Paul Hartmann Ag

Martin Junginger

Axel Eckstein

Pierre Croizat

Fabian Maier

Markus Kettel

Cornelia Wolf

Julie Horny

Christian Eibl

Sandra Stelzer

Thomas FRÜHE

Julia Kemmler

Marc Röttger

Frank Bernd

James Ward

The present invention relates to a multilayered wound dressing particularly for wound treatment in the granulation and epithelization phase. The wound dressing comprises

Wound dressing

The invention relates to a multi-layered wound dressing, particularly for the moist wound treatment, comprising a first layer as a wound contact layer, which contains an aqueous hydrogel matrix, and at least a second absorbing layer. The hydrogel matrix comprises 37 to 43% by weight of propylene glycol, a prepolymer with isophorone diisocyanate groups and a diamine on the basis of polyethylene oxide in an amount of a total of 12 to 16.5% by weight, 0 to 5% by weight of an inorganic chloride, and the remainder water, wherein the ratio of the reactive groups of isocyanate to the amine groups of the diamine should be 1.25 to 1.35.

Hydrogel matrix having improved adhesive properties

Dressing for a human foot

The invention relates to a measurement apparatus for vacuum therapy system () for wound treatment, comprising an artificial wound unit () with a wall () that encloses an artificial wound cavity () open at least on one side, wherein passages for fluid are provided in the wall and can be supplied with a fluid via fluid delivery lines (), and wherein the open side of the wound cavity () can be covered by a vacuum therapy system (), wherein the vacuum therapy system () can apply a vacuum to the wound cavity () via a vacuum-generating device () of the measurement apparatus, and wherein a controllable heating device () is provided for regulating the temperature of the wound unit () and/or of the fluid.

Measurement apparatus for vacuum therapy systems for wound treatment

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Hermaringen, Germany

Martin Junginger