Step 1: Research your selected injury to gather information about the following:
definition
causes
signs and symptoms (click here to review the difference (Links to an external site.))
care
rehabilitation
prevention
Five different references (one may be the text) are recommended. Look for variety in external resources so that
you convey both scientific knowledge and sports application. The use of quality, reliable online information
(Mayo Clinic, WebMD, CDC, etc.) is acceptable.
Step 2: Imagine you are working as a coach, trainer, or administrator. Then, think about a future audience that
would benefit from a fact sheet about your injury. For example, the handout could be used as a tool to educate
athletes and parents at a preseason meeting or as a resource when presenting to other coaches at a
conference. Begin to connect the information about your injury to at least one sport.
Step 3: Design a 1 or 2 page handout in Microsoft Word, PowerPoint, Canva, Adobe, etc. At least two visual
aidsâsuch as diagrams and links to videos (Links to an external site.)âare encouraged. (References for
tables, graphics, photos, and videos count as separate, distinct citations if the attributed author, journal,
website, etc. is unique to your list of sources.) Remember to properly cite your sources (Links to an external
site.) via footnotes (Links to an external site.) or a reference list, as well. Click here for an “Assess Your
Hydration” fact sheet example (Links to an external site.) that effectively provides reference information in
limited space
Sample Solution
ial information processingâ (Li et al.). Evidence can show different traits are present within the brain through different scans. Through neuroimaging techniques, the most prominent method in picturing personality neuroscience is magnetic resonance imaging (MRI) and functional MRI (fMRI) (Allen & DeYoung). An MRI âcreates images of the brain based on the magnetic properties of different tissue types while measuring brain function and structureâ (Allen & DeYoung). An fMRI relies on the âblood oxygen dependence level that indicates when different regions of the brain are more or less activeâ as well as showing functional connectivity through temporal pattern of activation and deactivation in different areas of the brain (Allen & DeYoung). Similar to the fMRI, electroencephalography (EEG) measures neural activity at a higher temporal resolution while recording electrical activity along the scalp (Allen & DeYoung). Next, the SBM analyzes cortical indicators of the brain through thickness, surface area, volume, mean curvature and sulcus depth that of which measures different properties of brain cortical surface morphology (Li et al.). Later on, the usage of SBM will show correlations of indicators of psychophysiological and neuropsychological relationships. Brain Scans and the Relationship between the Big 5 and Psychopathology: The basis of antisocial and psychopathic behavior is complex and is connected to brain structures that involves the regulation of impulsivity, emotional arousal, affect, and aggressive feelings which can be categorized under the Big 5 factors of neuroticism and openness. âAn increasing body of knowledge from brain imaging research is implicating brain abnormalities in the etiology of psychopathic and antisocial behavior, including abnormalities of the prefrontal cortex, temporal cortex, hippocampus, parahippocampal gyrus, angular gyrus, cingulate, basal ganglia, and amygdalaâ (Raine et al.). Using an assessment of magnetic resonance imaging and measuring functional abnormalities of the corpus callosum through electroencephalography will present characteristics that antisocial and violent offenders may have, due to the white matter callosal radiations and interhemispheric asymmetries that are commonly found in psychopathic and antisocial groups (Raine et al.). The corpus callosum orchestrates the regulation of attention, arousal and emotio>
ial information processingâ (Li et al.). Evidence can show different traits are present within the brain through different scans. Through neuroimaging techniques, the most prominent method in picturing personality neuroscience is magnetic resonance imaging (MRI) and functional MRI (fMRI) (Allen & DeYoung). An MRI âcreates images of the brain based on the magnetic properties of different tissue types while measuring brain function and structureâ (Allen & DeYoung). An fMRI relies on the âblood oxygen dependence level that indicates when different regions of the brain are more or less activeâ as well as showing functional connectivity through temporal pattern of activation and deactivation in different areas of the brain (Allen & DeYoung). Similar to the fMRI, electroencephalography (EEG) measures neural activity at a higher temporal resolution while recording electrical activity along the scalp (Allen & DeYoung). Next, the SBM analyzes cortical indicators of the brain through thickness, surface area, volume, mean curvature and sulcus depth that of which measures different properties of brain cortical surface morphology (Li et al.). Later on, the usage of SBM will show correlations of indicators of psychophysiological and neuropsychological relationships. Brain Scans and the Relationship between the Big 5 and Psychopathology: The basis of antisocial and psychopathic behavior is complex and is connected to brain structures that involves the regulation of impulsivity, emotional arousal, affect, and aggressive feelings which can be categorized under the Big 5 factors of neuroticism and openness. âAn increasing body of knowledge from brain imaging research is implicating brain abnormalities in the etiology of psychopathic and antisocial behavior, including abnormalities of the prefrontal cortex, temporal cortex, hippocampus, parahippocampal gyrus, angular gyrus, cingulate, basal ganglia, and amygdalaâ (Raine et al.). Using an assessment of magnetic resonance imaging and measuring functional abnormalities of the corpus callosum through electroencephalography will present characteristics that antisocial and violent offenders may have, due to the white matter callosal radiations and interhemispheric asymmetries that are commonly found in psychopathic and antisocial groups (Raine et al.). The corpus callosum orchestrates the regulation of attention, arousal and emotio>
