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Full-Text Articles in Life Sciences
Gradient Generating Microfluidic Coculture System For Disease Modeling And Neural Development, Phaneendra Chennampally
Gradient Generating Microfluidic Coculture System For Disease Modeling And Neural Development, Phaneendra Chennampally
Electronic Theses and Dissertations
Cellular microenvironment or cell niche plays an important role in developmental biology and disease pathophysiology. Physical or chemical signals in microenvironment drive the cellular activity. These signaling molecules are generated from the surrounding cells/tissues as part of intercellular communication; a fundamental property of a cell. Dynamic profile of these signaling molecules in the microenvironment plays a pivotal role in transfer of molecular information from cell to cell in disease proliferation or fate determination. Recapitulating these signaling cues in an in vitro study is difficult to achieve using standard cell culture techniques. However microfluidic systems are capable of addressing these issues, …
Development Of A Novel Haptic Feedback System For Gait Training Applications, Mohsen Alizadeh Noghani
Development Of A Novel Haptic Feedback System For Gait Training Applications, Mohsen Alizadeh Noghani
Electronic Theses and Dissertations
Until recently, study and correction of motor or gait functions required costly sensors and measurement setups (e.g., optical motion capture systems) which were only available in laboratories or clinical environments. However, due to (1) the growing availability and affordability of inertial measurement units (IMUs) with high accuracy, and (2) progress in wireless, high bandwidth, and energy-efficient networking technologies such as Bluetooth Low Energy (BLE), it is now possible to measure and provide feedback in real-time for biomechanical parameters outside of those specialized settings. To enable gait training without an expert who can provide verbal feedback, augmented feedback, which is divided …
Understanding The Adhesion Mechanism In Mycelium-Assisted Wood Bonding, Wenjing Sun
Understanding The Adhesion Mechanism In Mycelium-Assisted Wood Bonding, Wenjing Sun
Electronic Theses and Dissertations
The increasing environmental awareness has led to an increased interest in developing more sustainable materials as alternatives to petroleum-derived products. Among different nature-based products, fungal-mycelium-based bio-composites have gained considerable attention in various applications. Multiple materials with different densities and structures and potential applications can be fabricated by inoculating filamentous white-rot fungi in lignocellulosic materials and other substrates. Different from lower-density as-grown foam-like mycelium composites, higher-density mycelium-lignocellulosic panels have the potential to replace commercial particleboard and fiberboard bonded by petroleum-based resins. This kind of composite can be produced by directly adding heat and pressure to the low-density foams or by assembling …
Scientific Knowledge Shaping Perceptions Of Bioengineered Food Among Undergraduate Students, Kathleen Tims
Scientific Knowledge Shaping Perceptions Of Bioengineered Food Among Undergraduate Students, Kathleen Tims
Honors College
While commonplace in our grocery stores, GMO-foods have persevered through years of controversy. As the availability of bioengineered(BE) commodities grows and biotechnical industries make strides, studies have shown that the average consumers’ knowledge concerning biotechnology has not. In addition to widely held misconceptions and the general lack of knowledge regarding bioengineered commodities reported by young adults, especially students, the recent United States Department of Agriculture mandate for BE product labeling prompts further research into the consumer perspective on bioengineered products. This research looked to expand upon prior work regarding students’ individual perspective towards topics such as GMOs, knowledge of BE …