• 0
Shop Products $

This product is prepared by labeling affinity purified IgG (H+L). with the green fluorescent dye CF488A. CF488A is a superior alternative to FITC (or fluorescein) due to its exceptional brightness and photostability. CF488A is comparably bright and photostable to Alexa Fluor 488, and more specific.

This product is prepared by labeling affinity purified IgG (H+L). with the green fluorescent dye CF488A. CF488A is a superior alternative to FITC (or fluorescein) due to its exceptional brightness and photostability. CF488A is comparably bright and photostable to Alexa Fluor 488, and more specific.

This product is prepared by labeling affinity purified IgG (H+L). with the green fluorescent dye CF488A. CF488A is a superior alternative to FITC (or fluorescein) due to its exceptional brightness and photostability. CF488A is comparably bright and photostable to Alexa Fluor 488, and more specific.

This product is prepared by labeling affinity purified IgG (H+L). with an orange-red fluorescent dye CF555, one of an outstanding series of CF dyes developed by Biotium. CF dyes are superior for antibody labeling by having combined advantages in brightness, photostability, and specificity.

Anti-IgG Goat Polyclonal Antibody (CFâ„¢ 555) - 20032, 250 uL

This product is prepared by labeling affinity purified IgG (H+L). with an orange-red fluorescent dye CF555, one of an outstanding series of CF dyes developed by Biotium. CF dyes are superior for antibody labeling by having combined advantages in brightness, photostability, and specificity.

This product is prepared by labeling affinity purified IgG (H+L). with an orange-red fluorescent dye CF555, one of an outstanding series of CF dyes developed by Biotium. CF dyes are superior for antibody labeling by having combined advantages in brightness, photostability, and specificity.

This product is prepared by labeling affinity purified IgG (H+L). with an orange-red fluorescent dye CF555, one of an outstanding series of CF dyes developed by Biotium. CF dyes are superior for antibody labeling by having combined advantages in brightness, photostability, and specificity.

Anti-IgG Goat Polyclonal Antibody (CFâ„¢ 555) - 20035, 250 uL

This product is prepared by labeling affinity purified IgG (H+L). with an orange-red fluorescent dye CF555, one of an outstanding series of CF dyes developed by Biotium. CF dyes are superior for antibody labeling by having combined advantages in brightness, photostability, and specificity.

This product is prepared by labeling affinity purified IgG (H+L). with an orange-red fluorescent dye CF555, one of an outstanding series of CF dyes developed by Biotium. CF dyes are superior for antibody labeling by having combined advantages in brightness, photostability, and specificity.

This product is prepared by labeling affinity purified IgG (H+L). with an orange-red fluorescent dye CF555, one of an outstanding series of CF dyes developed by Biotium. CF dyes are superior for antibody labeling by having combined advantages in brightness, photostability, and specificity.

This product is prepared by labeling affinity purified IgG (H+L). with an orange-red fluorescent dye CF555, one of an outstanding series of CF dyes developed by Biotium. CF dyes are superior for antibody labeling by having combined advantages in brightness, photostability, and specificity.

This product is prepared by labeling affinity purified IgG (H+L). with an orange-red fluorescent dye CF555, one of an outstanding series of CF dyes developed by Biotium. CF dyes are superior for antibody labeling by having combined advantages in brightness, photostability, and specificity.

This product is prepared by labeling affinity purified IgG (H+L). with an orange-red fluorescent dye CF555, one of an outstanding series of CF dyes developed by Biotium. CF dyes are superior for antibody labeling by having combined advantages in brightness, photostability, and specificity.

This product is prepared by labeling affinity purified IgG (H+L). with an orange-red fluorescent dye CF555, one of an outstanding series of CF dyes developed by Biotium. CF dyes are superior for antibody labeling by having combined advantages in brightness, photostability, and specificity.

This product is prepared by labeling affinity purified IgG (H+L). with a far-red fluorescent dye CF647, one of an outstanding series of CF dyes developed by Biotium. CF dyes are superior for antibody labeling by having combined advantages in brightness, photostability, and specificity.

Anti-IgG Goat Polyclonal Antibody (CFâ„¢ 647) - 20042, 250 uL

This product is prepared by labeling affinity purified IgG (H+L). with a far-red fluorescent dye CF647, one of an outstanding series of CF dyes developed by Biotium. CF dyes are superior for antibody labeling by having combined advantages in brightness, photostability, and specificity.

