people with bipolar disorder have manic episodes abnormally elevated or irritable moods that last at least a week and impair functioning. But not all become depressed ” (American Psychological Association, 2015). Bipolar disorder can vary in each individual. The symptoms fluctuate in pattern, severity and rate of recurrence. Some people are more susceptible to either mania or depression, while others change proportionately between the two types of episodes. Some have frequent mood disruptions, while others live through a few throughout their lifetime.
Many researchers have conducted family studies to determine that bipolar disorder is drawn via genetic endowment (Goodwin and Jamison, 1990) bipolar disorder studies inform us the aetiology includes genetic variants that increase an individual’s susceptibility to bipolar disorder. The research undertaken by Antypa et al. (2014) and Baum et al. (2008) emphasized the importance of evaluating individuals risk of bipolar
There is no known specific pathophysiology that is associated with Bipolar spectrum disorder, nonetheless, it’s thought that this disorder arises from many areas such as, genetic, physiological, environmental, epigenetics and psychosocial
Approximately 0.5-1 percent of Americans will develop bipolar II disorder in their lifetime, worldwide the prevalence is 0.4 percent (Rosenberg & Kosslyn, 2011). Bipolar disorder is one of the main causes of disability, because of its cognitive and functional impairment, the high rate of medical and psychiatric comorbidity, and the relevant suicide risk (Dell 'Osso, et al., 2016). Bipolar II disorder is one of the two most commonly diagnosed subtypes of Bipolar disorder, which are distinguished by the amount of burden the depression causes, the number, frequency, duration, and severity of the depressive episodes, and the occurrence of specific sub threshold episodes (Dell 'Osso, et al., 2016). Although bipolar II disorder diagnosis are on the rise we lack extensive research on the features and treatments of this disorder (Datto, Pottorf, Feeley, Laporte, & Liss, 2016). Bipolar II disorder is now recognized in the latest Diagnostic and Statistical Manual of Mental Disorders (DSM-5) under a new chapter dedicated specifically to bipolar disorders. Which proves that bipolar disorders are their own set of disorders in terms of symptomatology, family history, and genetics (Möller, et al., 2014). This allows an enhancement in the accuracy of diagnosis, which in turn leads to earlier treatment. In the DSM-5 it states that bipolar II disorder can lead to effects such as disability, comorbidity, mortality, and an impact on the quality of life (Datto, Pottorf,
Such researches, yet, do not give information on which or how many genetic materials are involved” (Mental Health, 2009).
In my previous experiences and conversations with various individuals, the overall interpretation or misconception of bipolar disease is that the person is “”crazy. What do people really consider or mean by the term crazy? As displayed by Team B’s behavior presentation, Bipolar disorder
Separately, substance abuse and bipolar disorder are two very serious conditions, and both have been proven to be caused in part by heredity. Shockingly, co-occurrence of both disorders in a single person is a very common combination, and it can be very dangerous. People who have both bipolar disorder and an addiction are understood to have a “dual-diagnosis” or “genetic overlap”. Often, each condition can worsen the symptoms of the other; having both problems increases the risk of mood swings, depression, suicide, and other violent behavior. Studies are still being done to determine the linkage between these two genetic ailments, but it is obvious that there has to be some relationship.
Genetic: Bipolar disorder tends to run in families, so researchers believe there is a genetic predisposition for the disorder. Scientists also are exploring the presence of abnormalities on specific genes.
This source gives the readers an in-depth overview of Bipolar Disorder and the causes of having the mental health issue. There’s a great distinction between the ups and downs people experience and bipolar disorder. Due to the ups and downs teens and children experience, bipolar disorder is hard to diagnose during those early years. The National Center of Biotechnology Information’s research program is run by Senior Investigators, Tenure Track Investigators, Staff Scientists, and Postdoctoral Fellows which makes the source credible. The source contained
Aside from genetic studies, it has previously been noted that there are associations between some of the personality traits (which are quantitative in nature and applicable to all human beings) and some categorical psychiatric conditions like depression and schizophrenia [Koorevaar et al., 2013; Guerra et al., 2000]. Identification of the genetic components of personality traits, at the same time as studies are underway to identify genetic components of bipolar disorder and other psychiatric conditions, offer an opportunity to better understand the interactions and components of the biological components that shape psychological experience and psychiatric illness.
Where and how bipolar disorder is caused is still a bit of a mystery. Some information is known but nothing concrete, and a lot of dead ends. Genetic predisposition is one possible cause for bipolar disorder. The disease usually can be seen throughout a family tree of an affected individual. Twin studies have been conducted to see if there is a higher chance of identical twins, who have the same genetic make up, both getting the disease. These have shown that there is an increased likely hood of one twin to have bipolar disorder if the other has it, but it is not a certainty. The gene for bipolarity has mainly been traced to chromosome 18 as well as some others. It is uncertain which is responsible because it has been found in some cases that chromosome 18 is unaffected in bipolar patients. It is most likely that bipolar disorder is linked