64467 University of Granada scientists have patented a new treatment for acne that is based on completely natural substances and is much more effective than artificial formulas because it does not create resistance to bacteria and has no secondary effects.

The formula, developed in the Department of Microbiology, is applied directly on the skin. The principle ingredient is a circular, 70 amino acid protein known as AS-48, produced by Enterococcusbacteria and with no proven haemolytic or toxic activity.

As University of Granada Professor and project lead researcher Mercedes Maqueda-Abreu explains, «the human skin is the first physical barrier protecting our bodies from the exterior, but it also has to be considered as a biological barrier housing beneficial microorganisms, the microbiota of the skin, populated by bacteria and different fungus species that stop pathogens from developing.» Altering the natural equilibrium of these microorganisms leads to infections that are sometimes difficult to treat—like acne (acne vulgaris), «a very common skin infection, principally in puberty, that causes aesthetic and health problems and damages self-esteem,» or other very common skin infections produced byStaphylococcus aureus or Streptococcus pyogenes.

Ineffective treatments

The Propionibacterium acnes bacteria is responsible for this infection when it develops, out of control, in areas abundant in sebaceous secretions. Current treatments are not always effective because resistance develops or undesirable side effects occur. Skin infections caused by S. aureus and S. pyogenes are increasingly demonstrating antibiotic multiresistance. They lead to serious pathologies but, to some extent, are susceptible to topical antibacterial treatment too.

The new formula developed at the University of Granada—and patented through the Office for the Transfer of Research Results (Otri)—»draws on natural substances with antibacterial activity, so they can be used as cosmetic and/or pharmaceutical ingredients in the treatment and prophylaxis of these infections,» affirms Prof. Maqueda-Abreu.

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64467 University of Granada scientists have patented a new treatment for acne that is based on completely natural substances and is much more effective than artificial formulas because it does not create resistance to bacteria and has no secondary effects.

The formula, developed in the Department of Microbiology, is applied directly on the skin. The principle ingredient is a circular, 70 amino acid protein known as AS-48, produced by Enterococcusbacteria and with no proven haemolytic or toxic activity.

As University of Granada Professor and project lead researcher Mercedes Maqueda-Abreu explains, «the human skin is the first physical barrier protecting our bodies from the exterior, but it also has to be considered as a biological barrier housing beneficial microorganisms, the microbiota of the skin, populated by bacteria and different fungus species that stop pathogens from developing.» Altering the natural equilibrium of these microorganisms leads to infections that are sometimes difficult to treat—like acne (acne vulgaris), «a very common skin infection, principally in puberty, that causes aesthetic and health problems and damages self-esteem,» or other very common skin infections produced byStaphylococcus aureus or Streptococcus pyogenes.

Ineffective treatments

The Propionibacterium acnes bacteria is responsible for this infection when it develops, out of control, in areas abundant in sebaceous secretions. Current treatments are not always effective because resistance develops or undesirable side effects occur. Skin infections caused by S. aureus and S. pyogenes are increasingly demonstrating antibiotic multiresistance. They lead to serious pathologies but, to some extent, are susceptible to topical antibacterial treatment too.

The new formula developed at the University of Granada—and patented through the Office for the Transfer of Research Results (Otri)—»draws on natural substances with antibacterial activity, so they can be used as cosmetic and/or pharmaceutical ingredients in the treatment and prophylaxis of these infections,» affirms Prof. Maqueda-Abreu.

Descargar