This product is prepared by labeling affinity purified IgG (H+L). with a far-red fluorescent dye CF647, one of an outstanding series of CF dyes developed by Biotium. CF dyes are superior for antibody labeling by having combined advantages in brightness, photostability, and specificity.

This product is prepared by labeling affinity purified IgG (H+L). with a far-red fluorescent dye CF647, one of an outstanding series of CF dyes developed by Biotium. CF dyes are superior for antibody labeling by having combined advantages in brightness, photostability, and specificity.

Anti-IgG Goat Polyclonal Antibody (CFâ„¢ 647) - 20045, 250 uL

This product is prepared by labeling affinity purified IgG (H+L). with a far-red fluorescent dye CF647, one of an outstanding series of CF dyes developed by Biotium. CF dyes are superior for antibody labeling by having combined advantages in brightness, photostability, and specificity.

This product is prepared by labeling affinity purified IgG (H+L). with a far-red fluorescent dye CF647, one of an outstanding series of CF dyes developed by Biotium. CF dyes are superior for antibody labeling by having combined advantages in brightness, photostability, and specificity.

This product is prepared by labeling affinity purified IgG (H+L). with a far-red fluorescent dye CF647, one of an outstanding series of CF dyes developed by Biotium. CF dyes are superior for antibody labeling by having combined advantages in brightness, photostability, and specificity.

This product is prepared by labeling affinity purified IgG (H+L). with a far-red fluorescent dye CF647, one of an outstanding series of CF dyes developed by Biotium. CF dyes are superior for antibody labeling by having combined advantages in brightness, photostability, and specificity.

This product is prepared by labeling affinity purified IgG (H+L). with a far-red fluorescent dye CF647, one of an outstanding series of CF dyes developed by Biotium. CF dyes are superior for antibody labeling by having combined advantages in brightness, photostability, and specificity.

This product is prepared by labeling affinity purified IgG (H+L). with a far-red fluorescent dye CF647, one of an outstanding series of CF dyes developed by Biotium. CF dyes are superior for antibody labeling by having combined advantages in brightness, photostability, and specificity.

This product is prepared by labeling affinity purified IgG (H+L). with CF660C. CF660C can still be sufficiently excited by the 633/635 nm laser with emission at 685 nm. CF660C is several fold brighter and significantly more photostable than Alexa Fluor 660.

This product is prepared by labeling affinity purified IgG (H+L). with CF660C. CF660C can still be sufficiently excited by the 633/635 nm laser with emission at 685 nm. CF660C is several fold brighter and significantly more photostable than Alexa Fluor 660.

This product is prepared by labeling affinity purified IgG (H+L). with CF660C. CF660C can still be sufficiently excited by the 633/635 nm laser with emission at 685 nm. CF660C is several fold brighter and significantly more photostable than Alexa Fluor 660.

This product is prepared by labeling affinity purified IgG (H+L). with CF660C. CF660C can still be sufficiently excited by the 633/635 nm laser with emission at 685 nm. CF660C is several fold brighter and significantly more photostable than Alexa Fluor 660.

This product is prepared by labeling affinity purified IgG (H+L). with CF660C. CF660C can still be sufficiently excited by the 633/635 nm laser with emission at 685 nm. CF660C is several fold brighter and significantly more photostable than Alexa Fluor 660.

This product is prepared by labeling affinity purified IgG (H+L). with CF660C. CF660C can still be sufficiently excited by the 633/635 nm laser with emission at 685 nm. CF660C is several fold brighter and significantly more photostable than Alexa Fluor 660.

This product is prepared by labeling affinity purified IgG (H+L). with our near-IR fluorescent dye CF680. CF680 is brighter than other spectrally similar dyes and have by far the best signal-to-noise ratio than antibody conjugates prepared from other spectrally similar dyes.

This product is prepared by labeling affinity purified IgG (H+L). with our near-IR fluorescent dye CF680. CF680 is brighter than other spectrally similar dyes and have by far the best signal-to-noise ratio than antibody conjugates prepared from other spectrally similar dyes.

This product is prepared by labeling affinity purified IgG (H+L). with our near-IR fluorescent dye CF680. CF680 is brighter than other spectrally similar dyes and have by far the best signal-to-noise ratio than antibody conjugates prepared from other spectrally similar dyes.

This product is prepared by labeling affinity purified IgG (H+L). with our near-IR fluorescent dye CF680. CF680 is brighter than other spectrally similar dyes and have by far the best signal-to-noise ratio than antibody conjugates prepared from other spectrally similar dyes.

