TY - JOUR
T1 - Not all superabsorbent wound dressings are born equal
T2 - Theory and experiments
AU - Gefen, Amit
N1 - Publisher Copyright:
© 2021 MA Healthcare Ltd. All rights reserved.
PY - 2021/9/2
Y1 - 2021/9/2
N2 - Among the advanced wound dressing types, superabsorbent (SA) dressings form an important class of dressings, particularly for the management of medium to highly exuding wounds. However, SA dressings are not all made the same. This educational article describes distinct, common SA dressing designs, which differ fundamentally in structure and composition, and, thereby, in their exudate absorption function and clinical efficacy. The diverse design families of SA dressings, including dressings with an SA polymer-sheet core, versus dressings with an air laid core, where the SA polymer grains are embedded in fluff, relate to different manufacturing processes, production techniques and associated fabrication costs. These fundamental structural and material differences across SA dressing designs from different manufacturers naturally lead to wide variations in the fluid handling characteristics of the products, which are analysed here using both theoretical and experimental bioengineering laboratory approaches. This work is primarily aimed at promoting critical thinking among health professionals who should ask manufacturers to present relevant testing data for an informed clinical decision-making with regards to the choice of the safest and best performing SA dressing for each treated wound case..
AB - Among the advanced wound dressing types, superabsorbent (SA) dressings form an important class of dressings, particularly for the management of medium to highly exuding wounds. However, SA dressings are not all made the same. This educational article describes distinct, common SA dressing designs, which differ fundamentally in structure and composition, and, thereby, in their exudate absorption function and clinical efficacy. The diverse design families of SA dressings, including dressings with an SA polymer-sheet core, versus dressings with an air laid core, where the SA polymer grains are embedded in fluff, relate to different manufacturing processes, production techniques and associated fabrication costs. These fundamental structural and material differences across SA dressing designs from different manufacturers naturally lead to wide variations in the fluid handling characteristics of the products, which are analysed here using both theoretical and experimental bioengineering laboratory approaches. This work is primarily aimed at promoting critical thinking among health professionals who should ask manufacturers to present relevant testing data for an informed clinical decision-making with regards to the choice of the safest and best performing SA dressing for each treated wound case..
KW - absorption
KW - air laid
KW - core
KW - dressing
KW - dressing design
KW - exudate
KW - exudate management
KW - fluid handling
KW - polymer
KW - superabsorbent polymer particles
KW - viscosity
KW - wound
KW - wound care
KW - wound dressing
KW - wound healing
UR - http://www.scopus.com/inward/record.url?scp=85115828496&partnerID=8YFLogxK
U2 - 10.12968/jowc.2021.30.9.738
DO - 10.12968/jowc.2021.30.9.738
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C2 - 34554841
AN - SCOPUS:85115828496
SN - 0969-0700
VL - 30
SP - 738
EP - 750
JO - Journal of wound care
JF - Journal of wound care
IS - 9
ER -