Anatomy and Physiology Venn Diagram
1.6.1 Anatomy and Physiology Venn Diagram
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M STATEMENT
Acute musculoskeletal injuries are typically managed using the combination of ice, compression, and elevation. There is reasonable body of research describing the effects of ice and a smaller body describing compression, however there is very little research describing the role of elevation. Elevation is typically used in an attempt to retard edema formation. However, the effects of elevation in retarding edema formation following acute phase injury are nonexistent.
In fact, the small body of research describing the effects of elevation on edema have largely used non-injured subjects. It is unclear whether elevation plays any important role in acute injury management. This has international importance due to the widespread and common use of elevation in the acute management of lateral ankle sprains.LEM STATEMENT
Acute musculoskeletal injuries are typically managed using the combination of ice, compression, and elevation. There is reasonable body of research describing the effects of ice and a smaller body describing compression, however there is very little research describing the role of elevation. Elevation is typically used in an attempt to retard edema formation. However, the effects of elevation in retarding edema formation following acute phase injury are nonexistent.
In fact, the small body of research describing the effects of elevation on edema have largely used non-injured subjects. It is unclear whether elevation plays any important role in acute injury management. This has international importance due to the widespread and common use of elevation in the acute
uyhgtyggggt7gtygygtygtygtyghtygtgtygtygttygtygtygtygtygtygtggtgtg6gt6gt6gt6gt6ggt6gtgtgt6gt6gt6gt6gt6gt6gt6gt6gt6gt6g6tgt6gt6gt6g6tgt6gt6gt6ggt6gt6gt6gt6gt6vgt6gt6gt6gt6gt6gt6gt6gt6gt6gt6gt6gt6gt6gtgt6gt6gt6gt6gt6gt6gt6gt6gt6g67tgt6gt6gt6gt6gt6gt6gt6gt6gn gjlerhnsdkfjklsdjfkljdsklfjkkldjfkjdklfjdkljfkldjfkldjklsjLE-
M STATEMENT
Acute musculoskeletal injuries are typically managed using the combination of ice, compression, and elevation. There is reasonable body of research describing the effects of ice and a smaller body describing compression, however there is very little research describing the role of elevation. Elevation is typically used in an attempt to retard edema formation. However, the effects of elevation in retarding edema formation following acute phase injury are nonexistent.
In fact, the small body of research describing the effects of elevation on edema have largely used non-injured subjects. It is unclear whether elevation plays any important role in acute injury management. This has international importance due to the widespread and common use of elevation in the acute management of lateral ankle sprains.LEM STATEMENT
Acute musculoskeletal injuries are typically managed using the combination of ice, compression, and elevation. There is reasonable body of research describing the effects of ice and a smaller body describing compression, however there is very little research describing the role of elevation. Elevation is typically used in an attempt to retard edema formation. However, the effects of elevation in retarding edema formation following acute phase injury are nonexistent.
In fact, the small body of research describing the effects of elevation on edema have largely used non-injured subjects. It is unclear whether elevation plays any important role in acute injury management. This has international importance due to the widespread and common use of elevation in the acute