Publications – Page 2

29/09/202003/11/2020

Edyta’s paper on Insights into the internal structures of nanogels using a versatile asymmetric-flow field-flow fractionation method is published

In this paper, Edyta shows how asymmetric-flow field-flow fractionation can be used to characterise the internal structure of nanogels. See the full article here.

28/08/202003/11/2020

Heba’s paper on the development of lipid-polymer hybrid nanoparticles for HIV drug delivery is published

Her work investigates the development of lipid-polymer hybrid nanoparticles for the delivery of HIV drugs. She shows that the lipid coating on nanoparticles plays an important role in improving biological uptake. See online here.

28/11/201928/08/2020

Nancy’s work on using layer-by-layer modification to control drug release from calcium carbonate nanoparticles is published

Her work investigates the use of layer-by-layer modification of nanoparticles to achieve stimuli responsive drug release. See online here.

16/07/2019

Adam’s paper on the phase and morphological behaviour of synergistic dual-stimuli-responsive nanogels has been published

See online here

20/12/2018

Adam’s work on tuning the rate from a nanogel-based in situ forming implant is now available online.

The paper is available here.

04/05/2018

Edyta’s paper on non-spherical nanocomposites is now available online

Edyta’s work on an easy route for producing non-spherical nanocomposites is now available online in RSC Advances.

01/06/2017

Cover art for our paper on in situ forming implant for sustained drug delivery available online

Adam’s art work for his paper on the design of microgels as in situ forming implant for sustained drug delivery is now available online. The full article is available here.

01/03/2017

Adam’s paper on microgel/solid drug nanoparticle nanocomposites for release of poorly soluble drugs is published in Nanoscale

Adam’s paper on the design of microgels as in situ forming implant (ISFI) for sustained drug delivery has been published in Nanoscale. In this work, he developed dual-responsive microgels that would form well-defined aggregated when exposed to physiological temperature and ionic strength, avoiding any potential issues with aggregate formation in the needle. We found that the microgels could entrap up to 40 wt % of dug payload nanoparticles, offered tunable drug release exceeding 120 days and were not cytotoxic in vitro.