Explanation of five important components of the psychiatric interview

Assessment tools have two primary purposes: 1) to measure illness and diagnose clients, and 2) to measure a client’s response to treatment. Often, you will find that multiple assessment tools are designed to measure the same condition or response. For this assignment, the assessment too is: (Abnormal Involuntary Movement Scale).

• An explanation of five important components of the psychiatric interview and why you consider these elements important.
• Explain in detail the psychometric properties of the rating scale (Abnormal Involuntary Movement Scale).
• Explain when it is appropriate to use this rating scale with clients during the psychiatric interview
• Elaborate on how the scale is helpful to a nurse practitioner’s psychiatric assessment. Support your approach with six evidence-based pieces of literature.

 

Sample Solution

Explanation of five important components of the psychiatric interview

Highly structured interviews have become the gold standard of diagnostic interviewing in psychiatry, primarily in research but also, increasingly, in ordinary clinical work. The goal of a psychiatric assessment is to describe the patient`s complaints, appearance, and existence in an actionable psychopathological format, namely, one that results in diagnostic classification and other clinical decisions. The components of the psychiatric interview include: identification and chief symptom; history of present illness; psychiatric review of symptoms; medical history; family history; and social history. The abnormal involuntary movement scale (AIMS) is a rating scale that was designed in the 1970s to measure involuntary movements known as tardive dyskinesia (TD).

Greenhouse gases can be defined as, gases in the atmosphere (such as water vapour, ozone, CO2, NO2 and CH4) that absorb longwave radiation emitted by the earth and contribute to the greenhouse effect. This means greenhouse gases selectively absorb radiation from the Earth’s surface and re-radiate as heat. Therefore, the greater amount of greenhouse gases in the atmosphere, the greater amount of radiation will be trapped. Furthermore, as stated in the article by Yousef Najjar, “the surface of the earth, which warms up during the day as a result of the absorption of solar energy, cools down at night by radiating part of its energy into deep space as infrared radiation… [greenhouse gases, such as carbon dioxide and water vapour] act like a blanket and keep the earth warm at night by blocking the heat radiated from the earth.” (Najjar, 2010). By creating this thick blanket of greenhouse gases around the atmosphere we are essentially trapping more radiation. Figure 1.1 shows an illustration of the greenhouse effect and how excess amounts of greenhouse gases allow for more radiation to be kept in the atmosphere.

Figure 1.1 shows that greenhouse effect and how radiation emitted from the Earth is trapped in the atmosphere increasing the heat retained.

The main objectives of this paper are to briefly highlight what greenhouse gases are, the effects they can have, how these effects shape populations & biodiversity of certain geographic regions (i.e. competition for resources, distribution, migration etc.).

Climate is expressed as the long-term average pattern of weather in a given area, local, regional or even global. Climate change on the global scale has become a major concern to many in recent history, with some main driving points being global warming, rising ocean levels, habitat destruction and increased extreme weathers (storms, hurricanes, etc.). As stated by Althor et al., “the current generation is the first to feel the effects of anthropogenic climate change. Despite their well-known harmful impacts to the world’s climate system, greenhouse gases (GHG) are d

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