Caitlin Howell
Principal Investigator
University of Maine
I'm working on
2 months ago
Biomimetic biointerfaces, antifouling coatings, biomedical materials, microfluidics, sustainable packaging solutions, and sustainable biomaterials for plastic replacements
About
We design bioinspired, liquid‑infused surfaces to resist biofouling; study adhesion and interface durability under flow; and translate coatings and microfluidic materials into roll‑to‑roll compatible prototypes with manufacturers for scalable use in medical devices, packaging, and sensors.
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University of Maine
Cellulose-based color deposition platform for non-oxidative hair color
A novel hair coloration technology leveraging a cellulose-derived delivery matrix for enhanced deposition of bio-derived pigments. The platform ensures prolonged pigment contact with hair, maximizing color intensity with...
TechnologyConceptualUniversity
University of Maine
Low-cost reusable microdroplet generator for probiotic encapsulation
Innovative microdroplet generation system for encapsulating probiotics using low-cost materials, achieving high production rates. The system supports various gel matrices and ensures probiotic viability, addressing indus...
TechnologyConceptualUniversity
University of Maine
Single-step cellulose nanofibril coating for sustainable paper packaging
A novel single-step process coats cellulose nanofibrils on paper, creating recyclable, environmentally friendly packaging with superior barrier properties against oil, grease, and gases. Scalable with existing equipment,...
TechnologyIn developmentUniversity
Caitlin Howell
Principal Investigator
University of MaineWork experience
Top industry applications
Surface treatment and coatings
Expertise
BiofilmsBiomimeticsBiotechnologyCoatingsMicrobiologyMicrofluidics
Last updated Jun 2026
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