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| Cyanine Dyes: Item / Description / Price | |
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DiI C3(5)Catalog Number: CN-1001 Cyanine dyes exhibit large molar absorptivities (~150,000-250,000M-1cm-1) and moderate quantum yields resulting in extremely bright fluorescence signals. Therefore, cyanines have proven useful in several fields including photography, biology, laser technology and analytical chemistry.
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DiI C6,3(5)Catalog Number: CN-1002 Cyanine dyes exhibit large molar absorptivities (~150,000-250,000M-1cm-1) and moderate quantum yields resulting in extremely bright fluorescence signals. Therefore, cyanines have proven useful in several fields including photography, biology, laser technology and analytical chemistry.
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DiI C10,3(5)Catalog Number: CN-1003 Cyanine dyes exhibit large molar absorptivities (~150,000-250,000M-1cm-1) and moderate quantum yields resulting in extremely bright fluorescence signals. Therefore, cyanines have proven useful in several fields including photography, biology, laser technology and analytical chemistry.
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DiI C8(5)Catalog Number: CN-1004 Cyanine dyes exhibit large molar absorptivities (~150,000-250,000M-1cm-1) and moderate quantum yields resulting in extremely bright fluorescence signals. Therefore, cyanines have proven useful in several fields including photography, biology, laser technology and analytical chemistry.
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DiI C14,3(5)Catalog Number: CN-1005 Cyanine dyes exhibit large molar absorptivities (~150,000-250,000M-1cm-1) and moderate quantum yields resulting in extremely bright fluorescence signals. Therefore, cyanines have proven useful in several fields including photography, biology, laser technology and analytical chemistry. |
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DiI C20(3)Catalog Number: CN-1006 Cyanine dyes exhibit large molar absorptivities (~150,000-250,000M-1cm-1) and moderate quantum yields resulting in extremely bright fluorescence signals. Therefore, cyanines have proven useful in several fields including photography, biology, laser technology and analytical chemistry. |
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DiI C22(3)Catalog Number: CN-1007 Cyanine dyes exhibit large molar absorptivities (~150,000-250,000M-1cm-1) and moderate quantum yields resulting in extremely bright fluorescence signals. Therefore, cyanines have proven useful in several fields including photography, biology, laser technology and analytical chemistry.
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DiI C22,3(5)Catalog Number: CN-1008 Cyanine dyes exhibit large molar absorptivities (~150,000-250,000M-1cm-1) and moderate quantum yields resulting in extremely bright fluorescence signals. Therefore, cyanines have proven useful in several fields including photography, biology, laser technology and analytical chemistry. |
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DiI C22,12(5)Catalog Number: CN-1009 Cyanine dyes exhibit large molar absorptivities (~150,000-250,000M-1cm-1) and moderate quantum yields resulting in extremely bright fluorescence signals. Therefore, cyanines have proven useful in several fields including photography, biology, laser technology and analytical chemistry.
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DiI C22(5)Catalog Number: CN-1010 Cyanine dyes exhibit large molar absorptivities (~150,000-250,000M-1cm-1) and moderate quantum yields resulting in extremely bright fluorescence signals. Therefore, cyanines have proven useful in several fields including photography, biology, laser technology and analytical chemistry.
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DiI C28(5)Catalog Number: CN-1011 Cyanine dyes exhibit large molar absorptivities (~150,000-250,000M-1cm-1) and moderate quantum yields resulting in extremely bright fluorescence signals. Therefore, cyanines have proven useful in several fields including photography, biology, laser technology and analytical chemistry.
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2,3,3-trimethyl-5-phthalimidomethyl-3H-indoleCatalog Number: IN-1001 Cyanine dyes exhibit large molar absorptivities (~150,000-250,000M-1cm-1) and moderate quantum yields resulting in extremely bright fluorescence signals. Therefore, cyanines have proven useful in several fields including photography, biology, laser technology and analytical chemistry.
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2,3,3-trimethyl-5-phthalimidomethyl-3H-indoleCatalog Number: IN-1002 Cyanine dyes exhibit large molar absorptivities (~150,000-250,000M-1cm-1) and moderate quantum yields resulting in extremely bright fluorescence signals. Therefore, cyanines have proven useful in several fields including photography, biology, laser technology and analytical chemistry.
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2,3,3-trimethyl-5-sulfo-3H-indoleCatalog Number: IN-1003 Cyanine dyes exhibit large molar absorptivities (~150,000-250,000M-1cm-1) and moderate quantum yields resulting in extremely bright fluorescence signals. Therefore, cyanines have proven useful in several fields including photography, biology, laser technology and analytical chemistry. |
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