Strengthening Foundations: Reflections on 2025 and What's Ahead for 2026

By Chonnettia Jones

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A cartoon showing a simplified Cas9 and gRNA binding to DNA. The 3’ end of the gRNA is the scaffold sequence, bound by Cas9, where some DNA substitution is tolerated. The 20 bases on the 5’ end of the gRNA are the spacer sequence, which hybridizes with the genomic DNA, base pairing to the target strand.   The non-target strand of genomic DNA includes the same sequence as the spacer. The PAM consists of the three bases immediately 3’ of this spacer-matching sequence.  Within the gRNA spacer, the 3’ half is the seed sequence, where no DNA substitution is tolerated. The 5’ half, also the 5’ end of the entire gRNA, is the tail sequence, where DNA substitution is tolerated.
Blugene holding a plasmid and smiling.
A cartoon of four cells, all carrying a different plasmid. Each cell glows a different color, matching the plasmid it carries.
A schematic showing different functionalities possible with Click Biology.
A smiling Blugene holds DNA

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