Journal of wound care · 2025
Delphi study on the STRIDE algorithm for compression selection in upper-body lymphoedema.
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Bock Karen J, Ehmann Suzie, Dolgoy Naomi, Davis Sandi, McKeown Brandy, Whitaker Justine C, Anderson Elizabeth
Аннотация
BACKGROUND: The original STRIDE algorithm covered lower-limb lymphoedema but not the upper body.
AIMS: To update the STRIDE algorithm for compression selection to treat lymphoedema of the upper limb, breast and trunk by achieving consensus on the definitions and importance of its six aspects.
METHOD: Using a modified Delphi framework, clinical experts in the field ranked agreement and gave open-ended feedback over two rounds of surveys, with a >70% threshold for agreement.
RESULTS: In the first round, participants represented five continents (n=36). Characteristics that met the threshold consensus of >70% agreement were then applied to the STRIDE algorithm, and the second survey was developed. In the second round (n=22), the definitions of all elements of the STRIDE algorithm had at least 70% agreement or strong agreement. Shape and issues were the elements most often considered first in compression selection, while refill was least often considered first in selection.
CONCLUSIONS: This Delphi study achieved consensus on the descriptions of the elements of the revised STRIDE algorithm for compression in upper-limb, breast and trunk lymphoedema. The STRIDE algorithm can now be used to make clinical decisions on selecting compression garments for the upper body.
AIMS: To update the STRIDE algorithm for compression selection to treat lymphoedema of the upper limb, breast and trunk by achieving consensus on the definitions and importance of its six aspects.
METHOD: Using a modified Delphi framework, clinical experts in the field ranked agreement and gave open-ended feedback over two rounds of surveys, with a >70% threshold for agreement.
RESULTS: In the first round, participants represented five continents (n=36). Characteristics that met the threshold consensus of >70% agreement were then applied to the STRIDE algorithm, and the second survey was developed. In the second round (n=22), the definitions of all elements of the STRIDE algorithm had at least 70% agreement or strong agreement. Shape and issues were the elements most often considered first in compression selection, while refill was least often considered first in selection.
CONCLUSIONS: This Delphi study achieved consensus on the descriptions of the elements of the revised STRIDE algorithm for compression in upper-limb, breast and trunk lymphoedema. The STRIDE algorithm can now be used to make clinical decisions on selecting compression garments for the upper body.