Posters

UWT/P01

Control of biofilms using a concentrated surfactant based wound dressing

S. L.Percival*, A.-M.Salisbury (Liverpool, United Kingdom)

 

UWT/P02

A model to determine the sequestering ability of a concentrated surfactant based wound dressing

S. L.Percival*, A.-M.Salisbury, A.-M.Salisbury (Liverpool, United Kingdom)

 

UWT/P03

Development of an effective antimicrobial barrier test method for concentrated surfactant based wound dressings

S. L.Percival*, A.-M.Salisbury (Liverpool, United Kingdom)

 

UWT/P04

Effectiveness of a next generation anti-biofilm complex in the treatment of biofilms

S. L.Percival*, A.-M.Salisbury (Liverpool, United Kingdom)

 

UWT/P05

Clinical experiences with a new gelling fibre wound dressing* in the treatment of chronic wounds

C.Braumann*, J.-B.Kirchhoff, W.Uhl (Bochum, Germany)

 

UWT/P06

A case series evaluating the treatment of moderate to highly exuding wounds of differing aetiology in the lower limb with a new gelling fibre dressing*

N.Ivins, S.Hagelstein, N.Jones, N. J.Jones, K.Harding*, V.Ebdon (Cardiff, United Kingdom)

 

UWT/P07

An in-vitro evaluation of a new surgical foam dressing with silicone adhesive* in the management of wound exudate

N.Khokhar*, L.Poole, J.Joward (Skipton, United Kingdom)

 

UWT/P08

In-vitro evaluation of the adhesion to sutures performance of a new surgical foam dressing* with silicone adhesive

N.Khokhar*, J.Thistlethwaite, D.Parker (Skipton, United Kingdom)

 

UWT/P09

In-vitro evaluation of a new surgical foam dressing with Silicone Adhesive* for its ability to stay in place and leave less residue on removal

N.Khokhar*, J.Thistlethwaite, L.Poole, D.Parker (Skipton, United Kingdom)

 

UWT/P10

Comparison of different in vitro skin and wound models to evaluate the anti-biofilm ability of wound dressings

S. L.Percival*, A.-M.Salisbury (Liverpool, United Kingdom)

 

UWT/P11

Infection of PTFE Mesh 15 years following Pedicled TRAM flap Breast Reconstruction

A.Elfaki, A.Gkorila*, M.Khatib, C.Malata (Cambridge, United Kingdom)

 

UWT/P12

Development of models to investigate the depth of penetration of a concentrated surfactant combined with ssd through biofilm, eschar and slough

S.Percival*, A.-M.Salisbury (Liverpool, United Kingdom)

 

UWT/P13

Example of complex healing in a 15-year-old adolescent with Ewing's sarcoma

J.Talbot * (Bois Guillaume, France)

 

UWT/P14

Fish skin Omega 3 PUFAS induce cell migration and transcription of ALOX15, a specialized pro-resolving mediator (SPM) forming lipoxygenase.

J. Lantis*, R. S. Sigurdardottir, I.  L. Haflidadottir, S. Magnusson, B. T. Baldursson, H. Kjartansson, O. Rolfsson, G. F. Sigurjonsson

 

UWT/P15

Acellular Fish Skin Graft performance against predicted outcomes in DFU and its economic modeling.

Primary product/technology/dressing used

KerecisTM Omega3 Wound