How would a standardized terminology ( of your choice) directly impact your nursing practice Provide a rationale and one example.

You will prepare and submit a term paper on How would a standardized terminology ( of your choice) directly impact your nursing practice Provide a rationale and one example. Your paper should be a minimum of 250 words in length. Impacts of CPR on a Bedside Nurse Practitioner According to McGonigle and Mastrian , nursing practitioners have professional languages and terminologies that are only understandable to them in their discipline. In nursing care, it’s fundamental to use standardized nursing terminologies to separate the practice from other health practices. A standardized nursing terminology is a common language among clinical nurses that they readily understand and that are unique to and describes nursing care as a discipline (McGonigle and Mastrian 2015).

As a bedside nurse practitioner, I would welcome the use of Computerized Patient Record System (CPR) terminology according to North America Nursing Diagnosis Association (NANDA) in my practice. With a CPR, it is easy to identify with a plethora of data and informational records of different patients with similar conditions. In reference to (McGonigle and Mastrian 2015) such detailed data and information provide knowledge about specific patients’ conditions in detail since different patients respond differently to similar disease conditions (McGonigle and Mastrian 2015). As a result, it will provide me with a conscience and wise judgments about patient care at different situations.

For instance in the case with tonsillitis, if there is a CPR, it is easy to access data information about the disease for different patients. Upon careful study of the information, it would be easy to compare his conditions with other previous similar conditions of different patients. Subject the knowledge. I would be able to effectively communicate my patient’s condition to other nurses and other health care providers with the clear conscience of nursing possible interventions. In addition, I will gain improved patient care on tonsillitis conditions and appropriately comprehend nursing care outcomes with greater adherence to standards of nursing care. This will enhance my nursing competency as a nursing practitioner (McGonigle and Mastrian 2015).

References

McGonigle, D. & Mastrian, K. (2015). Nursing informatics and the foundation of knowledge (3rd ed.). Burlington, MA: Jones and Bartlett.

Discussion on airborne laser scanning.

Create a 6 pages page paper that discusses airborne laser scanning. A rough estimate of the land surface is calculated using equivalent weights for all the points (Reutebuch, Andersen & McGaughey, 2005, p.291). The estimated surface forms the average surface between the non-terrain and the terrain points. The oriented distance between the surface and the points is then calculated and is called the residual. Normally, ground points have negative residuals, whereas non-terrain points have positive residuals. Every point is then given weight as per its residual. The points having negative residuals are given high weights taken to be the terrain surface, whereas those points having small weights are considered non-terrain points (Reutebuch, Andersen & McGaughey, 2005, p.292). This process is repeated to ensure that the surface gets much closer to the ground.

The second step is data reduction. It aims to achieve an optimum balance between the volume of data and the density of sampling (Robinson, 1994, p.807). This helps in optimizing the cost of data collection. In optimal interpolation, incredibly detailed DEMS with high resolution and accuracy are obtained from high-density Airborne Laser Scanning data. However, since there is no scope for matching the acquisition frequency of data by terrain type during the Airborne Laser Scanning data collection process, some oversampling is typically unavoidable (Robinson, 1994, p.808). Consequently, the processing times and the data storage requirements become higher than usual. This calls for the strategies for dealing with greater volumes of terrain data to ensure accuracy. supposing efficiency is realized. Data reduction can result in an operationally sized and a more manageable terrain set of DEM generation data.&nbsp.Breakline extraction is another critical step. Breaklines are skeleton or structure lines such as valley lines or ridgelines. These are essential features of the terrain since they describe changes in the surface.

Discussion on confessions of a mask: yukio mishima.

Create a 5 pages page paper that discusses confessions of a mask: yukio mishima. As the title of the literature implies, the story is concerned with the ways in which the narrator presents or conceals his identity. The concealment of the identity is made possible through the use of a mask. The true identity of the narrator is what the culture finds objectionable and dirty, and the narrator adopts a persona or the mask that affords him some degree of acceptance in his culture. Since the narrator lacks the qualities of what is inherently considered to be of normal individuals, he learns to how to mimic these qualities through the observation of his peers. He can live a life of what is culturally accepted as normal. The book is about the young Japanese boy trying to reconcile his sexual orientation with an intolerant Japanese society and culture.

The narrator’s public identity, however, is a mere performance, a mask of sorts because it lacks substance. While he understands the requirements of his role, he knows little of the character he plays and shows. He behaves and acts almost mechanical like an actor as the culture of the society expects without seeing the underlying reasons for the adopted behavior. The narrator, therefore, has worn a mask that hides his true identity in order to fully fit into the society’s demands and what it considers and views to be normal. The confession of a mask is divided into four chapters that depict the narrator in a different light. The first describes the beginnings of the narrator, named Kochan, from the early times of his birth and upbringing to his pre-adolescence. The book is narrated through the first perspective of his life, and it is well written. He is brought up by his grandmother after she takes him from his parents for reasons that are not mentioned. As a one-year-old boy, the narrator falls a flight of stairs injuring his head (Mishima 7).

Discuss The using of 3Tesla in Clinical Settings.

Hello, I am looking for someone to write an article on The using of 3Tesla in Clinical Settings. It needs to be at least 2000 words. Some complicated procedures such as diffuse tensor imaging (DTI) and MRI spectroscopy can also be administered easily with 3T (Haines & Quaddy, 2010, pp1-3). There is a scope of using many RF coils array for faster image processing in 3T.

Fundamental physics of MRI and nuclear spin

Here is a glance at the fundamental physics of MRI and correlation with nuclear spin. A magnetic field is a force generated by electric currents or magnets. This force attracts other metallic and magnetic objects towards the area. The nucleus of the atom has magnetic properties. All the cores provide chemical information together throughout the magnetic field. Atomic chief constituents are proton, electron, and neutron. They start revolving in angular momentum. This is called nuclear spin. This spin is suggestive of the direction of movements in the magnetic field (James, 1998, pp1-31. Machann, Schlemmer&Schick, 2008, pp63-70).

&nbsp.When two atoms come together in pair, they do not demonstrate a spin. However, in some nuclei, there is an uneven number of protons and neutrons. These types of seats will have intrinsic angular momentum. In other incidences, when the unpaired nuclei spins are put in the magnetic field, the heart and surrounding area’s magnetic field reacts with each other. These reactions are explained with Larmour frequency equations (James, 1998, pp1-31. Machann et al., 2008, pp63-70).

These nuclei momentums align either parallel or anti-parallel with the surrounding magnetic field based on quantum physics law. Hence, this creates energy difference among the spins that, in turn, allows transition in between the states. The nucleus consumes energy and goes into the excitement phase and further resting or relaxation phase. This relaxation period is essential for calculation. It indicates that any system requires equal time to go into the palliative phase after an exciting phase throughout the magnetization. The total sum of the energy from every step transition is equated along with signal spatial frequency domain and spin density. This signal from spatial frequency is expressed into density in real place for the formation of MRI image (James, 1998, pp1-31. Machann et.al., 2008, pp63-70).