PhenoVue^™ Fluorescent Secondary Antibodies

PhenoVue Permeabilization Solution, 0.5% Triton X-100, validated in imaging microscopy and high-content screening applications.

Part of PerkinElmer's portfolio of cellular imaging reagents, PhenoVue Permeabilization 0.5% Triton X-100 is a convenient and stable ready to use solution.

Part of PerkinElmer's portfolio of cellular imaging reagents, PhenoVue Paraformaldehyde 4% is a convenient and stable ready to use solution.

Highly cross-adsorbed donkey anti-rabbit IgG (H+L) antibody conjugated with PhenoVue^™ Fluor 594.

PhenoVue Fluor 594 secondary antibody conjugates exhibit bright green fluorescence and are validated for use in imaging microscopy and high-content screening applications.

Part of PerkinElmer’s portfolio of cellular imaging reagents, the PhenoVue Fluor - 594 donkey anti-rabbit antibody, highly cross-adsorbed, has a maximum excitation wavelength of 590nm and a maximum emission wavelength of 617nm.

Cross-adsorbed donkey anti-rabbit IgG (H+L) antibody conjugated with PhenoVue^™ Fluor 594.

PhenoVue Fluor 594 secondary antibody conjugates exhibit bright green fluorescence and are validated for use in high-content screening applications.

Part of PerkinElmer’s portfolio of cellular imaging reagents, the PhenoVue Fluor - 594 donkey anti-rabbit antibody, cross-adsorbed, has a maximum excitation wavelength of 590nm and a maximum emission wavelength of 617nm.

Highly cross-adsorbed donkey anti-rabbit IgG (H+L) antibody conjugated with PhenoVue^™ Fluor 568.

PhenoVue Fluor 568 secondary antibody conjugates exhibit bright green fluorescence and are validated for use in imaging microscopy and high-content screening applications.

Part of PerkinElmer’s portfolio of cellular imaging reagents, the PhenoVue Fluor - 568 donkey anti-rabbit antibody, highly cross-adsorbed, has a maximum excitation wavelength of 578nm and a maximum emission wavelength of 603nm.

Cross-adsorbed donkey anti-rabbit IgG (H+L) antibody conjugated with PhenoVue^™ Fluor 568.

PhenoVue Fluor 568 secondary antibody conjugates exhibit bright green fluorescence and are validated for use in high-content screening applications.

Part of PerkinElmer’s portfolio of cellular imaging reagents, the PhenoVue Fluor - 568 donkey anti-rabbit antibody, cross-adsorbed, has a maximum excitation wavelength of 578nm and a maximum emission wavelength of 603nm.

Highly cross-adsorbed donkey anti-mouse IgG (H+L) antibody conjugated with PhenoVue^™ Fluor 594.

PhenoVue Fluor 594 secondary antibody conjugates exhibit bright green fluorescence and are validated for use in high-content screening applications.

Part of PerkinElmer’s portfolio of cellular imaging reagents, the PhenoVue Fluor - 594 donkey anti-mouse antibody, highly cross-adsorbed, has a maximum excitation wavelength of 590nm and a maximum emission wavelength of 617nm.

Cross-adsorbed donkey anti-mouse IgG (H+L) antibody conjugated with PhenoVue^™ Fluor 594.

PhenoVue Fluor 594 secondary antibody conjugates exhibit bright green fluorescence and are validated for use in high-content screening applications.

Part of PerkinElmer’s portfolio of cellular imaging reagents, the PhenoVue Fluor - 594 donkey anti-mouse antibody, cross-adsorbed, has a maximum excitation wavelength of 590nm and a maximum emission wavelength of 617nm.

Highly cross-adsorbed donkey anti-mouse IgG (H+L) antibody conjugated with PhenoVue^™ Fluor 568.

PhenoVue Fluor 568 secondary antibody conjugates exhibit bright green fluorescence and are validated for use in imaging microscopy and high-content screening applications.

Part of PerkinElmer’s portfolio of cellular imaging reagents, the PhenoVue Fluor - 568 donkey anti-mouse antibody, highly cross-adsorbed, has a maximum excitation wavelength of 578nm and a maximum emission wavelength of 603nm.

Cross-adsorbed donkey anti-mouse IgG (H+L) antibody conjugated with PhenoVue^™ Fluor 568.

PhenoVue Fluor 568 secondary antibody conjugates exhibit bright green fluorescence and are validated for use in high-content screening applications.

Part of PerkinElmer’s portfolio of cellular imaging reagents, the PhenoVue Fluor - 568 donkey anti-mouse antibody, cross-adsorbed, has a maximum excitation wavelength of 578nm and a maximum emission wavelength of 603nm.

PhenoVue Fluor 647 secondary antibody conjugates exhibit bright red-orange fluorescence and are validated for use in high content screening applications.

Part of PerkinElmer’s portfolio of cellular imaging reagents, the PhenoVue Fluor - 647 donkey anti-rabbit antibody, highly cross-adsorbed, has a maximum excitation wavelength of 650nm and a maximum emission wavelength of 670nm.

PhenoVue Fluor 647 secondary antibody conjugates exhibit bright red-orange fluorescence and are validated for use in high-content screening applications.

Part of PerkinElmer’s portfolio of cellular imaging reagents, the PhenoVue Fluor - 647 donkey anti-rabbit antibody, cross-adsorbed, has a maximum excitation wavelength of 650nm and a maximum emission wavelength of 670nm.

