oYo-Link® VcMMAF Antibody Labeling Kit - Labels 100ug mIgG1 Ab Reference: AT7003-mIgG1-100 Research Use Only Application: Antibody conjugation Kit for Targeted cell death; Targeted cell death for cancer cells; High-throughput screening with cell killing assays oYo-Link® VcMMAF is an Antibody-Drug Conjugation Kit allowing for site-specific labeling of Monomethyl Auristatin F. labels to the heavy-chains of oYo-Link®-compatible antibodies with up to two labels per antibody. VcMMAF is an anti-mitotic agent linked via the lysosomally cleavable dipeptide, valine-citrulline (vc). oYo-Link® limits the attachment of the VcMMAF drugs to the heavy chains of the antibody and therefore ensures that the drug label does not interfere with antibody binding. Furthermore, site-specific labeling limits 1-2 VcMMAF drugs to be attached per antibody, providing precise antibody-drug conjugate ratios. The antibody labeling procedure simply requires mixing oYo-Link® VcMMAF with the desired antibody followed by photocrosslinking with non-damaging black light (365 nm). Photocrosslinking can be carried in most buffers, including those containing amine-containing molecules (e.g. TRIS, glycine) or storage proteins (see Buffer Compatibility Table). Catalog # AT7003. Requirements: To label your compatible antibodies with oYo-Link®, you will need a Light Source emitting at 365nm (6-10W). Use your own Compatible Device from our list or purchase AlphaThera's LED Photo-Crosslinking Device. Technical Support: For science questions or questions concerning compatibility email support@alphathera.com
oYo-Link® VcMMAF Antibody Labeling Kit - Labels 500ug mIgG1 Ab Reference: AT7003-mIgG1-500 Research Use Only Application: Antibody conjugation Kit for Targeted cell death; Targeted cell death for cancer cells; High-throughput screening with cell killing assays oYo-Link® VcMMAF is an Antibody-Drug Conjugation Kit allowing for site-specific labeling of Monomethyl Auristatin F. labels to the heavy-chains of oYo-Link®-compatible antibodies with up to two labels per antibody. VcMMAF is an anti-mitotic agent linked via the lysosomally cleavable dipeptide, valine-citrulline (vc). oYo-Link® limits the attachment of the VcMMAF drugs to the heavy chains of the antibody and therefore ensures that the drug label does not interfere with antibody binding. Furthermore, site-specific labeling limits 1-2 VcMMAF drugs to be attached per antibody, providing precise antibody-drug conjugate ratios. The antibody labeling procedure simply requires mixing oYo-Link® VcMMAF with the desired antibody followed by photocrosslinking with non-damaging black light (365 nm). Photocrosslinking can be carried in most buffers, including those containing amine-containing molecules (e.g. TRIS, glycine) or storage proteins (see Buffer Compatibility Table). Catalog # AT7003. Requirements: To label your compatible antibodies with oYo-Link®, you will need a Light Source emitting at 365nm (6-10W). Use your own Compatible Device from our list or purchase AlphaThera's LED Photo-Crosslinking Device. Technical Support: For science questions or questions concerning compatibility email support@alphathera.com
oYo-Link® Azide Antibody Labeling Kit - Labels 100ug Reference: AT3002-100 NOTE: It is important to perform the click-reaction with DBCO-x first, prior to antibody conjugation. UV illumination will damage the Azide activity and thus antibody conjugation should only be performed after the click-reaction. Research Use Only Applications: Click Chemistry oYo-Link® Azide allows for the site-specific labeling of oYo-Link®-compatible antibodies with up to two azide labels per antibody for subsequent click chemistry reactions. oYo-Link® Azide limits the attachment of the azide labels to the heavy chains of the antibody and therefore ensures that the azide label does not interfere with antibody binding. Furthermore, site-specific labeling limits 1-2 azide labels to be attached per antibody, providing precise antibody-conjugate ratios.The antibody labeling procedure simply requires mixing oYo-Link® Azide with the desired antibody followed by photocrosslinking with non-damaging black light (365 nm). Photocrosslinking can be carried out in most buffers, including those containing amine-containing molecules (e.g. TRIS, glycine) or storage proteins (see Buffer Compatibility Table) .. Requirements: To label your compatible antibodies with oYo-Link®, you will need a Light Source emitting at 365nm (6-10W). Use your own Compatible Device from our list or purchase AlphaThera's LED Photo-Crosslinking Device. Technical Support: For questions concerning compatibility or click-chemistry procedure email support@alphathera.com