This product is prepared by labeling affinity purified IgG (H+L). with our near-IR fluorescent dye CF680. CF680 is brighter than other spectrally similar dyes and have by far the best signal-to-noise ratio than antibody conjugates prepared from other spectrally similar dyes.

This product is prepared by labeling affinity purified IgG (H+L). with our near-IR fluorescent dye CF680. CF680 is brighter than other spectrally similar dyes and have by far the best signal-to-noise ratio than antibody conjugates prepared from other spectrally similar dyes.

This product is prepared by labeling affinity purified IgG (H+L). with our near-IR fluorescent dye CF680. CF680 is brighter than other spectrally similar dyes and have by far the best signal-to-noise ratio than antibody conjugates prepared from other spectrally similar dyes.

This product is prepared by labeling affinity purified IgG (H+L). with our near-IR fluorescent dye CF680. CF680 is brighter than other spectrally similar dyes and have by far the best signal-to-noise ratio than antibody conjugates prepared from other spectrally similar dyes.

This product is prepared by labeling affinity purified IgG (H+L). with our near-IR fluorescent dye CF680. CF680 is brighter than other spectrally similar dyes and have by far the best signal-to-noise ratio than antibody conjugates prepared from other spectrally similar dyes.

This product is prepared by labeling affinity purified IgG (H+L). with our near-IR fluorescent dye CF680. CF680 is brighter than other spectrally similar dyes and have by far the best signal-to-noise ratio than antibody conjugates prepared from other spectrally similar dyes.

This product is prepared by labeling affinity purified IgG (H+L). with our near-IR fluorescent dye CF680. CF680 is brighter than other spectrally similar dyes and have by far the best signal-to-noise ratio than antibody conjugates prepared from other spectrally similar dyes.

This product is prepared by labeling affinity purified IgG (H+L). with our near-IR fluorescent dye CF680. CF680 is brighter than other spectrally similar dyes and have by far the best signal-to-noise ratio than antibody conjugates prepared from other spectrally similar dyes.

This product is prepared by labeling affinity purified IgG (H+L). with the near-IR fluorescent dye CF750 which is superior to Alexa Fluor 750, IRDye and the DyLight near-IR dye.Our near-IR CF dyes have advantages in brightness,photostability,specificity and novel features ideal for NIR applications.

This product is prepared by labeling affinity purified IgG (H+L). with the near-IR fluorescent dye CF750 which is superior to Alexa Fluor 750,IRDye and the DyLight near-IR dye.Our near-IR CF dyes have advantages in brightness,photostability, specificity and novel features ideal for NIR applications.

This IgG is labeled with CF770 dye. , one of three outstanding near-IR CF dyes. Near-IR CF dyes are superior to other near-IR dyes, such as IRDye 800CW and DyLight 800. Near-IR CF dyes have combined advantages in brightness, photostability, specificity and novel features ideal for NIR applications.

This IgG is labeled with CF770 dye. , one of three outstanding near-IR CF dyes. Near-IR CF dyes are superior to other near-IR dyes, such as IRDye 800CW and DyLight 800. Near-IR CF dyes have combined advantages in brightness, photostability, specificity and novel features ideal for NIR applications.

This IgG is labeled with CF770 dye. , one of three outstanding near-IR CF dyes. Near-IR CF dyes are superior to other near-IR dyes, such as IRDye 800CW and DyLight 800. Near-IR CF dyes have combined advantages in brightness, photostability, specificity and novel features ideal for NIR applications.

This IgG is labeled with CF770 dye. , one of three outstanding near-IR CF dyes. Near-IR CF dyes are superior to other near-IR dyes, such as IRDye 800CW and DyLight 800. Near-IR CF dyes have combined advantages in brightness, photostability, specificity and novel features ideal for NIR applications.

This IgG is labeled with CF405S dye. CF405S is a blue fluorescent dye with an absorption peak wavelength that coincides with the 405 nm laser line with the emission peak wavelength centers within the blue detection window of flow cytometers, resulting in brighter signal than that Alexa Fluor 405.

This IgG is labeled with CF405S dye. CF405S is a blue fluorescent dye with an absorption peak wavelength that coincides with the 405 nm laser line with the emission peak wavelength centers within the blue detection window of flow cytometers, resulting in brighter signal than that Alexa Fluor 405.

CF568 goat anti-swine. is prepared by labeling IgG with CF568, a red fluorescent dye with an excitation spectrum optimal for the 568nm laser line. Antibody conjugates of the dye are brighter & more photostable than those of Alexa Fluor 568, making CF568 a better choice for demanding applications.

