Strong splice sites closely match consensus sequences and are efficiently recognized by the spliceosome, while weak or suboptimal splice sites may be skipped, leading to alternative splicing and ...

The situation is even more complicated because the splicing code can produce multiple outcomes in a given cell type and can be interpreted differently in different cellular environments.

There are three different LUC7 proteins in human cells, and Kenny's experiments revealed that two of these proteins interact ...

Alternative splicing increases protein diversity ... Such experiments enable comparisons between transcriptomes of different cell types or under different conditions. Designing DNA chips that ...