Group attend Royal Society Chemistry Biomaterials Chemistry Meeting 2020 Manchester January 8th -10th
The group attended the Royal Society Chemistry Biomaterials Chemistry Meeting 2020 recently in the University of Manchester presenting research into the use of our peptide materials as novel platforms for drug delivery and wound healing.
It was a great opportunity to present our EPSRC and Wellcome Trust funded research and to catch up with some old friends, as well as establish new and exciting links within the biomaterial community.
Looking forward to several more upcoming conferences in 2020!
Advanced Science News Coverage and Advanced Healthcare Materials paper
Our recent research into using peptide hydrogels as long-acting injectable implants for HIV/AIDS drug delivery has be covered by Advanced Science News. This provides an oversight of our most recent publication within Advanced Healthcare Materials. A link to both can be found below: Advanced Science News Advanced Healthcare Materials
Our EPSRC research selected as case study
Our research into long-acting peptide hydrogel drug delivery implants has been selected as a case study by the EPSRC for their Developing New Therapies Grand Challenge. Thanks to all of those involved in this multidisciplinary project and it’s great to see our work moving forward towards future use in patients. Please find a link to the […]
Latest hydrogel work published in Chemical Communications
Our latest collaborative work on entitled “Tuning the antimicrobial activity of low molecular weight hydrogels using dopamine autoxidation,” has been accepted within Chemical Communications. This work was led by Emily Cross and represents a collaboration with Prof Dave Adams’ Group at the School of Chemistry University of Glasgow and is freely available here. Thanks again […]
Latest paper from group: Investigating the In Vivo Antimicrobial Activity of a Self-Assembling Peptide Hydrogel Using a Galleria mellonella Infection Model
Our latest research paper is now freely available via the journal ACS Omega, whereby we use an innovative waxworm (Galleria mellonella) model as an alternative to mammalian/vertebrate testing. The following assay can be very simply performed without any specific ethical approval or animal licenses. We successfully employed the methods outlined to study the antimicrobial efficacy […]