CF568 donkey anti-rat highly cross-adsorbed. is prepared by labeling IgG w/CF568, red fluorescent dye w/an excitation spectrum optimal for 568nm laser line. Antibody conjugates of the dye are brighter & more photostable than Alexa Fluor 568 making CF568 a better choice for demanding applications.

CF568 donkey anti-rat. is prepared by labeling IgG with CF568, a red fluorescent dye with an excitation spectrum optimal for the 568 nm laser line. Antibody conjugates of the dye are brighter & more photostable than those of Alexa Fluor 568, making CF568 a better choice for demanding applications.

CF568 rabbit anti-mouse highly cross-adsorbed. is prepared by labeling IgG w/CF568, red fluorescent dye w/an excitation spectrum optimal for 568nm laser line. Antibody conjugates of the dye are brighter & more photostable than Alexa Fluor 568 making CF568 a better choice for demanding applications.

CF568 rabbit anti-mouse. is prepared by labeling IgG with CF568, a red fluorescent dye with an excitation spectrum optimal for the 568 nm laser line. Antibody conjugates of the dye are brighter & more photostable than those of Alexa Fluor 568, making CF568 a better choice for demanding applications.

CF568 donkey anti-sheep highly cross-adsorbed. is prepared by labeling IgG w/CF568, red fluorescent dye w/an excitation spectrum optimal for 568nm laser line. Antibody conjugates of the dye are brighter & more photostable than Alexa Fluor 568 making CF568 a better choice for demanding applications.

CF568 donkey anti-sheep. is prepared by labeling IgG with CF568, a red fluorescent dye with an excitation spectrum optimal for the 568 nm laser line. Antibody conjugates of the dye are brighter & more photostable than those of Alexa Fluor 568, making CF568 a better choice for demanding applications.

CF568 goat anti-rat highly cross-adsorbed. is prepared by labeling IgG w/CF568, a red fluorescent dye w/an excitation spectrum optimal for 568nm laser line. Antibody conjugates of the dye are brighter & more photostable than Alexa Fluor 568, making CF568 a better choice for demanding applications.

CF568 goat anti-rat. is prepared by labeling IgG with CF568, a red fluorescent dye with an excitation spectrum optimal for the 568nm laser line. Antibody conjugates of the dye are brighter & more photostable than those of Alexa Fluor 568, making CF568 a better choice for demanding applications.

CF568 goat anti-human highly cross-adsorbed. is prepared by labeling IgG w/CF568, red fluorescent dye w/an excitation spectrum optimal for 568nm laser line. Antibody conjugates of the dye are brighter & more photostable than Alexa Fluor 568 making CF568 a better choice for demanding applications.

CF568 goat anti-human. is prepared by labeling IgG with CF568, a red fluorescent dye with an excitation spectrum optimal for the 568 nm laser line. Antibody conjugates of the dye are brighter & more photostable than those of Alexa Fluor 568, making CF568 a better choice for demanding applications.

CF568 donkey anti-rabbit. is prepared by labeling IgG with CF568, a red fluorescent dye with an excitation spectrum optimal for the 568nm laser line. Antibody conjugates of the dye are brighter & more photostable than those of Alexa Fluor 568 making CF568 a better choice for demanding applications.

CF568 donkey anti-rabbit. is prepared by labeling IgG with CF568, a red fluorescent dye with an excitation spectrum optimal for the 568nm laser line. Antibody conjugates of the dye are brighter & more photostable than those of Alexa Fluor 568, making CF568 a better choice for demanding applications.

CF568 F(ab)2 fragment goat anti-rabbit. is prepared by labeling IgG w/CF568, a red fluorescent dye w/an excitation spectrum optimal for the 568nm laser line. Antibody conjugates of the dye are brighter & more photostable than Alexa Fluor 568, making CF568 a better choice for demanding applications.

CF568 goat anti-mouse. is prepared by labeling IgG with CF568, a red fluorescent dye with an excitation spectrum optimal for the 568nm laser line. Antibody conjugates of the dye are brighter & more photostable than those of Alexa Fluor 568, making CF568 a better choice for demanding applications.

CF568 goat anti-mouse highly cross-adsorbed. is prepared by labeling IgG w/CF568, red fluorescent dye w/an excitation spectrum optimal for 568nm laser line. Antibody conjugates of the dye are brighter & more photostable than Alexa Fluor 568 making CF568 a better choice for demanding applications.