oYo-Link® Azide Antibody Labeling Kit- Labels 500ug Reference: AT3002-500 NOTE: It is important to perform the click-reaction with DBCO-x first, prior to antibody conjugation. UV illumination will damage the Azide activity and thus antibody conjugation should only be performed after the click-reaction. Research Use Only Applications: Click Chemistry oYo-Link® Azide allows for the site-specific labeling of oYo-Link®-compatible antibodies with up to two azide labels per antibody for subsequent click chemistry reactions. oYo-Link® Azide limits the attachment of the azide labels to the heavy chains of the antibody and therefore ensures that the azide label does not interfere with antibody binding. Furthermore, site-specific labeling limits 1-2 azide labels to be attached per antibody, providing precise antibody-conjugate ratios.The antibody labeling procedure simply requires mixing oYo-Link® Azide with the desired antibody followed by photocrosslinking with non-damaging black light (365 nm). Photocrosslinking can be carried out in most buffers, including those containing amine-containing molecules (e.g. TRIS, glycine) or storage proteins (see Buffer Compatibility Table) .. Requirements: To label your compatible antibodies with oYo-Link®, you will need a Light Source emitting at 365nm (6-10W). Use your own Compatible Device from our list or purchase AlphaThera's LED Photo-Crosslinking Device. Technical Support: For questions concerning compatibility or click-chemistry procedure email support@alphathera.com
oYo-Link® Azide Antibody Labeling Kit - Labels 1mg Reference: AT3002-1000 NOTE: It is important to perform the click-reaction with DBCO-x first, prior to antibody conjugation. UV illumination will damage the Azide activity and thus antibody conjugation should only be performed after the click-reaction. Research Use Only Applications: Click Chemistry oYo-Link® Azide allows for the site-specific labeling of oYo-Link®-compatible antibodies with up to two azide labels per antibody for subsequent click chemistry reactions. oYo-Link® Azide limits the attachment of the azide labels to the heavy chains of the antibody and therefore ensures that the azide label does not interfere with antibody binding. Furthermore, site-specific labeling limits 1-2 azide labels to be attached per antibody, providing precise antibody-conjugate ratios.The antibody labeling procedure simply requires mixing oYo-Link® Azide with the desired antibody followed by photocrosslinking with non-damaging black light (365 nm). Photocrosslinking can be carried out in most buffers, including those containing amine-containing molecules (e.g. TRIS, glycine) or storage proteins (see Buffer Compatibility Table). Requirements: To label your compatible antibodies with oYo-Link®, you will need a Light Source emitting at 365nm (6-10W). Use your own Compatible Device from our list or purchase AlphaThera's LED Photo-Crosslinking Device. Technical Support: For questions concerning compatibility or click-chemistry procedure email support@alphathera.com
oYo-Link® Azide Antibody Labeling Kit - Labels 100ug mIgG1 Ab Reference: AT3002-mIgG1-100 NOTE: It is important to perform the click-reaction with DBCO-x first, prior to antibody conjugation. UV illumination will damage the Azide activity and thus antibody conjugation should only be performed after the click-reaction. Research Use Only Applications: Click Chemistry oYo-Link® Azide allows for the site-specific labeling of oYo-Link®-compatible antibodies with up to two azide labels per antibody for subsequent click chemistry reactions. oYo-Link® Azide limits the attachment of the azide labels to the heavy chains of the antibody and therefore ensures that the azide label does not interfere with antibody binding. Furthermore, site-specific labeling limits 1-2 azide labels to be attached per antibody, providing precise antibody-conjugate ratios.The antibody labeling procedure simply requires mixing oYo-Link® Azide with the desired antibody followed by photocrosslinking with non-damaging black light (365 nm). Photocrosslinking can be carried out in most buffers, including those containing amine-containing molecules (e.g. TRIS, glycine) or storage proteins (see Buffer Compatibility Table). Requirements: To label your compatible antibodies with oYo-Link®, you will need a Light Source emitting at 365nm (6-10W). Use your own Compatible Device from our list or purchase AlphaThera's LED Photo-Crosslinking Device. Technical Support: For questions concerning compatibility or click-chemistry procedure email support@alphathera.com
