ProQuest Subject Index - Chemical engineering at THE JOHNS HOPKINS UNIVERSITY

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You are viewing titles for THE JOHNS HOPKINS UNIVERSITY in the Chemical engineering available through the UMI Dissertations & Thesis Gradwoorks site

Polymer-based approaches for the therapy of prostate cancer	Self-assembling triblock proteins for biofunctional surface modification

The use of microarrays and related genomics tools to reverse engineer mammalian cell culture targeting specific cellular features with application in biotechnology	Mucus penetrating therapeutic nanosystems

Metabolic engineering of insect & mammalian cells to improve product quality	Applications of anti-apoptosis genes to extend cell culture bioprocessing

Receptor-mediated intercellular interactions pertinent to infection and inflammation under shear	Magnetic nanotubes and nanoporous gold nanowire sensors

Thermodynamics of lattice fluids: Theory and simulation	3D patterned self-assembling, untethered microdevices

Cellular engineering strategies for improvement of mammalian cell phenotypes in commercial applications	Directed assembly of complex shaped particles at fluid interfaces

The flow of non-uniform suspensions	Fibrin(ogen) is a CD44 ligand on colon carcinoma cells: Biochemical and biophysical characterization, growth factor involvement, and diagnostic applications

Characterization and targeting of oncogenic PIK3CA signaling	The biophysics of germline determination in the C. elegans early embryo

Biodegradable drug-loaded mucus penetrating nanoparticles for lung cancer	Analysis and metabolic engineering of the N-glycosylation lipid-linked oligosaccharide synthesis pathway in mammalian cell culture systems

Compression in adsorbing systems	Non-associating heterodimeric DNA methyltransferases as a platform for developing designer methyltransferases

Additions to recombinant proteins for delivery and function	Creation of a genetically encoded band-pass filter for enzyme activity and its application to combinatorial protein engineering

Characterizing the adhesion mechanics between the human immunodeficiency virus and host cells	Computational studies of diffusion in fluids

Predicting the structure and function of protein mutants	Computational antibody structure prediction and antibody-antigen docking

Microparticle assembly and contact line dynamics	Characterizing cytoskeleton-mediated biophysical defects in laminopathic disease models

Electric field mediated colloidal assembly and control	First principles calculations of ceramics surfaces and interfaces: Examples from beta-silicon nitride and alpha-alumina

Applying proteomics to interpret physiological processes in Chinese hamster ovary cells, Danio rerio and Drosophila melanogaster	Heterogeneity and statistical analysis of the microrheology of polymer gels

Thermodynamics of metal binding to protein sites	The role of nucleo-cytoskeletal connections in disease and development

Regularizing free energy calculations to study ion specific effects in biology	Reconfigurable self-folding microdevices

Development of novel adhesion and migration assays for cancer research	Designed ankyrin repeat protein (DARPin) based platform to study biomolecular interactions and develop biosensors

Engineering vascular networks using synthetic matrices	Assembly of rod-like particles at fluid interfaces

New nanoparticle-based systems for pulmonary drug and gene delivery	Cellular engineering strategies to improve biotherapeutic protein production in mammalian cell culture

From Fundamental Nanoporosity Evolution to Electrocatalytically Active Materials --Development of Nanoporous Metal Catalysts for the Cathodic Oxygen Reduction Reaction	Vector chromatography of suspended particles in 1D-periodic systems

Design, development and characterization of microfluidic media for continuous size-based separation of particles	The multi-faceted role of selectin ligands in tumor cell metastasis