SuperPicture™ Polymer Detection Kits feature Invitrogen’s proprietary and enhanced HRP polymer technology to provide excellent sensitivity, high specificity, and a shorter protocol than conventional immunohistochemical staining methods. Drawbacks of other polymer systems include compromised cell penetration ability that can cause weak nuclear staining. The SuperPicture™ Polymer Detection Kits contain neither biotin nor streptavidin like the conventional LAB-SA, so potential background due to endogenous biotin activity is completely avoided. Another advantage of Invitrogen’s SuperPicture™ polymer detection system is the shorter polymer incubation time; the SuperPicture™ system only requires 10 minutes, while leading competitors’ polymers require 30 minutes.

Mouse anti-p53 (DO7) stained colon cancer using SuperPicture™ Polymer Detection Kit.

Kit contents:
A Polymer Conjugate (ready-to-use)
B Chromogen/Substrate † (AEC is ready-to-use; DAB requires mixing)
† Bulk kit does not contain Chromogen/Substrate.

SuperPicture™ Polymer Detection Kits feature Invitrogen’s proprietary and enhanced HRP polymer technology to provide excellent sensitivity, high specificity, and a shorter protocol than conventional immunohistochemical staining methods. Drawbacks of other polymer systems include compromised cell penetration ability that can cause weak nuclear staining. The SuperPicture™ Polymer Detection Kits contain neither biotin nor streptavidin like the conventional LAB-SA, so potential background due to endogenous biotin activity is completely avoided. Another advantage of Invitrogen’s SuperPicture™ polymer detection system is the shorter polymer incubation time; the SuperPicture™ system only requires 10 minutes, while leading competitors’ polymers require 30 minutes.

Mouse anti-p53 (DO7) stained colon cancer using SuperPicture™ Polymer Detection Kit.

Kit contents:
A Polymer Conjugate (ready-to-use)
B Chromogen/Substrate † (AEC is ready-to-use; DAB requires mixing)
† Bulk kit does not contain Chromogen/Substrate.