Product details
Catalog number #92512
Price for #92512
Size / count 1 Kit
Mix-n-StainTM CF® Dye NanoBody Labeling Kits are optimized for labeling nanobodies with bright and photostable CF® dyes in 30 minutes with no purification. Kits tolerate common stabilizers, including BSA. Far-red fluorescent CF®647 has Ex/Em at 650/665 nm. One labeling of 5-20 ug nanobody per kit.
The catalog number for Mix-n-StainTM CF®647 Nanobody Labeling Kit, 1x (5-20ug) labeling is #92512.
Mix-n-StainTM CF®647 Nanobody Labeling Kit, 1x (5-20ug) labeling is available in the following size(s): 1 Kit.
Mix-n-StainTM CF®647 Nanobody Labeling Kit, 1x (5-20ug) labeling is currently made to order / not held in immediate stock. Contact us for lead time.
Mix-n-StainTM CF®647 Nanobody Labeling Kit, 1x (5-20ug) labeling is manufactured by Biotium.
Estimated delivery time for Mix-n-StainTM CF®647 Nanobody Labeling Kit, 1x (5-20ug) labeling is approximately 15 business day(s), depending on your location.
The safety data sheet for Mix-n-StainTM CF®647 Nanobody Labeling Kit, 1x (5-20ug) labeling is available here: https://cdn.gentaur.com/products/37/699c39d30d8c9d341e164c6c/msds/%2392512.pdf.
Mix-n-StainTM CF® Dye NanoBody Labeling Kits are optimized for labeling nanobodies with bright and photostable CF® dyes in 30 minutes with no purification. Kits tolerate common stabilizers, including BSA. Far-red fluorescent CF®647 has Ex/Em at 650/665 nm. One labeling of 5-20 ug nanobody per kit.
Automation compatibility varies by kit and isn’t always listed on the datasheet. Contact our technical support team with details of your platform so we can confirm with the manufacturer.
Validated applications such as WB, ELISA, IHC, ICC, or FC are listed on the product datasheet. If you need application-specific validation data before ordering, contact our technical support team with the catalogue number.
Reconstitution instructions, including the recommended diluent and final concentration, are provided on the datasheet. Aliquot immediately after reconstitution to avoid repeated freeze-thaw cycles.