oYo-Link® Azide Antibody Labeling Kit - Labels 500ug mIgG1 Ab Reference: AT3002-mIgG1-500 NOTE: It is important to perform the click-reaction with DBCO-x first, prior to antibody conjugation. UV illumination will damage the Azide activity and thus antibody conjugation should only be performed after the click-reaction. Research Use Only Applications: Click Chemistry oYo-Link® Azide allows for the site-specific labeling of oYo-Link®-compatible antibodies with up to two azide labels per antibody for subsequent click chemistry reactions. oYo-Link® Azide limits the attachment of the azide labels to the heavy chains of the antibody and therefore ensures that the azide label does not interfere with antibody binding. Furthermore, site-specific labeling limits 1-2 azide labels to be attached per antibody, providing precise antibody-conjugate ratios.The antibody labeling procedure simply requires mixing oYo-Link® Azide with the desired antibody followed by photocrosslinking with non-damaging black light (365 nm). Photocrosslinking can be carried out in most buffers, including those containing amine-containing molecules (e.g. TRIS, glycine) or storage proteins (see Buffer Compatibility Table). Requirements: To label your compatible antibodies with oYo-Link®, you will need a Light Source emitting at 365nm (6-10W). Use your own Compatible Device from our list or purchase AlphaThera's LED Photo-Crosslinking Device. Technical Support: For questions concerning compatibility or click-chemistry procedure email support@alphathera.com
oYo-Link® Azide-TAMRA Antibody Labeling Kit - Labels 100ug Reference: AT3002-TAMRA NOTE: It is important to perform the click-reaction with DBCO-x first, prior to antibody conjugation. UV illumination will damage the Azide activity and thus antibody conjugation should only be performed after the click-reaction. Research Use Only Applications: Click Chemistry; Fluorescent imaging and/or quantification of oYo-Link® following conjugation or surface immobilization (e.g. to nanoparticles) oYo-Link® Azide allows for the site-specific labeling of oYo-Link®-compatible antibodies with up to two azide labels per antibody for subsequent click chemistry reactions. oYo-Link® Azide limits the attachment of the azide labels to the heavy chains of the antibody and therefore ensures that the azide label does not interfere with antibody binding. Furthermore, site-specific labeling limits 1-2 azide labels to be attached per antibody, providing precise antibody-conjugate ratios.The antibody labeling procedure simply requires mixing oYo-Link® Azide with the desired antibody followed by photocrosslinking with non-damaging black light (365 nm). Photocrosslinking can be carried out in most buffers, including those containing amine-containing molecules (e.g. TRIS, glycine) or storage proteins (see Buffer Compatibility Table). Requirements: To label your compatible antibodies with oYo-Link®, you will need a Light Source emitting at 365nm (6-10W). Use your own Compatible Device from our list or purchase AlphaThera's LED Photo-Crosslinking Device. Technical Support: For questions concerning compatibility or click-chemistry procedure email support@alphathera.com
oYo-Link® DBCO Antibody Labeling Kit - Labels 100ug Reference: AT3003-100 NOTE: It is important to perform the click-reaction with Azide-x first, prior to antibody conjugation. UV illumination will damage the DBCO activity and thus antibody conjugation should only be performed after the click-reaction. Research Use Only Applications: Copper-free Click Chemistry oYo-Link® DBCO allows for the site-specific labeling of oYo-Link®-compatible antibodies with up to two dibenzocyclooctyne (DBCO) labels per antibody for subsequent copper-free click chemistry reactions. oYo-Link®-DBCO limits the attachment of the DBCO labels to the heavy chains of the antibody and therefore ensures that the DBCO label does not interfere with antibody binding. Furthermore, site-specific labeling limits 1-2 DBCO labels to be attached per antibody, providing precise antibody-conjugate ratios. The antibody labeling procedure simply requires mixing oYo-Link® -DBCO with the desired antibody followed by photocrosslinking with non-damaging black light (365 nm). Photocrosslinking can be carried in most buffers, including those containing amine-containing molecules (e.g. TRIS, glycine) or storage proteins (see Buffer Compatibility Table). Requirements: To label your compatible antibodies with oYo-Link®, you will need a Light Source emitting at 365nm (6-10W). Use your own Compatible Device from the list here or purchase AlphaThera's LED Photo-Crosslinking Device Here. Purchasing Information: For Credit Card purchases, proceed with checkout on website. To Request a Quote email sales@alphathera.com. Technical Support: For questions concerning compatibility or click-chemistry procedure email support@alphathera.com
