New publication on good results with EHO-85 hydrogel compared to products commonly used in wound healing.

Olive tree (Olea europaea) leaf extract (OELE) has important antioxidant and anti-inflammatory properties, supporting its use in human clinical practice (1). A clinical trial and a sub-analysis of it conducted with the amorphous hydrogel EHO-85, containing OELE, for skin ulcer treatments were recently published (2-3). In a new publication, the [...]

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Publication on the antioxidant and wound-healing properties of EHO-85

The excess of free radicals in the wound environment contributes to its stagnation during the inflammatory phase, favouring hard-to-heal wounds. Oxidative stress negatively affects cells and the extracellular matrix, hindering the healing process. In this study the investigators evaluated the antioxidant and wound-healing properties of a novel multifunctional amorphous hydrogel-containing Olea [...]

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New Publication on hydrogel EHO-85 in difficult-to-heal wounds

Chronic wounds, especially those that are hard-to-heal, constitute a serious public-health problem. To evaluate the superiority of a hydrogel (EHO-85), containing Olea europaea leaf extract over a standard hydrogel the promotion and/or improvement of healing of difficult-to-heal wounds was compared in a prospective, parallel-group multicenter, randomized, observer-blinded, controlled trial. Non-hospitalized [...]

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New publication on the benefits of our hydrogel EHO-85 containing olive leaves extract in accelerating early wound healing.

A sub-analysis of previous clinical trial (1) conducted with the EHO-85 hydrogel in the treatment of patients with pressure ulcers, venous ulcers or diabetic foot has recently been published in the journal Pharmaceutics (2). On this occasion, the aim was to analyse the ability of the EHO-85 hydrogel to accelerate wound healing [...]

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New publication on the mode of action of Mucoprotectants: gelatin tannate and xyloglucan show similar effectivity on preventing Cholera Toxin-Induced diarrhea in experimental studies1

The newer antidiarrheal agents include the mucoprotectants gelatin tannate and xyloglucan. Both were able to attenuate cholera toxin-induced intra-loop water secretion in an experimental study in rats. This supports previous evidence that their mechanism of mucosal protection is closely related to their chemical structures, and involves the ability to form [...]

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