Long trebler phosphoramidite is a biochemical assay reagent designed for the synthesis of branched DNA structures. Its unique triple condensation mechanism allows for the simultaneous growth of three DNA branches, facilitating the formation of complex constructs with distinct branching points. Following deblocking, the resulting DNA exhibits one arm connected at the 5'-end and two branches connected at the 3'-ends, enabling diverse applications in molecular biology research. Additionally, reverse amidites can be utilized to create constructs with varied branch orientations, expanding the potential for innovative experimental designs.
Long trebler phosphoramidite is a biochemical assay reagent designed for the synthesis of branched DNA structures. Its unique triple condensation mechanism allows for the simultaneous growth of three DNA branches, facilitating the formation of complex constructs with distinct branching points. Following deblocking, the resulting DNA exhibits one arm connected at the 5'-end and two branches connected at the 3'-ends, enabling diverse applications in molecular biology research. Additionally, reverse amidites can be utilized to create constructs with varied branch orientations, expanding the potential for innovative experimental designs.
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