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Collectors and museums have a responsibility to return these artifacts to their country of origin if the artifacts were stolen through acts like colonization. Take Ancient Egypt, for example. British archaeologists and historians excavated the tombs of Pharaohs, completely ignoring that in Egyptian culture, the Pharaohs needed those artifacts the archaeologists extracted to safely travel to the afterlife. Taking these artifacts and bringing them back to Britain is detrimental to Egypt's history and culture, effectively stealing their heritage from them. But, museums also have a responsibility to spread easy access to history all across the world. They can do this, but with replicas of the artifacts instead of originals. This allows Egypt to keep its heritage in its own Pyramids and museums, while still being able to share that history with the world.
It’s featured on American Pie 2.
Effects of (music-based) rhythmic auditory cueing training on gait and posture post-stroke:
<h3><u> A systematic review & dose-response meta-analysis.</u></h3>
- Following a stroke, dysfunctional gait is typical. The gait rehabilitation process for movement impairments has made extensive use of rhythmic auditory cueing. A agreement on its impact on post-stroke gait and postural recovery is still necessary. The effects of auditory cueing on gait and postural stability after stroke were examined using a comprehensive review and meta-analysis. PRISMA criteria were followed when searching nine academic databases. Studies have to be randomized controlled trials or controlled clinical trials that were published in the languages of English, German, Hindi, Punjabi, or Korean to qualify as studies. b) Research looked at how auditory cueing affected post-stroke spatiotemporal gait and/or postural stability measures. Studies c) had a PEDro score of 4.
- 38 studies with 968 patients were considered in this evaluation out of 1,471 records. Training using auditory cueing had positive impacts on gait and postural stability, according to the review and meta-analyses. Training sessions lasting 20 to 45 minutes, three to five times per week, improved gait performance as measured by hedge's g (0.73), stride length (0.58), cadence (0.75), and the timed-up and go test (-0.76). The use of rhythmic auditory cueing-based training in post-stroke gait and postural rehabilitation is highly suggested by this research.
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