Two laboratory devices have been designed for experimental use in biosorption studies involving the uptake and controlled release of elements from encapsulated living cells of microorganisms. The first device is an alginate bead maker capable of producing uniform (1.5 mm diameter) sodium alginate beads with encapsulated microorganisms. The second device is a flow-cell that can subject the encapsulated microorganisms to changing fluids, streaming gaseous microaerophyllic conditions, and which also allows for samples of fluid and beads to be extracted at any time during changing experimental conditions. Both devices are novel and simple in their design, and enable improved accuracy and precise handling of encapsulated specimens with minimal l...
The homogeneous expansion behaviour of liquid-fluidized beds is exploited in various fields such as ...
An alternative approach to somatic gene therapy is to deliver the therapeutic protein by implanting ...
The indiscriminate use of antibiotics and the emergence of resistant microorganisms have become a ma...
Two laboratory devices have been designed for experimental use in biosorption studies involving the ...
Abstract: Purpose of study: Over the past 20 years, cell microencapsulation technology has made a ...
Microencapsulation of cells within microfluidic devices enables explicit control of the membrane thi...
This thesis describes novel research into the generation and manipulation of aqueous droplets within...
<p><b>(A) Schematic representation of the experimental setup.</b> An alginate solution (3% w/v in 20...
We present a tool for dispensing very low volumes (20 nL or more) of ultra high viscosity (UHV) medi...
Encapsulation of biologicalmaterial in small, confined volumes has enabled the study of individual c...
Alginate microbeads, produced by emulsion/internal gelation, were studied for the entrapment and mic...
Alginate gel encapsulation methods have been proven to be promising for the protection of immobilize...
Presented here is an investigation and comparison of two entrapment methods of algae. Conventional c...
A microfluidic technique is described to encapsulate living cells in alginate hydrogel microparticle...
The goal of this study was to evaluate the technological feasibility of delivering antigen using alg...
The homogeneous expansion behaviour of liquid-fluidized beds is exploited in various fields such as ...
An alternative approach to somatic gene therapy is to deliver the therapeutic protein by implanting ...
The indiscriminate use of antibiotics and the emergence of resistant microorganisms have become a ma...
Two laboratory devices have been designed for experimental use in biosorption studies involving the ...
Abstract: Purpose of study: Over the past 20 years, cell microencapsulation technology has made a ...
Microencapsulation of cells within microfluidic devices enables explicit control of the membrane thi...
This thesis describes novel research into the generation and manipulation of aqueous droplets within...
<p><b>(A) Schematic representation of the experimental setup.</b> An alginate solution (3% w/v in 20...
We present a tool for dispensing very low volumes (20 nL or more) of ultra high viscosity (UHV) medi...
Encapsulation of biologicalmaterial in small, confined volumes has enabled the study of individual c...
Alginate microbeads, produced by emulsion/internal gelation, were studied for the entrapment and mic...
Alginate gel encapsulation methods have been proven to be promising for the protection of immobilize...
Presented here is an investigation and comparison of two entrapment methods of algae. Conventional c...
A microfluidic technique is described to encapsulate living cells in alginate hydrogel microparticle...
The goal of this study was to evaluate the technological feasibility of delivering antigen using alg...
The homogeneous expansion behaviour of liquid-fluidized beds is exploited in various fields such as ...
An alternative approach to somatic gene therapy is to deliver the therapeutic protein by implanting ...
The indiscriminate use of antibiotics and the emergence of resistant microorganisms have become a ma...