NellaDerm is building a multidisciplinary research program at the intersection of dermatology, computational science, formulation science and advanced drug delivery.
Our research is focused on a fundamental challenge in inflammatory skin disease: individuals with the same diagnosis can differ substantially in their underlying biology, visible disease characteristics, triggers and response to treatment.
We are developing technologies to better understand these differences and translate them into more precise approaches to disease management.
Atopic dermatitis is our first area of development and validation, with the longer term goal of extending our research across inflammatory skin diseases.
Research Collaboration
Complex problems in dermatology require expertise across multiple disciplines.
We are actively building relationships with researchers, clinicians, academic institutions and technology partners working across dermatology, immunology, biomedical engineering, computational science, pharmaceutical sciences and drug delivery.
We welcome opportunities to collaborate with investigators and organizations interested in advancing the science of precision dermatology.
06 Scientific publications
This work examines emerging nanoparticle based approaches for topical delivery in atopic dermatitis, including strategies for improving localization, skin retention and therapeutic delivery.
In AI Powered Dermatology: Revolutionizing Skin Health Through Artificial Intelligence. This chapter examines emerging computational applications in atopic dermatitis, including disease assessment, monitoring and opportunities for increasingly personalized management.
In AI Powered Dermatology: Revolutionizing Skin Health Through Artificial Intelligence. This work reviews recent developments in computational dermatology and their potential role in the future of skin disease research and care.
This scientific volume brings together research on computational dermatology, atopic dermatitis, dermatological diagnosis, treatment strategies and computational approaches to drug delivery.
This chapter examines lipid based nanoformulation strategies for delivering therapeutic compounds to the skin and forms part of the scientific foundation underlying our continued interest in advanced topical delivery.
We are advancing topical delivery strategies focused on formulation stability, skin-focused deposition, and controlled release.
With a focus on topical compatibility and formulation flexibility.
Focused on protecting sensitive ingredients and supporting deposition within intended skin layers.
Exploring adjustable delivery characteristics for gradual release and longer interaction at the application site.
