Biomedical Engineering and Bioengineering Commons^™

Adhesion And Proliferation Of Red Fluorescent U87 Cells In A Mirco-Incubator, Rebecca L. Jensen

Undergraduate Research Posters 2012

Availability of bone forming osteoblast cells from genetically modified green fluorescing protein (GFP) expressing mouse opens up the possibility of carrying out live cell imaging of the cells as they adhere, migrate and proliferate on nano-texture modified opaque metallic surfaces. Cells inoculated at a density of 200 cells/mm2 proliferated 131% over a one week period.

A Low Cost Motion Analysis System Based On Kinect, Jonathan Michael Cardinale, Tracy N. Jennemann, Vitaliy Sinyuk, Sam Kenji Yokoyama

Undergraduate Research Posters 2012

The project focused on the validation of using the Kinect sensor to build a low cost motion analysis system for physical therapy and rehabilitation, and the identification of the types of the motions that cannot be captured well by the Kinect sensor and are in need of inertial sensors.

Summer 2012 Biomedical Engineering Newsletter, Department Of Biomedical Engineering, Michigan Technological University

Department of Biomedical Engineering Newsletters

Table of Contents

• Dr. Jeremy Goldman wins a Fulbright Scholarship
• Research updates
• Hal Holmes named Goldwater Scholar
• Top honors at the Undergraduate Expo

Methods For Enhancing Expression Of Secondary Cell Wall Cellulose Synthases In Plants, Chandrashekhar P. Joshi

Michigan Tech Patents

Described are methods for making transgenic plants capable of expressing secondary cell wall cellulose synthases and methods of enhancing expression of secondary cell wall cellulose synthases in plants. Also described are plants produced by the methods. Plants comprising at least three exogenous polynucleotides encoding secondary cell wall cellulose synthases are also provided.