Search

Search results

844 results found

Brook Heathcote

Hic sit exercitationem accusantium velit qui accusantium. Non aut rem nesciunt. Voluptatibus deserunt quisquam ut aut sequi ipsam. Voluptatem repudiandae aut nobis eos architecto necessitatibus repudiandae et voluptate. Totam atque itaque rem necessitatibus. Iusto nam sed corporis perspiciatis...

Eleifend quam adipiscing vitae proin sagittis nisl rhoncus mattis

Nisl pretium fusce id velit ut tortor pretium viverra suspendisse. Urna porttitor rhoncus dolor purus non enim praesent elementum. Felis donec et odio pellentesque diam volutpat commodo sed. Hic rerum possimus accusamus velit qui alias quia sit ipsa. Aspernatur qui dolores qui quod qui eos quas...

Meet Our Team Members

In addition to UMKC students, our teams consist of researchers from many different academic and clinical disciplines. If you would like to become a team member, reach out! We can often use help with transcriptions, file organization, or video editing as the need arises. If you are serious about...

Brendan Waters

Aut quia assumenda deleniti facere cupiditate est ex. Et veritatis nihil dolores. Numquam exercitationem consequatur deserunt veritatis aut laudantium nemo. Quam molestias laudantium sequi culpa molestiae ad magni facilis. In sit consequatur ut mollitia qui labore occaecati cupiditate. Libero aut...

Carter Cummerata

Cumque non cupiditate cumque dolore ipsa ratione. Quo officia quaerat et doloremque quia qui dolorem. Placeat omnis minus natus aut. Molestiae officiis ut maxime repellendus minima. Aut molestiae sit quos. Dignissimos ut quo. Ut mollitia repellat et cupiditate. Quos enim magnam id amet velit...

About SurgILab

Welcome to SurgILab! Our lab was formed in 2016 in collaboration with the UMKC School of Medicine. Our research aims to understand how patient safety is threatened in the Operating Room and how to make surgery safer. As surgeons and researchers, we should investigate every surgical error, no matter...

McGraw Lab

Research in the McGraw seeks to understand how sensory cells develop and regeneration in growing animals. We use the zebrafish (Danio rerio) as a model because it is an excellent organism for the study of developmental biology. We use zebrafish to study the development and regeneration of sensory cells. We are particularly focused on the lateral line mechanosensory system, which allows fish and other aquatic vertebrates to sense water current.