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Add to Cart The item has been addedGSIR150-1MBioReady Gold Nanoshells - Streptavidin - 150 nm, 10 OD in a (C08-0395-233)
Price: $882.31List Price: $980.35Gold nanoshells provide an ultra-sensitive label for lateral flow assays &ndash up to 20× increases in lateral flow diagnostic sensitivity over 40 nm gold. Streptavidin tetramer is covalently bound to the particle surface via an amide bond. -
Add to Cart The item has been addedGSIR150-5MBioReady Gold Nanoshells - Streptavidin - 150 nm, 10 OD in a (C08-0395-253)
Price: $3,376.87List Price: $3,752.07Gold nanoshells provide an ultra-sensitive label for lateral flow assays &ndash up to 20× increases in lateral flow diagnostic sensitivity over 40 nm gold. Streptavidin tetramer is covalently bound to the particle surface via an amide bond. -
Add to Cart The item has been addedGSIR150-10MBioReady Gold Nanoshells - Streptavidin - 150 nm, 10 OD in a (C08-0395-255)
Price: $5,730.69List Price: $6,367.44Gold nanoshells provide an ultra-sensitive label for lateral flow assays &ndash up to 20× increases in lateral flow diagnostic sensitivity over 40 nm gold. Streptavidin tetramer is covalently bound to the particle surface via an amide bond. -
Add to Cart The item has been addedAUCR40-5MBioReady Gold Nanospheres - Bare (Citrate) - 40 nm, 20 OD in (C08-0395-220)
Price: $173.00List Price: $192.2240 nm gold colloid for passive conjugation. Citrate is the most common stabilizer used for passive conjugation of antibodies and proteins to gold. -
Add to Cart The item has been addedAUCR40-30MBioReady Gold Nanospheres - Bare (Citrate) - 40 nm, 20 OD in (C08-0395-230)
Price: $735.25List Price: $816.9540 nm gold colloid for passive conjugation. Citrate is the most common stabilizer used for passive conjugation of antibodies and proteins to gold. -
Add to Cart The item has been addedAUCR40-100MBioReady Gold Nanospheres - Bare (Citrate) - 40 nm, 20 OD in (C08-0395-246)
Price: $2,154.21List Price: $2,393.5640 nm gold colloid for passive conjugation. Citrate is the most common stabilizer used for passive conjugation of antibodies and proteins to gold. -
Add to Cart The item has been addedAUCR80-5MBioReady Gold Nanospheres - Bare (Citrate) - 80 nm, 20 OD in (C08-0395-221)
Price: $194.62List Price: $216.2480 nm gold colloid for passive conjugation. Citrate is the most common stabilizer used for passive conjugation of antibodies and proteins to gold. -
Add to Cart The item has been addedAUCR80-30MBioReady Gold Nanospheres - Bare (Citrate) - 80 nm, 20 OD in (C08-0395-232)
Price: $847.70List Price: $941.8980 nm gold colloid for passive conjugation. Citrate is the most common stabilizer used for passive conjugation of antibodies and proteins to gold. -
Add to Cart The item has been addedAUCR80-100MBioReady Gold Nanospheres - Bare (Citrate) - 80 nm, 20 OD in (C08-0395-247)
Price: $2,478.58List Price: $2,753.9880 nm gold colloid for passive conjugation. Citrate is the most common stabilizer used for passive conjugation of antibodies and proteins to gold. -
Add to Cart The item has been addedAUXR40-5MBioReady Gold Nanospheres - Carboxyl - 40 nm, 20 OD in water (C08-0395-222)
Price: $278.04List Price: $308.9440 nm spherical gold nanoparticles for covalent conjugation. The carboxyl surface can be conjugated to free amines in antibodies and proteins, allowing for greater stability, sensitivity, and control over particle-antibody loading. -
Add to Cart The item has been addedAUXR40-30MBioReady Gold Nanospheres - Carboxyl - 40 nm, 20 OD in water (C08-0395-236)
Price: $1,115.87List Price: $1,239.8640 nm spherical gold nanoparticles for covalent conjugation. The carboxyl surface can be conjugated to free amines in antibodies and proteins, allowing for greater stability, sensitivity, and control over particle-antibody loading. -
Add to Cart The item has been addedAUXR40-100MBioReady Gold Nanospheres - Carboxyl - 40 nm, 20 OD in water (C08-0395-248)
Price: $2,994.26List Price: $3,326.9640 nm spherical gold nanoparticles for covalent conjugation. The carboxyl surface can be conjugated to free amines in antibodies and proteins, allowing for greater stability, sensitivity, and control over particle-antibody loading.