CF568 goat anti-mouse. is prepared by labeling IgG with CF568, a red fluorescent dye with an excitation spectrum optimal for the 568 nm laser line. Antibody conjugates of the dye are brighter & more photostable than those of Alexa Fluor 568, making CF568 a better choice for demanding applications.

CF568 goat anti-rabbit. is prepared by labeling IgG with CF568, a red fluorescent dye with an excitation spectrum optimal for the 568nm laser line. Antibody conjugates of the dye are brighter & more photostable than those of Alexa Fluor 568, making CF568 a better choice for demanding applications.

CF568 goat anti-rabbit highly cross-adsorbed. is prepared by labeling IgG w/CF568, red fluorescent dye w/an excitation spectrum optimal for 568nm laser line. Antibody conjugates of the dye are brighter & more photostable than Alexa Fluor 568 making CF568 a better choice for demanding applications.

CF568 goat anti-rabbit. is prepared by labeling IgG with CF568, a red fluorescent dye with an excitation spectrum optimal for the 568 nm laser line. Antibody conjugates of the dye are brighter & more photostable than those of Alexa Fluor 568, making CF568 a better choice for demanding applications.

CF568 goat anti-chicken, highly cross-adsorbed. is prepared by labeling IgG w/CF568, red fluorescent dye w/an excitation spectrum optimal for 568nm laser line. Antibody conjugates of the dye are brighter & more photostable than Alexa Fluor 568 making CF568 a better choice for demanding applications.

CF568 goat anti-chicken. is prepared by labeling IgG with CF568, a red fluorescent dye with an excitation spectrum optimal for the 568 nm laser line. Antibody conjugates of the dye are brighter & more photostable than those of Alexa Fluor 568, making CF568 a better choice for demanding applications.

CF568 donkey anti-mouse highly cross-adsorbed. is prepared by labeling IgG w/CF568, red fluorescent dye w/an excitation spectrum optimal for 568nm laser line. Antibody conjugates of the dye are brighter & more photostable than Alexa Fluor 568 making CF568 a better choice for demanding applications.

CF568 donkey anti-mouse. is prepared by labeling IgG with CF568, a red fluorescent dye with an excitation spectrum optimal for the 568 nm laser line. Antibody conjugates of the dye are brighter & more photostable than those of Alexa Fluor 568, making CF568 a better choice for demanding applications.

CF568 donkey anti-goat highly cross-adsorbed. is prepared by labeling IgG w/CF568, red fluorescent dye w/an excitation spectrum optimal for 568nm laser line. Antibody conjugates of the dye are brighter & more photostable than Alexa Fluor 568 making CF568 a better choice for demanding applications.

CF568 donkey anti-goat. is prepared by labeling IgG with CF568, a red fluorescent dye with an excitation spectrum optimal for the 568nm laser line. Antibody conjugates of the dye are brighter & more photostable than those of Alexa Fluor 568, making CF568 a better choice for demanding applications.

CF568 rabbit anti-goat. is prepared by labeling IgG with CF568, a red fluorescent dye with an excitation spectrum optimal for the 568nm laser line. Antibody conjugates of the dye are brighter & more photostable than those of Alexa Fluor 568, making CF568 a better choice for demanding applications.

CF568 goat anti-guinea pig. is prepared by labeling IgG w/ CF568, a red fluorescent dye with an excitation spectrum optimal for the 568nm laser line. Antibody conjugates of the dye are brighter & more photostable than those of Alexa Fluor 568, making CF568 a better choice for demanding applications.

CF568 F(ab)2 fragment goat anti-mouse. is prepared by labeling IgG w/CF568, a red fluorescent dye w/ an excitation spectrum optimal for the 568nm laser line. Antibody conjugates of the dye are brighter & more photostable than Alexa Fluor 568, making CF568 a better choice for demanding applications.

CF594 goat anti-mouse IgG(H+L) 2 mg/mL. is labeled with the deep-red fluorescent dye CF594 which is spectrally similar to Alexa Fluor 594 and Texas Red dyes, but yields much brighter protein conjugates. CF594 has excellent photostability ideal for demanding applications, such as multi-color imaging.

CF594 goat anti-mouse IgG(H+L), highly cross-adsorbed, 2 mg/mL. is labeled w/ deep-red fluorescent dye CF594 which is spectrally similar to Alexa Fluor 594 & Texas Red dyes but yields brighter protein conjugates. CF594 has photostability ideal for demanding applications such as multi-color imaging.

