Browsing by Author "Madihally, Sundararajan"
Now showing items 1-6 of 6
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Biophysical effects of matrices on cellular colonization
Iyer, Pooja (Oklahoma State University, 2009-07-01)Chitosan-gelatin 3D matrices exhibit better cell viability, and significantly better functionality than the other structures which included tissue culture plastic, 2D structures, hydrogel structures and chitosan 3D structures. ... -
Modeling biphasic reactors, emulsions and selection of solvents
Negash, Menelik (2017-07)Modeling biphasic reactors (BPRs) facilitates understanding the dynamics between the kinetics and component phase distribution between the two partially miscible phases of the reactor. Using experimental results for bio ... -
Phenotypic and genotypic alterations of mature cells dispersed in injectable zonal hydrogels mimicking the cartilage matrix composition
Walker, Kenneth James (2015-05)Cartilage is a soft multilayered tissue found in the articular capsule of joint areas. Physical activity and osteoarthritis (OA) can damage and deteriorate the avascular, metabolically low tissue. Because of this, chondrocytes ... -
Prediction of Properties and Modeling Fire Behavior of Polyethylene Using Cone Calorimeter
Patel, Roshan Jayantibhai (Oklahoma State University, 2014-12-01)Fire behavior of pure polyethylene has been investigated by performing thermal analysis using a standard cone calorimeter. Specifications of polyethylene samples were 100 � 1 mm long, 100 � 1 mm wide and 5 mm thick, with ... -
Utilitarian Comparison of Nonlinear Regression Methods
Chandak, Chetan (Oklahoma State University, 2009-05-01)To overcome the shortcomings of the least squares regression method, two methods - the normal distance, and the maximum likelihood, were developed. The maximum likelihood is a more generic method, with the normal distance ... -
Watch your step! Towards predicting osteoarthritis onset based on side-to-side imbalances
Ngo, Truc Thanh (2022-05)Osteoarthritis (OA) is a debilitating disease characterized by the erosion of articular cartilage at the extremity of bones. OA contributes to economic burdens, pain, and abnormal locomotion to accommodate for loss of ...