Lipids & Polymers

Bead-conjugated antibody pair compatible with Simoa® (single molecule array) and similar assays for detecting human IL-1beta in various sample types. The kit includes a bottle of capture beads, a bottle of detection reagent and standards.

Bead-conjugated antibody pair compatible with Simoa® (single molecule array) and similar assays for detecting human IL-2 in various sample types. The kit includes a bottle of capture beads, a bottle of detection reagent and standards.

Bead-conjugated antibody pair compatible with Simoa® (single molecule array) and similar assays for detecting human IL-22 in various sample types. The kit includes a bottle of capture beads, a bottle of detection reagent and standards.

Bead-conjugated antibody pair compatible with Simoa® (single molecule array) and similar assays for detecting human IL-3 in various sample types. The kit includes a bottle of capture beads, a bottle of detection reagent and standards.

Bead-conjugated antibody pair compatible with Simoa® (single molecule array) and similar assays for detecting human IL-5 in various sample types. The kit includes a bottle of capture beads, a bottle of detection reagent and standards.

Bead-conjugated antibody pair compatible with Simoa® (single molecule array) and similar assays for detecting mouse IL-1beta in various sample types. The kit includes a bottle of capture beads, a bottle of detection reagent and standards.

Bead-conjugated antibody pair compatible with Simoa® (single molecule array) and similar assays for detecting rat NF-L in various sample types. The kit includes a bottle of capture beads, a bottle of detection reagent and standards.

Poly(DL-lactide) (PDLLA) is an ubiquitous biodegradable polymer. It is typically used to fabricate medical devices that predictably degrade over months in physiological conditions. The well-researched release profile also allows for drug-release functionalization with calculable results. Owing to its extensive history, PDLLA is one of the most understood and affordable biodegradable polymers for medical devices today.