oYo-Link® DBCO Antibody Labeling Kit- Labels 500ug Reference: AT3003-500 NOTE: It is important to perform the click-reaction with Azide-x first, prior to antibody conjugation. UV illumination will damage the DBCO activity and thus antibody conjugation should only be performed after the click-reaction. Research Use Only Applications: Copper-free Click Chemistry oYo-Link® DBCO allows for the site-specific labeling of oYo-Link®-compatible antibodies with up to two dibenzocyclooctyne (DBCO) labels per antibody for subsequent copper-free click chemistry reactions. oYo-Link®-DBCO limits the attachment of the DBCO labels to the heavy chains of the antibody and therefore ensures that the DBCO label does not interfere with antibody binding. Furthermore, site-specific labeling limits 1-2 DBCO labels to be attached per antibody, providing precise antibody-conjugate ratios. The antibody labeling procedure simply requires mixing oYo-Link® -DBCO with the desired antibody followed by photocrosslinking with non-damaging black light (365 nm). Photocrosslinking can be carried in most buffers, including those containing amine-containing molecules (e.g. TRIS, glycine) or storage proteins (see Buffer Compatibility Table). Requirements: To label your compatible antibodies with oYo-Link®, you will need a Light Source emitting at 365nm (6-10W). Use your own Compatible Device from the list here or purchase AlphaThera's LED Photo-Crosslinking Device Here. Purchasing Information: For Credit Card purchases, proceed with checkout on website. To Request a Quote email sales@alphathera.com. Technical Support: For questions concerning compatibility or click-chemistry procedure email support@alphathera.com
oYo-Link® DBCO Antibody Labeling Kit - Labels 1mg Reference: AT3003-1000 NOTE: It is important to perform the click-reaction with Azide-x first, prior to antibody conjugation. UV illumination will damage the DBCO activity and thus antibody conjugation should only be performed after the click-reaction. Research Use Only Applications: Copper-free Click Chemistry oYo-Link® DBCO allows for the site-specific labeling of oYo-Link®-compatible antibodies with up to two dibenzocyclooctyne (DBCO) labels per antibody for subsequent copper-free click chemistry reactions. oYo-Link®-DBCO limits the attachment of the DBCO labels to the heavy chains of the antibody and therefore ensures that the DBCO label does not interfere with antibody binding. Furthermore, site-specific labeling limits 1-2 DBCO labels to be attached per antibody, providing precise antibody-conjugate ratios. The antibody labeling procedure simply requires mixing oYo-Link® -DBCO with the desired antibody followed by photocrosslinking with non-damaging black light (365 nm). Photocrosslinking can be carried in most buffers, including those containing amine-containing molecules (e.g. TRIS, glycine) or storage proteins (see Buffer Compatibility Table). Requirements: To label your compatible antibodies with oYo-Link®, you will need a Light Source emitting at 365nm (6-10W). Use your own Compatible Device from the list here or purchase AlphaThera's LED Photo-Crosslinking Device Here. Purchasing Information: For Credit Card purchases, proceed with checkout on website. To Request a Quote email sales@alphathera.com. Technical Support: For questions concerning compatibility or click-chemistry procedure email support@alphathera.com
oYo-Link® DBCO Antibody Labeling Kit - Labels 100ug mIgG1 Ab Reference: AT3003-mIgG1-100 NOTE: It is important to perform the click-reaction with Azide-x first, prior to antibody conjugation. UV illumination will damage the DBCO activity and thus antibody conjugation should only be performed after the click-reaction. Research Use Only Applications: Copper-free Click Chemistry oYo-Link® DBCO allows for the site-specific labeling of oYo-Link®-compatible antibodies with up to two dibenzocyclooctyne (DBCO) labels per antibody for subsequent copper-free click chemistry reactions. oYo-Link®-DBCO limits the attachment of the DBCO labels to the heavy chains of the antibody and therefore ensures that the DBCO label does not interfere with antibody binding. Furthermore, site-specific labeling limits 1-2 DBCO labels to be attached per antibody, providing precise antibody-conjugate ratios. The antibody labeling procedure simply requires mixing oYo-Link® -DBCO with the desired antibody followed by photocrosslinking with non-damaging black light (365 nm). Photocrosslinking can be carried in most buffers, including those containing amine-containing molecules (e.g. TRIS, glycine) or storage proteins (see Buffer Compatibility Table). Requirements: To label your compatible antibodies with oYo-Link®, you will need a Light Source emitting at 365nm (6-10W). Use your own Compatible Device from the list here or purchase AlphaThera's LED Photo-Crosslinking Device Here. Purchasing Information: For Credit Card purchases, proceed with checkout on website. To Request a Quote email sales@alphathera.com. Technical Support: For questions concerning compatibility or click-chemistry procedure email support@alphathera.com