Antibody Production and Purification

Gibson Bioscience Reagents: Oxidase Test

For the detection of oxidase producing organisms.

Meridian Bioscience™ GullSORB™ IgG Inactivation Reagent

Diluted reagent for the inactivation of IgG antibodies in human serum

Novus Biologicals™ Mouse CD8+ T Cell Isolation Kit

Designed to isolate CD8+ T cells via a negative selection principle; typical recovery ranges from 40-55% and the purity of recovered CD8+ T cells ranges from 87-93%, with no detectable CD4+ T cells

EMD Millipore™ Calbiochem™ BCIP/NBT Substrates for AP and HRP Available on GSA/VA Contract for Federal Government customers only.

Ready-to-use alkaline phosphatase substrate solution. EMD Millipore™ Calbiochem™ BCIP/NBT Substrates for AP and HRP is suitable for immunoblotting.

Gibson Bioscience Reagents: KOH 10%

For indicated test(s)

Gibson Bioscience Reagents: KOH 3%

Solubility test to aid in gram stain reactions

Gibson Bioscience Reagents: India Ink

For demonstration of yeast and fungal elements in wet clinical preparations

Gibson Bioscience Reagents: Nitrate A

For detection of the reduction of nitrate to nitrite

Gibson Bioscience Reagents: Nitrate B

For the detection of the reduction of nitrate to nitrite

Gibson Bioscience Reagents: Kovacs

For the detection of microorganisms that produce Indole as a by-product of their metabolism

Molecular Probes™ Antibody Conjugate Purification Kit, 20-50μg conjugate

Antibody Conjugate Purification Kit, 20-50 µg conjugate

Molecular Probes™ Antibody Conjugate Purification Kit, 0.5-1 mg conjugate

Antibody Conjugate Purification Kit, 0.5-1 mg conjugate

EMD Millipore™ Calbiochem™ TMB, Soluble Substrates for AP and HRP Available on GSA/VA Contract for Federal Government customers only.

Peroxidase substrate that produces blue soluble end product that can be read at 370nm or 650nm. Calbiochem™ TMB, Soluble Substrates for AP and HRP use of stop solution enhances sensitivity two- to four-fold and results in yellow solution that can be read at 450nm.

Gibson Bioscience Reagents: KOH 20%

For demonstration of yeast and fungal elements in wet clinical preparations

Gibson Bioscience Reagents: KOH 40%

For demonstration of yeast and fungal elements in wet clinical preparations

Gibson Bioscience Reagents: Catalese

For the detection of microorganisms that possess the catalase enzyme

Gibson Bioscience Reagents: Mineral Oil

For a variety of purposes in microbiology such as overlaying cultures for proper reactions

Gibson Bioscience Reagents: Alpha Napthol

Detect the production of acetoin, an intermediate in the formation of butylenes glycol, by organisms that ferment glucose by way of the butylenes glycol fermentation pathway

Gibson Bioscience Reagents: Ehrlichs

Use as an indicator reagent for the indole test for gram-negative bacteria producing minute quantities of indole

Gibson Bioscience Reagents: Ferric Chloride 10%

Used as a color developer for phenylalanine agar tests and tryptophan deaminase tests

Novus Biologicals™ Mouse Naive CD8+ T Cell Isolation Kit

The MagCellect Mouse Naive CD8+ T Cell Isolation Kit is designed to isolate naive CD8+ T cells via a negative selection principle; typical recoveries range from 5-35% and the purity of recovered cells ranges from 80-90%

Novus Biologicals™ Mouse CD4+CD25+ Regulatory T Cell Isolation Kit

Designed to isolate mouse CD4+CD25+ regulatory T cells using a two-step procedure that combines both negative and positive selection techniques; purity of recovered cells ranges between 84-94%. 

Novus Biologicals™ Human CD14+ Cell Isolation Kit

Designed to isolate CD14+ cells via a positive selection principle; typical recovery ranges from 45-75% and the purity of recovered CD14+ cells ranges from 90-97%

BD Cytometric Bead Array Mouse Th1/Th2 Cytokine Standard Available on GSA/VA Contract for Federal Government customers only.

Designed for use as a standard control with the Cytometric Bead Array (CBA) Mouse Th1/Th2 Cytokine Kit

Novus Biologicals™ Mouse Hematopoietic Non-Committed Lineage Cell Isolation Kit

Designed for the enrichment of hematopoietic nonlineage committed cells (lineage negative) from mouse bone marrow; lineage committed cells (lineage positive) targeted for magnetic depletion include T cells, B cells, NK cells, monocytes/macrophages, granulocytes, and erythrocytes

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