TransDetect® In Situ Click TUNEL Imaging Kit-555 Fluorophore
Product Details
TransDetect® In Situ Click TUNEL Imaging Kit-555 Fluorophore is a TUNEL assay reagent based on the Click reaction. In apoptosis, double-strand breaks or single strand breaks of genomic DNA can produce a large number of sticky 3'-OH ends. EdUTP is a dUTP nucleotide modified with a small alkyne moiety, which is more readily incorporated at the 3´-OH ends of fragmented DNA by the Terminal deoxynucleotidyl transferase (TdT) enzyme. A covalent reaction occurs between the azide and the alkyne moiety on EdUTP based on the Click reaction, and more sensitive TUNEL detection can be performed via fluorophore on the azide.
Storage
at -20˚C in the dark for one year
Shipping
Dry ice (-70℃)
Product Information
Product Information
Shipping & Returns
Shipping & Returns
TransDetect® In Situ Click TUNEL Imaging Kit-555 Fluorophore
TransDetect® In Situ Click TUNEL Imaging Kit-555 Fluorophore
Product Details
TransDetect® In Situ Click TUNEL Imaging Kit-555 Fluorophore is a TUNEL assay reagent based on the Click reaction. In apoptosis, double-strand breaks or single strand breaks of genomic DNA can produce a large number of sticky 3'-OH ends. EdUTP is a dUTP nucleotide modified with a small alkyne moiety, which is more readily incorporated at the 3´-OH ends of fragmented DNA by the Terminal deoxynucleotidyl transferase (TdT) enzyme. A covalent reaction occurs between the azide and the alkyne moiety on EdUTP based on the Click reaction, and more sensitive TUNEL detection can be performed via fluorophore on the azide.
Storage
at -20˚C in the dark for one year
Shipping
Dry ice (-70℃)
Original: $97,242.80
-70%$97,242.80
$29,172.84Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
Product Details
TransDetect® In Situ Click TUNEL Imaging Kit-555 Fluorophore is a TUNEL assay reagent based on the Click reaction. In apoptosis, double-strand breaks or single strand breaks of genomic DNA can produce a large number of sticky 3'-OH ends. EdUTP is a dUTP nucleotide modified with a small alkyne moiety, which is more readily incorporated at the 3´-OH ends of fragmented DNA by the Terminal deoxynucleotidyl transferase (TdT) enzyme. A covalent reaction occurs between the azide and the alkyne moiety on EdUTP based on the Click reaction, and more sensitive TUNEL detection can be performed via fluorophore on the azide.
Storage
at -20˚C in the dark for one year
Shipping
Dry ice (-70℃)
