A simple and easily controlled method for preparing microbeads has been developed using
aw/o emulsion technique. Under constant process variables (temperature, stirring, etc.), the …

The rate of crosslinking ofserum albumin is affected by several parameters such as pH,
buffer concentration, and the ratio of serum albumin to glutaraldehyde concentration …

Albumin microspheres used as target drug delivery systems were prepared from egg
albumin by polymerization technique using glutaral dehyde as the cross linking agent. The …

To prepare an injectable delivery device for prolonged release and targeting of drugs is the
goal of many researchers. Ideally the poly mer matrix would be nonantigenic …

Albumin microspheres were prepared by two different stabilization processes: chemical
denaturation and heat denaturation. The extent of stabilization was characterized by the …

The degree of cross-linking of albumin microspheres, with and without drug, was assessed
using turbidity measurements carried out in the presence of water and the protein …

The effect of stabilization temperature on the rate of release of adriamycin from bovine
serum albumin (BSA) microspheres has been evaluated: Microspheres were prepared at …

Adriamycin associated bovine serum albumin (BSA) microspheres have been prepared by
the method involving emulsion and suspension technology. Stabilization of the carrier matrix …

A new method for preparing glutaraldehyde cross-linked human serum albumin
microspheres has been developed. Important aspects of this method include addition of …

The effects of protein concentration and heat-stabilization time at 120° C on the release rate
of adriamycin from microspheres have been investigated. The albumin concentration and …