PhenoVue Fluor 555 secondary antibody conjugates exhibit bright green fluorescence and are validated for use in imaging microscopy and high-content screening applications.

Part of PerkinElmer’s portfolio of cellular imaging reagents, the PhenoVue Fluor - 555 donkey anti-rabbit antibody, highly cross-adsorbed, has a maximum excitation wavelength of 555nm and a maximum emission wavelength of 570nm.

PhenoVue Fluor 555 secondary antibody conjugates exhibit bright green fluorescence and are validated for use in high-content screening applications.

Part of PerkinElmer’s portfolio of cellular imaging reagents, the PhenoVue Fluor - 555 donkey anti-rabbit antibody, cross-adsorbed, has a maximum excitation wavelength of 555nm and a maximum emission wavelength of 570nm.

PhenoVue Fluor 488 secondary antibody conjugates exhibit bright green fluorescence and are validated for use in imaging microscopy and high-content screening applications.

Part of PerkinElmer’s portfolio of cellular imaging reagents, the PhenoVue Fluor - 488 donkey anti-rabbit antibody, highly cross-adsorbed, has a maximum excitation wavelength of 495nm and a maximum emission wavelength of 520nm.

PhenoVue Fluor 488 secondary antibody conjugates exhibit bright green fluorescence and are validated for use in high-content screening applications.

Part of PerkinElmer’s portfolio of cellular imaging reagents, the PhenoVue Fluor - 488 donkey anti-rabbit antibody, cross-adsorbed, has a maximum excitation wavelength of 495nm and a maximum emission wavelength of 520nm.

PhenoVue Fluor 647 secondary antibody conjugates exhibit bright red-orange fluorescence and are validated for use in high-content screening applications.

Part of PerkinElmer’s portfolio of cellular imaging reagents, the PhenoVue Fluor - 647 donkey anti-mouse antibody, highly cross-adsorbed, has a maximum excitation wavelength of 650nm and a maximum emission wavelength of 670nm.

PhenoVue Fluor 647 secondary antibody conjugates exhibit bright red-orange fluorescence and are validated for use in high-content screening applications.

Part of PerkinElmer’s portfolio of cellular imaging reagents, the PhenoVue Fluor - 647 donkey anti-mouse antibody, cross-adsorbed, has a maximum excitation wavelength of 650nm and a maximum emission wavelength of 670nm.

PhenoVue Fluor 555 secondary antibody conjugates exhibit bright green fluorescence and are validated for use in high-content screening applications.

Part of PerkinElmer’s portfolio of cellular imaging reagents, the PhenoVue Fluor - 555 donkey anti-mouse antibody, highly cross-adsorbed, has a maximum excitation wavelength of 555nm and a maximum emission wavelength of 570nm.

PhenoVue Fluor 555 secondary antibody conjuagtes exhibit bright green fluorescence and are validated for use in high-content screening applications.

Part of PerkinElmer’s portfolio of cellular imaging reagents, the PhenoVue Fluor - 555 donkey anti-mouse antibody, cross-adsorbed, has a maximum excitation wavelength of 555nm and a maximum emission wavelength of 570nm.

PhenoVue Fluor 488 secondary antibody conjugates exhibit bright green fluorescence and are validated for use in imaging microscopy and high-content screening applications.

Part of PerkinElmer’s portfolio of cellular imaging reagents, the PhenoVue Fluor - 488 donkey anti-mouse antibody, highly cross-adsorbed, has a maximum excitation wavelength of 495nm and a maximum emission wavelength of 520nm.

PhenoVue Fluor 488 secondary antibody conjugates exhibit bright green fluorescence and are validated for use in high-content screening applications.

Part of PerkinElmer’s portfolio of cellular imaging reagents, the PhenoVue Fluor - 488 donkey anti-rabbit antibody, cross-adsorbed, has a maximum excitation wavelength of 495nm and a maximum emission wavelength of 520nm.

Highly cross-adsorbed goat anti-rabbit IgG (H+L) antibody conjugated with PhenoVue^™ Fluor 647.

PhenoVue Fluor 647 secondary antibody conjugates exhibit bright red-orange fluorescence and are validated for use in high content screening applications.

Part of PerkinElmer’s portfolio of cellular imaging reagents, the PhenoVue Fluor - 647 goat anti-rabbit antibody, highly cross-adsorbed, has a maximum excitation wavelength of 650nm and a maximum emission wavelength of 670nm.

Cross-adsorbed goat anti-rabbit IgG (H+L) antibody conjugated with PhenoVue^™ Fluor 647.

PhenoVue Fluor 647 secondary antibody conjugates exhibit bright red-orange fluorescence and are validated for use in high-content screening applications.

Part of PerkinElmer’s portfolio of cellular imaging reagents, the PhenoVue Fluor - 647 goat anti-rabbit antibody, cross-adsorbed, has a maximum excitation wavelength of 650nm and a maximum emission wavelength of 670nm.

Highly cross-adsorbed goat anti-rabbit IgG (H+L) antibody conjugated with PhenoVue^™ Fluor 555.

PhenoVue Fluor 555 secondary antibody conjugates exhibit bright green fluorescence and are validated for use in imaging microscopy and high-content screening applications.

Part of PerkinElmer’s portfolio of cellular imaging reagents, the PhenoVue Fluor - 555 goat anti-rabbit antibody, highly cross-adsorbed, has a maximum excitation wavelength of 555nm and a maximum emission wavelength of 570nm.