Nucleotides

FAM-11-UTP, 6-isomer is a uridine triphosphate molecule featuring a FAM dye label. This molecule is a nucleoside which is activated for the enzymatic labeling of nucleic acids within cells. With the addition of the fluorophore, the resulting RNA synthesized will fluoresce with excitation and emission maxima at 495 nm and 520 nm respectively.

FAM-11-dUTP, 6-isomer is a deoxyuridine triphosphate molecule featuring a FAM dye label. This molecule is a nucleoside which is activated for the enzymatic labeling of nucleic acids within cells. With the addition of the fluorophore, the resulting DNA synthesized will fluoresce with excitation and emission maxima at 495 nm and 520 nm respectively.

Sulfo-Cy3 dUTP is a deoxyuridine triphosphate molecule featuring a sulfo-Cy5 dye label. This molecule is a nucleoside which is activated for the enzymatic labeling of nucleic acids within cells. With the fluorophore label, the resulting DNA synthesized will fluoresce with excitation and emission maxima at 555 nm and 570 nm respectively.

Sulfo-Cy5 dUTP is a deoxyuridine triphosphate molecule featuring a sulfo-Cy5 dye label. This molecule is a nucleoside which is activated for the enzymatic labeling of nucleic acids within cells. The resulting DNA synthesized will fluoresce with excitation and emission maxima at 651 nm and 670 nm respectively.

Sulfo-Cy5.5 dUTP is a deoxyuridine triphosphate molecule featuring a sulfo-Cy5.5 dye label. This molecule is a nucleoside which is activated for the enzymatic labeling of nucleic acids within cells. The fluorophore will cause the newly synthesized DNA to fluoresce with excitation and emission maxima at 684 nm and 710 nm respectively.

Amino-11-UTP a uridine nucleotide triphosphate featuring a spacer arm with a primary amine on the purine C5 position. The primary amine may react with carbonyl groups to expand on this structure. This molecule is biochemically primed for enzymatic DNA synthesis.

Gemcitabine HCl resembles that of the nucleoside, cytidine, and its incorporation into new DNA strands causes an irreparable error that halts further DNA synthesis, causing cell death.