Expansion of the burgeoning biofuels agenda involves not only the design of suitable genetic and metabolic devices but also their deployment into suitable hosts that can endure the stress brought about by the products themselves.
This paper introduces an improved physiological animal model with diabetic Göttingen minipigs, which focuses on the application of human therapy devices and metabolic system analysis.
Microfluidic droplet emulsion technology [ 7, 8] is emerging as a powerful facilitator for cellular and metabolic engineering, as various devices enable precise single-cell compartmentalization [ 9], culturing [ 10], phenotyping [ 11], and sorting [ 12].
"Say a device reduces the metabolic cost of a soldier carrying a load by 5%," she says.
However, cells were not used in these validation studies in order to test the functionality of the device alone, as metabolic oxygen uptake can vary dramatically between cell types and density.
Assisted protein-fragment complementation has been used to create a variety of genetically encoded devices whose molecular outputs report on a protein protein interaction, including devices that generate metabolic, visual, transcriptional, proteolytic, and antibiotic resistance outputs.
Many scientists work at the intersection of these two philosophies, employing synthetic devices to enhance metabolic engineering efforts.
This chapter outlines the basic form and function of tubular epithelial cells, interactions between matrices, porous membranes and tubular epithelial cells, the development of tubular epithelial cells attached to the surface of porous membranes, and in vitro evaluation of the transport and metabolic function of bioartificial tubule devices.
The Ossabaw swine may be a practical, large animal model for the study of certain aspects of platelet pathophysiology and examine vascular devices in a metabolic environment comparable to humans with MetS.
Combined with the finding of spontaneous coronary atherosclerosis in obese Ossabaw swine, these data support the use of this model to study intravascular devices in a metabolic environment comparable to human patients with MetS.
