Models

Figure representing models used in research laboratory.

A key focus of the Rickard lab is to use in vitro models to investigate cell-cell interactions and biofilm development that occur in natural environments. To achieve this, standard laboratory biofilm models (e.g. microplate-based models) through more advanced models (e.g. flowcells and microfluidic systems) are used to examine interactions that promote the development of single or multi-species biofilms and explore ways to control them (e.g. antimicrobial treatments).

The model systems we use are (1) often compatible with culture and culture independent techniques to evaluate biofilm biomass/species composition and (2) amenable to confocal laser scanning microscopy to visualize and perform image analysis of the communities.

SPH XR Lab Safety Training

In partnership with the U-M Department of Environmental Health and Safety and SPH Media Services, efforts are underway to enhance laboratory health and safety training for new researchers. By integrating Extended Reality (XR) technology, the initiative to boost engagement and improve retention of essential lab safety practices—transforming what is traditionally delivered through text-based materials into an immersive, interactive learning experience.

A researcher using a Virtual Reality headset.

Collaborators

Image of Dave Bridges.

Dave Bridges, PHD | XR

Image of Chris Fenno

Chris Fenno, PHD | Oral Biofilms

Image of Dustin Moore.

Dustin Moore | XR

Image of Nicholas Jakubovics

Nicholas Jakubovics, PHD | Biofilms

Image of John Cessna.

John Cessna | XR

Image of Livia Tenuta

Livia Tenuta, DDS, PHD | Oral Biofilms

Not Pictured: Meg Vickerman, PHD

Image of Eric Grzyb.

Eric Grzyb | XR