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Articles 1 - 4 of 4
Full-Text Articles in Engineering
Design Of An Undergraduate Laboratory Experiment Utilizing A Stirred-Tank, Jacketed Bioreactor, Brennen Middleton
Design Of An Undergraduate Laboratory Experiment Utilizing A Stirred-Tank, Jacketed Bioreactor, Brennen Middleton
Honors Theses
Bioreactors are utilized in many industries, such as the food, alternative fuel, and pharmaceutical industries, to design and manufacture products. Unlike the similar chemical batch reactors utilized in many chemical processing facilities, bioreactor utilization requires engineers to consider a wider range of operating conditions and parameters. This results in a more complex reaction system and controls network. Due to this, it is imperative for chemical and biomedical engineering students to not only understand the theory surrounding these reactor systems, but also understand how to properly design and perform operating procedures with these systems. Thus, it was determined to create an …
Velocity Distribution And Stress Analysis In A Continuous Exchange Cell-Free Protein Synthesis System, Grace Nguyen
Velocity Distribution And Stress Analysis In A Continuous Exchange Cell-Free Protein Synthesis System, Grace Nguyen
Honors Theses
No abstract provided.
Development And Mechanical Characterization Of A Composite Biomaterial Made From Agricultural Waste Reinforcement In A Fungal Mycelium Matrix., John Adam Howe
Development And Mechanical Characterization Of A Composite Biomaterial Made From Agricultural Waste Reinforcement In A Fungal Mycelium Matrix., John Adam Howe
Honors Theses
No abstract provided.
Two-Dimensional & Three-Dimensional Microarray Cell Culture Using Elastomeric Assembly Substrates, Angel Olivera-Torres
Two-Dimensional & Three-Dimensional Microarray Cell Culture Using Elastomeric Assembly Substrates, Angel Olivera-Torres
Honors Theses
Tissue engineering and regenerative medicine represent the collection of all engineering disciplines brought together for the common goal of developing novel ways of growing tissues and organs in the laboratory. Efforts have made it possible to replicate or induce growth of 2D structures in the human body like skin, but the clinical need for on-demand solid organs has yet to be met due to lack of understanding of the variables responsible for organogenesis. Cell-colony heterogeneity, 3D-cellular architecture, bioactive molecules, and crosstalk communication between parenchymal cell populations need to be further investigated, and high-throughput technologies can rapidly increase the rate at …