Dermatology Investigator
3D spatial biology for dermatology research
Measure skin biology across the full tissue volume
Visualize intact skin architecture, peripheral nerves, immune cells, vessels, follicles, and neuroimmune relationships in 3D. Alpenglow combines whole-tissue imaging with AI-powered analysis to generate quantitative spatial readouts for inflammatory skin disease, hair disorders, oncology, wound healing, and treatment-response research.
Spatial dermatology readouts
Quantify skin structure, cells, and spatial relationships in 3D
Move beyond selected sections to examine how nerves, immune cells, vessels, follicles, and tissue compartments are organized across the full skin sample.
Skin architecture and remodeling
Examine epidermal and dermal organization, structural disruption, collagen-associated patterns, lesion boundaries, and localized tissue remodeling across the intact sample.
Peripheral innervation and neuroimmune biology
Trace nerve fibers, branching patterns, epidermal innervation, and the spatial proximity of nerves to immune cells across the tissue volume.
Immune infiltration and cellular organization
Quantify immune density, distribution, clustering, and localization across skin layers, lesions, follicles, vessels, and other tissue compartments.
Follicles, vasculature, and treatment response
Assess hair follicles, pilosebaceous structures, microvascular organization, and treatment-associated changes across experimental groups or disease stages.
Next step
Bring your skin biology question into 3D
Share your tissue type, disease model, marker strategy, and intended spatial readouts. Alpenglow can help define an intact-tissue imaging and quantitative analysis approach for your dermatology study.
Explore how 3D Derm Score™ supports quantitative assessment of nerves, immune cells, follicles, vessels, and tissue architecture.
Discuss your dermatology study
Tell the Alpenglow team which skin structures, cellular populations, and spatial relationships you need to visualize or quantify.
