Product details
Catalog number P018-650-500
DiscontinuedPrice for P018-650-500
Size / count 500 µL
This variant is discontinued and cannot be added to your cart.
ExoBrite™ 650/665 CD9 anti-mouse Flow Antibody is optimized for detection of the exosome marker CD9 in isolated exosomes by flow cytometry. The conjugate has Ex/Em at 650/665 nm for detection in the Cy5 channel off the 630 and 640 laser line. Recommended for instruments optimized for small particle flow. 100 tests.
The catalog number for ExoBrite™ 650/665 CD9 (Mouse) Flow Antibody (100 tests) is P018-650-500.
ExoBrite™ 650/665 CD9 (Mouse) Flow Antibody (100 tests) is currently made to order / not held in immediate stock. Contact us for lead time.
ExoBrite™ 650/665 CD9 (Mouse) Flow Antibody (100 tests) is manufactured by Biotium.
Estimated delivery time for ExoBrite™ 650/665 CD9 (Mouse) Flow Antibody (100 tests) is approximately 15 business day(s), depending on your location.
The safety data sheet for ExoBrite™ 650/665 CD9 (Mouse) Flow Antibody (100 tests) is available here: https://cdn.gentaur.com/products/37/888456/msds/p018-650-500.pdf.
ExoBrite™ 650/665 CD9 anti-mouse Flow Antibody is optimized for detection of the exosome marker CD9 in isolated exosomes by flow cytometry. The conjugate has Ex/Em at 650/665 nm for detection in the Cy5 channel off the 630 and 640 laser line. Recommended for instruments optimized for small particle
Shipping temperature is chosen based on the product’s stability needs, ranging from ambient to dry ice, and is indicated on the product page. Any related shipping fee is shown clearly in your quotation.
Molecular weight information, where applicable, is listed on the datasheet under target details, useful for confirming the correct band on western blot.
Lead times depend on the product type: custom polyclonal antibodies typically take 12-14 weeks, monoclonal antibodies 15-17 weeks, made-to-order recombinant proteins 4-8 weeks, and made-to-order recombinant antibodies 6-8 weeks. These are estimates and may shift due to production delays.