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Conflict as a Tool for Administration
Most people do not like conflict; yet human services organizations are likely to experience it. For example, if organizational leadership changes procedures and practices for delivering human services, the change might cause conflict among staff.
Human services administrators must develop strategies to address the multiple dimensions of conflict. Human services administrators may perceive conflict as an organizational liability or as a resource. Transforming negative aspects of conflict into something positive is an important skill for human services administrators. When used wisely, conflict can facilitate productivity and creativity among service providers and other staff within the organization. For the Discussion, view this week’s Graphic Novel in the Learning Resources. Listen to the human services administrators as they discuss their professional experiences in managing conflict. Think about how you might approach conflict if you were in the situation described. Finally, reflect on your thoughts about using conflict as a tool for administration.
Post a description of the human services administrator and the conflict situation in the novel and how you, as a human services administrator, might approach conflict in the selected situation to facilitate productivity and creativity. Be specific. Finally, explain any insights you had or conclusions you drew related to using conflict as a tool for human services administration.
Sample Solution
is literature review will discuss the history and basic chemistry of gold nanoparticles, various methods of synthesising gold nanostructures with NIR absorption, and the ways in which they have been applied (or have the potential to be applied) in studies in order to detect and treat cancer and tumours, as well as exploring the ethical considerations of this branch of science and suggesting areas in which further research should be undertaken. The earliest known use of gold nanoparticles (and perhaps the most famous) is the Lycurgus cup, a Roman cup from roughly the 4th Century which appears green when illuminated from the front, and red when illuminated from the inside. In 1980, the cup was confirmed to contain nanoparticles of silver and gold, with diameters ranging from 50nm to 100nm. The green colour is due to the diffusion of light from the outside, and the red colour is due to the silver-gold alloy that is present and absorbs at 515nm.13 Although gold nanoparticles are a new branch of medicine, gold itself has been used for medicinal applications as early as 2500BC in Ancient Egypt, and records show gold being used to treat fevers in the 17th Century and later syphilis in the 19th Century The simplest and most common method of gold nanoparticle synthesis is the Turkevich method, involving the reduction of gold. This reaction is carried out at 100°C, and chloroauric acid is reduced by sodium citrate with constant stirring. It is possible to have variation in the diameters of the gold nanoparticles by varying the concentration of citrate used.17 This method was first proposed in 1951 by Turkevich, and in the 1970s was improved by Frens. Other methods which include the reduction of gold are the Brust-Schriffin method, using sodium borohydride as the reducing agent; the Murphy method, which uses ascorbic acid as the reducing agent; the Perrault method, where hydroquinone is the reducing agent, and the Polyol process, with various diols reducing the gold. Each of these methods will produce âcolloidal goldâ, i.e. gold nanoparticles in the liquid phase.13 This section will discuss the various methods proposed of synthesising gold nanostructures which are biocompatible and have NIR absorption, ideal for application in cancer diag>
is literature review will discuss the history and basic chemistry of gold nanoparticles, various methods of synthesising gold nanostructures with NIR absorption, and the ways in which they have been applied (or have the potential to be applied) in studies in order to detect and treat cancer and tumours, as well as exploring the ethical considerations of this branch of science and suggesting areas in which further research should be undertaken. The earliest known use of gold nanoparticles (and perhaps the most famous) is the Lycurgus cup, a Roman cup from roughly the 4th Century which appears green when illuminated from the front, and red when illuminated from the inside. In 1980, the cup was confirmed to contain nanoparticles of silver and gold, with diameters ranging from 50nm to 100nm. The green colour is due to the diffusion of light from the outside, and the red colour is due to the silver-gold alloy that is present and absorbs at 515nm.13 Although gold nanoparticles are a new branch of medicine, gold itself has been used for medicinal applications as early as 2500BC in Ancient Egypt, and records show gold being used to treat fevers in the 17th Century and later syphilis in the 19th Century The simplest and most common method of gold nanoparticle synthesis is the Turkevich method, involving the reduction of gold. This reaction is carried out at 100°C, and chloroauric acid is reduced by sodium citrate with constant stirring. It is possible to have variation in the diameters of the gold nanoparticles by varying the concentration of citrate used.17 This method was first proposed in 1951 by Turkevich, and in the 1970s was improved by Frens. Other methods which include the reduction of gold are the Brust-Schriffin method, using sodium borohydride as the reducing agent; the Murphy method, which uses ascorbic acid as the reducing agent; the Perrault method, where hydroquinone is the reducing agent, and the Polyol process, with various diols reducing the gold. Each of these methods will produce âcolloidal goldâ, i.e. gold nanoparticles in the liquid phase.13 This section will discuss the various methods proposed of synthesising gold nanostructures which are biocompatible and have NIR absorption, ideal for application in cancer diag>
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