"Chromatography Vials"

Supplier: MERIDIAN LIFE SCIENCE INC

K-BLOCK™ is a proprietary blend of recombinant immunoglobulins and proteins that offers broad-spectrum active blocking against a wide range of interfering substances, Including: Heterophilic antibodies, Rheumatoid factors and HAAAs (e.g., HAMA, HAGA, HARA, etc.)

Supplier: Cytiva

Whatman Puradisc syringe filters from Cytiva's business combine premium quality with economic efficiency. They are well suited for rapid, routine syringe filtration of samples up to 100 ml.

Supplier: MERIDIAN LIFE SCIENCE INC

TRU Block™ is a proprietary active blocker that significantly reduces assay interference and improves assay performance at lower concentrations than passive blocking reagents such as mouse IgG.

Supplier: MERIDIAN LIFE SCIENCE INC

A passive blocking reagent designed to reduce assay interference from human anti-rabbit antibodies in immunoassays using rabbit antibodies.

Supplier: MERIDIAN LIFE SCIENCE INC

TRU Block™ is a proprietary active blocker that significantly reduces assay interference and improves assay performance at lower concentrations than passive blocking reagents such as mouse IgG.

Supplier: MERIDIAN LIFE SCIENCE INC

TRU Block™ is a proprietary active blocker that significantly reduces assay interference and improves assay performance at lower concentrations than passive blocking reagents such as mouse IgG.

Supplier: MERIDIAN LIFE SCIENCE INC

A passive blocking reagent designed to reduce assay interference from human anti-mouse antibodies (HAMA) in immunoassays using mouse antibodies.

Supplier: MERIDIAN LIFE SCIENCE INC

A passive blocking reagent designed to reduce assay interference from human anti-mouse antibodies (HAMA) in immunoassays using mouse antibodies.

Supplier: MERIDIAN LIFE SCIENCE INC

A passive blocking reagent designed to reduce assay interference from human anti-mouse antibodies (HAMA) in immunoassays using mouse antibodies.

Supplier: MERIDIAN LIFE SCIENCE INC

A passive blocking reagent designed to reduce assay interference from human anti-mouse antibodies (HAMA) in immunoassays using mouse antibodies.

Supplier: MERIDIAN LIFE SCIENCE INC

A passive blocking reagent designed to reduce assay interference from human anti-mouse antibodies (HAMA) in immunoassays using mouse antibodies.

Supplier: MERIDIAN LIFE SCIENCE INC

A passive blocking reagent designed to reduce assay interference from human anti-mouse antibodies (HAMA) in immunoassays using mouse antibodies.

Supplier: Bulldog Bio

PNGase F PRIME is a mutant recombinant PNGase F cloned from Flavobacterium meningosepticum and expressed and purified from E. coli. The proprietary changes made to PNGase F have been shown to have unique characteristics when compared to other commercially-available sources of PNGase F. Data generated by independent labs shows that PRIME works on native glycoproteins and serum glycoproteins in minutes at room temperature. Glycan analysis of the digestion products shows that PNGase F PRIME digestion led to more complete glycan release and also allowed for the cleavage of glycans not released by the commercially-available enzymes when used at the same concentrations with the same digestion conditions. This advancement benefits applications that seek to understand glycobiology in a natural milieu. Preliminary data indicates that PNGase F PRIME has a higher specificity towards complex (tri and tetra-antennary) sialylated structures compared to the commercially sourced enzyme. Additionally, the work presented in this Analytical Chemistry paper utilized PNGase F PRIME for all in situ tissue work as the commercially-available PNGase enzymes did not work on native tissue to allow glycan recognition.

Supplier: Bulldog Bio

PNGase F PRIME is a mutant recombinant PNGase F cloned from Flavobacterium meningosepticum and expressed and purified from E. coli. The proprietary changes made to PNGase F have been shown to have unique characteristics when compared to other commercially-available sources of PNGase F. Data generated by independent labs shows that PRIME works on native glycoproteins and serum glycoproteins in minutes at room temperature. Glycan analysis of the digestion products shows that PNGase F PRIME digestion led to more complete glycan release and also allowed for the cleavage of glycans not released by the commercially-available enzymes when used at the same concentrations with the same digestion conditions. This advancement benefits applications that seek to understand glycobiology in a natural milieu. Preliminary data indicates that PNGase F PRIME has a higher specificity towards complex (tri and tetra-antennary) sialylated structures compared to the commercially sourced enzyme. Additionally, the work presented in this Analytical Chemistry paper utilized PNGase F PRIME for all in situ tissue work as the commercially-available PNGase enzymes did not work on native tissue to allow glycan recognition.