This paper describes the results of the round robin experiment "Bead production technologies" carried out during the COST 840 action "Bioencapsulation Innovation and Technologies" within the 5th Framework Program of the European Community. In this round robin experiment, calcium alginate hydrogel beads with the diameter of (800 ± 100) μm were produced by the most common bead production technologies using 0.5-4 mass % sodium alginate solutions as starting material
Alginate hydrogels are an import class of ionic biopolymers for medical and biotechnological applic...
Calcium Alginate hydrogel possesses a great potential as three-dimensional culture platform, exhibit...
The physico-chemical parameters influencing the behaviour of alginate beads have not been deeply stu...
In this study, a macrosphere with different average diameter (dAve) of bead size from sodium alginat...
With the objective of making calcium alginate gel beads with small and uniform size, membrane emulsi...
<p>(A) Schematic diagram of the preparation of alginate entrapped ASVS beads; (B) Wet Algenate-ASVS ...
Abstract: Purpose of study: Over the past 20 years, cell microencapsulation technology has made a ...
Calcium alginate hydrogel beads have been widely studied as a carrier matrix for the delivery of foo...
The preparation and characterization of macro alginate beads are always associated with appropriate ...
Aim of the research was to evaluate the influence of technological factors on the technology of poly...
<p>(a) alginate, (b) alginate with PLL and alginate layers, (c) alginate mixed with collagen, (d) al...
In the present study different parameters were evaluated in the formation of alginate beads by iono...
Abstract Due to decreased supplies of marine resources and byproducts, new processing technologies f...
Alginate-pectin beads act as a carrier in improving the oral bioavailability of bioactive compounds....
In this article, the various elements controlling the geometry of alginate beads such as voltage, so...
Alginate hydrogels are an import class of ionic biopolymers for medical and biotechnological applic...
Calcium Alginate hydrogel possesses a great potential as three-dimensional culture platform, exhibit...
The physico-chemical parameters influencing the behaviour of alginate beads have not been deeply stu...
In this study, a macrosphere with different average diameter (dAve) of bead size from sodium alginat...
With the objective of making calcium alginate gel beads with small and uniform size, membrane emulsi...
<p>(A) Schematic diagram of the preparation of alginate entrapped ASVS beads; (B) Wet Algenate-ASVS ...
Abstract: Purpose of study: Over the past 20 years, cell microencapsulation technology has made a ...
Calcium alginate hydrogel beads have been widely studied as a carrier matrix for the delivery of foo...
The preparation and characterization of macro alginate beads are always associated with appropriate ...
Aim of the research was to evaluate the influence of technological factors on the technology of poly...
<p>(a) alginate, (b) alginate with PLL and alginate layers, (c) alginate mixed with collagen, (d) al...
In the present study different parameters were evaluated in the formation of alginate beads by iono...
Abstract Due to decreased supplies of marine resources and byproducts, new processing technologies f...
Alginate-pectin beads act as a carrier in improving the oral bioavailability of bioactive compounds....
In this article, the various elements controlling the geometry of alginate beads such as voltage, so...
Alginate hydrogels are an import class of ionic biopolymers for medical and biotechnological applic...
Calcium Alginate hydrogel possesses a great potential as three-dimensional culture platform, exhibit...
The physico-chemical parameters influencing the behaviour of alginate beads have not been deeply stu...