Theresa Richardson-Metzger Email & Phone Number

Dayton Ohio

ibidi is an international company specializing in solutions for Bio-Microscopy. Our extensive line of μ-Slides and μ-Dishes offer unique solutions for Angiogenesis, Chemotaxis, Wound Healing, Shear Stress and Flow Assays, Immunofluorescence and basic Cell Culture. All of our μ-Slides and μ-Dishes have a thin plastic coverslip bottom with the optical quality of glass. Our technologies support researchers in the fields of biology, medicine, and pharmaceutics, allowing them to push their knowledge forward in the field of living cells. The increasing know how of cell function and design enables researchers to understand the mechanisms of illnesses, such as cancer and atherosclerosis, and therefore develop drugs in a targeted way. Visit ibidi.com for more

A Laboratory manager and Research specialist who conducts extensive research into cancer and hypoxia with the goal of improving the understanding of oxygen effects on tumor and developmental biology. Capable of independent and collaborative research with a proven publication record. Directing all aspects of equipment maintenance and product supply acquisition for a multi-million dollar scientific budget. Establishing relationship with sale representatives, vendors, and repair technicians to maintain top operating condition of the laboratory. Manages a 2500 animal mouse colony and database for 18 postdoctoral fellows and graduate students.

A Laboratory manager and Research specialist who conducts extensive research into cancer and hypoxia with the goal of improving the understanding of oxygen effects on tumor and developmental biology. Capable of independent and collaborative research with a proven publication record. Directing all aspects of equipment maintenance and product supply acquisition for a multi-million dollar scientific budget. Establishing relationship with sale representatives, vendors, and repair technicians to maintain top operating condition of the laboratory. Manages a 2500 animal mouse colony and database for 18 postdoctoral fellows and graduate students.

Investigated and defined roles of pulmonary modifications using pathogen and bacterial clearance in genetical modified animal models. Designed knockout and over-expressing mouse lines. Trained technicians, postdoctoral, and students in pulmonary surgical techniques.