CF594 goat anti-mouse. is labeled with the deep-red fluorescent dye CF594 which is spectrally similar to Alexa Fluor 594 and Texas Red dyes but yields much brighter protein conjugates. CF594 has excellent photostability ideal for demanding applications, such as multi-color imaging.

CF594 goat anti-rabbit IgG(H+L) 2 mg/mL. is labeled with the deep-red fluorescent dye CF594 which is spectrally similar to Alexa Fluor 594 and Texas Red dyes but yields much brighter protein conjugates. CF594 has excellent photostability ideal for demanding applications, such as multi-color imaging.

CF594 goat anti-rabbit IgG(H+L), highly cross-adsorbed, 2 mg/mL. is labeled w/ deep-red fluorescent dye CF594 which is spectrally similar to Alexa Fluor 594 & Texas Red dyes but yields brighter protein conjugates. CF594 has photostability ideal for demanding applications such as multi-color imaging.

CF594 goat anti-rabbit. is labeled with the deep-red fluorescent dye CF594 which is spectrally similar to Alexa Fluor 594 and Texas Red dyes but yields much brighter protein conjugates. CF594 has excellent photostability ideal for demanding applications, such as multi-color imaging.

CF594 goat anti-chicken IgY(H+L), highly cross-adsorbed, 2 mg/mL. is labeled w/deep-red fluorescent dye CF594 which is spectrally similar to Alexa Fluor 594 & Texas Red dyes but yields brighter protein conjugates. CF594 has photostability ideal for demanding applications such as multi-color imaging.

CF594 goat anti-chicken. is labeled with the deep-red fluorescent dye CF594 which is spectrally similar to Alexa Fluor 594 and Texas Red dyes but yields much brighter protein conjugates. CF594 has excellent photostability ideal for demanding applications, such as multi-color imaging.

CF594 donkey anti-mouse IgG(H+L), highly cross-adsorbed, 2 mg/mL. is labeled w/deep-red fluorescent dye CF594 which is spectrally similar to Alexa Fluor 594 & Texas Red dyes but yields brighter protein conjugates. CF594 has photostability ideal for demanding applications such as multi-color imaging.

CF594 donkey anti-mouse. is labeled with the deep-red fluorescent dye CF594 which is spectrally similar to Alexa Fluor 594 and Texas Red dyes but yields much brighter protein conjugates. CF594 has excellent photostability ideal for demanding applications, such as multi-color imaging.

CF594 donkey anti-goat IgG(H+L), highly cross-adsorbed, 2 mg/mL. is labeled w/ deep-red fluorescent dye CF594 which is spectrally similar to Alexa Fluor 594 & Texas Red dyes but yields brighter protein conjugates. CF594 has photostability ideal for demanding applications such as multi-color imaging.

CF594 donkey anti-goat. is labeled with the deep-red fluorescent dye CF594 which is spectrally similar to Alexa Fluor 594 and Texas Red dyes but yields much brighter protein conjugates. CF594 has excellent photostability ideal for demanding applications, such as multi-color imaging.

CF594 rabbit anti-goat IgG(H+L) 2 mg/mL. is labeled with the deep-red fluorescent dye CF594 which is spectrally similar to Alexa Fluor 594 and Texas Red dyes but yields much brighter protein conjugates. CF594 has excellent photostability ideal for demanding applications, such as multi-color imaging.

CF594 goat anti-guinea pig IgG(H+L). is labeled with the deep-red fluorescent dye CF594 which is spectrally similar to Alexa Fluor 594 and Texas Red dyes but yields much brighter protein conjugates. CF594 has excellent photostability ideal for demanding applications, such as multi-color imaging.

CF594 F(ab')2 fragment of goat anti-mouse. is labeled with deep-red fluorescent dye CF594 which is spectrally similar to Alexa Fluor 594 and Texas Red dyes but yields much brighter protein conjugates. CF594 has excellent photostability ideal for demanding applications, such as multi-color imaging.

CF633 goat anti-mouse IgG(H+L), 2 mg/mL. is labeled w/ far-red fluorescent dye CF633 which is brighter than Alexa Fluor 647 & other spectrally similar dyes. More importantly, CF633 has photostability making it the best choice for demanding applications, such as confocal and single molecular imaging.

CF633 goat anti-mouse, highly cross-adsorbed. is labeled w/far-red fluorescent dye CF633 which is brighter than Alexa Fluor 647 & other spectrally similar dyes. More importantly, CF633 has photostability making it a best choice for demanding applications, such as confocal & single molecular imaging.

Category