MICROPARTICLES

Brand	Owner (click to sort)	Address	Description
BANGS LABORATORIES, INC.	POLYSCIENCES, INC.	400 Valley Road Warrington PA 18976	MICROPARTICLES, NAMELY, THOSE COMPOSED PREDOMINANTLY OF POLYMERS, SILICA, OR MAGNETIC MATERIAL, USED PREDOMINANTLY AS A SOLID BINDING SURFACE IN CLINICAL OR MEDICAL LABORATORY TESTS AND ASSAYS; DIAGNOSTIC REAGENTS AND DYES FOR CLINICAL OR MEDICAL LABORATORY USE;MICROPARTICLES, NAMELY, THOSE COMPOSED PREDOMINANTLY OF POLYMERS, SILICA, OR MAGNETIC MATERIAL, USED FOR GENERAL SCIENTIFIC AND RESEARCH PURPOSES; MICROPARTICLES, NAMELY, THOSE COMPOSED PREDOMINANTLY OF POLYMERS, SILICA, OR MAGNETIC MATERIAL FOR USE IN THE MANUFACTURE OF INDUSTRIAL GOODS; MICROPARTICLES CONTAINING DYES, USED AS CALIBRATORS AND STANDARDS FOR FLOW CYTOMETERS AND OTHER OPTICAL INSTRUMENTS IN SCIENTIFIC RESEARCH; MICROPARTICLES COATED WITH PROTEINS AND OTHER LIGANDS, USED AS AFFINITY SUPPORTS IN SCIENTIFIC RESEARCH; DIAGNOSTIC REAGENTS AND DYES FOR SCIENTIFIC OR RESEARCH USE;LABORATORIES, INC.;
LODESTARS	AGILENT TECHNOLOGIES, INC.	5301 Stevens Creek Boulevard Santa Clara CA 95051	MICROPARTICLES, NAMELY, THOSE COMPOSED PREDOMINANTLY OF POLYMERS, SILICA, OR MAGNETIC MATERIAL, USED PREDOMINANTLY AS A SOLID BINDING SURFACE IN CLINICAL OR MEDICAL LABORATORY TESTS AND ASSAYS; DIAGNOSTIC REAGENTS AND DYES FOR CLINICAL OR MEDICAL LABORATORY USE;MICROPARTICLES, NAMELY, THOSE COMPOSED PREDOMINANTLY OF POLYMERS, SILICA, OR MAGNETIC MATERIAL, USED FOR GENERAL SCIENTIFIC AND RESEARCH PURPOSES; MICROPARTICLES, NAMELY, THOSE COMPOSED PREDOMINANTLY OF POLYMERS, SILICA, OR MAGNETIC MATERIAL FOR USE IN THE MANUFACTURE OF INDUSTRIAL GOODS; MICROPARTICLES COATED WITH PROTEINS AND OTHER LIGANDS, USED AS AFFINITY SUPPORTS IN SCIENTIFIC RESEARCH; DIAGNOSTIC REAGENTS AND DYES FOR SCIENTIFIC OR RESEARCH USE;
	Where the owner name is not linked, that owner no longer owns the brand

Technical Examples

An apparatus for sonoporation for transdermal delivery of a microparticles suspension containing microencapsulated drugs includes a container containing said microparticles suspension and an ultrasound horn having a tip submerged in said microparticles suspension containing microencapsulated drug or the like. The ultrasound radiation is applied to generate cavitation bubbles, thus causing pores to be formed in the skin of a patient. The ultrasound radiation intensity and distance from the skin are also effective in generating ultrasonic jets driving the microparticles through the formed pores into the skin. The ultrasound radiation is desirably applied at a frequency other than a resonant frequency of the microparticles to avoid rupturing them.