How does the MRI imaging work? What structures can be seen using the MRI? What studies would want to utilize MRI? What conditions can be diagnosed via MRI? What are the Strengths, Weaknesses/limitations of MRI imaging?

What is the challenge with new technologies, according to Ynnerman? Why? 2. What are the advantages of these new technologies, such as medical scans? 3. What can medical scans show? 4. How are medical scans being used for virtual autopsies and forensic investigations? 5. Describe one of the other new technologies that Ynnerman discusses. What benefits might the technology offer to the health sciences?

Research demonstrates substantial cognitive declines by older adults in laboratory tasks. However, older adults often do not show deficits when performing tasks during their everyday lives. (1) If laboratory performance by older adults is so different in terms of neurology as well as cognitive and emotional processing, how do they cope so well in everyday life? (2) How do differences between normal and pathological aging translate into differences in everyday functioning?

What are imaging biomarkers?

What are some potential harms to consider? A study providing a Tai Chi program for older adults in a community setting. The effectiveness of drug X for pain management among cancer patients. A study identifying prevalence and risk factors for rare cancers among Indigenous Peoples A genetics study that map out DNA for young children.

Trying to understand this part of the article  “As white matter integrity did not return to baseline levels for any inter-injury interval (and did not trend towards returning to baseline levels in the case of the optic tract), it is possible that the window of vulnerability associated with our model may never close.”  Based on the quote, what did not return when white matter integrity did not return?  Artical Link: https://doi.org/10.1186/s12868-022-00730-y

In which direction would an MRI scanner move to produce sequential images of the body in the frontal plane, and in which direction would an MRI scanner move to produce sequential images of the body in the sagittal plane?

Which statements describe proprioception? Select all that apply. Select one or more: Proprioceptors are slowly adapting receptors. Proprioceptors are embedded in muscles and tendons. Proprioceptive sensations allow us to determine position of body structures relative to each other. Proprioceptive sensations are used to activate the nervous system in response to threatening situations. Proprioceptive sensations allow us to estimate the weight of certain objects. Proprioceptive sensations only allow you to know the positon of body parts when looking at the part.

What are the differences between an MRI and a CAT; how are they used?

What change in neural structure or function must take place for learning to occur? Also, explain how this is innate (genetically determined or enabled) or not innate.