Structurally Dynamic Biomaterials and Devices
Research
Interdisciplinary research at the interface of Chemistry, Materials Science, Engineering, and Biology.
Responsive Chemistries
Synthesis of stimuli-responsive moieties and macromonomers for sensing and response to endogenous signals in disease and injury.
Structurally Dynamic Materials
Control of shape-changing peptides and polymers at the molecular, macromolecular, and/or higher order level. Introduction of 4D behavior into previously inert materials.
Bio-integrated Devices
Fabrication of soft, flexible platforms that provide quantitative feedback for disease surveillance and treatment.
Read more for detailed information about our research.
Links that may help with a variety of research related topics including purification of lab chemicals and information about polymers
Subgroups in Our Lab
Primary Areas of Interest
Synthesis
This subgroup studies the chemical synthesis of new stimuli-responsive moieties, macromonomers, and their polymers.
Materials Characterization
This subgroup investigates material properties at the molecular, macromolecular, and higher order levels. We characterize the chemical behavior and mechanics of our structurally dynamic systems.
Device Engineering
This subgroup designs and fabricates bio-integrated devices for biomedical disease surveillance and/or treatment. Key efforts include encapsulation of electronics and labile chemistries, surface labeling with responsive polymers, and quantitative analog and/or digital readouts.
Translational Studies
This subgroup investigates translational aspects of biomaterials and assembled devices through in vitro tissue culture and in vivo animal studies. Additional efforts involve application of our materials to 3D bioprinted tissue/organ mimics.
Lab Space
October 2023
Carlini Lab prior to renovations ca. Spring 2022