New work from Sawsan in ACS Applied Nano Materials!
Journal Article: 3D-Printed Peptide-Hydrogel Nanoparticle Composites for Surface-Enhanced Raman Spectroscopy Sensing
Summer Intern Presentations
Well done Maria Graham and Sumesh Erikandath on presenting your summer projects on LEGO AFM and KPFM!
Arwa Bazaid's Viva Presentation
Well done Dr. Bazaid on passing your viva!
Journal Article: Liquid-phase 3D bioprinting of gelatin alginate hydrogels: influence of printing parameters on hydrogel line width and layer height
First paper for Maha on 3D bioprinting! Maha is co-supervised by Dr. Emmanuel Reynaud in UCD SBBS. Congrats Maha!
David and Fengyuan presenting at ISAF-PFM... F2CP2
David and Fengyuan gave great talks and received thoughtful questions at ISAF!
Soapbox Science Dublin 2019
Great to see Fengyuan and Pallavi and all of the other scientists explain their research on a sunny/rainy day!
Soapbox Science 2019
Fengyuan and Pallavi will speak about their research at Soapbox Science Dublin this Sunday June 30th on South King Street in Dublin City Centre.
Learn more about them:
Remember that you are not working alone: Meet Fengyuan Zhang
It is important that women researchers are seen and heard: Meet Pallavi Kumari
Dr. Al-Shammari's graduation
Great to see Rosa after her graduation ceremony! Congratulations!
Journal Article: Enhanced photocatalysis and biomolecular sensing with field-activated nanotube-nanoparticle templates
New paper from Sawsan with Sebastian Barwich (TCD), Andrew Mitchell, and James Rice (both UCD) where we apply bias across our aligned peptide nanotube/metal nanoparticle templates for enhanced sensing and photocatalysis and use a reduced quantum mechanical model to understand the charge transfer process.
Journal Article: Nucleobase sensing using highly-sensitive surface-enhanced Raman spectroscopy templates comprising organic semiconductor peptide nanotubes and metal nanoparticles
New paper from Sawsan in collaboration with James Rice was recently published in Sensing and Bio-Sensing Research. We used our process for making aligned peptide nanotube and metal nanoparticle templates to detect adenine, cytosine, thymine, uracil, and guanine at nanomolar concentrations.
