Stephen Nick Housley

This study shows oxaliplatin induces spontaneous firing in sensory endings of touch and proprioceptive afferents in rats, which can occur without impairing overall sensory function.

The paper introduces an integrative framework for generating bio-informed microvascular models that unify in silico and in vitro applications, demonstrating faster and more accurate simulations of vascular networks.

This paper develops a tumor-agnostic nanohydrogel (SANGs) platform for RNAi delivery, showing effective oncogene suppression and safety across species.

This paper develops a biophysical model showing how muscle spindle afferent firing patterns emerge from muscle mechanics and neuromechanical interactions.

The paper shows that chronic sensory neuropathy in rats results from non-linear interactions between cancer and chemotherapy, with Kv3.3 as a potential contributor.