Cross-kingdom patterns of alternative splicing and splice recognition

@themarketswork @GStephanopoulos RNA splicing "Our results suggest that most extant eukaryotes are capable of recognizing splice sites via both ID and ED, although ED is most common in multicellular animals and ID predominates in fungi and most protists."

@ggreenwald RNA Splicing "Our results suggest that most extant eukaryotes are capable of recognizing splice sites via both ID and ED, although ED is most common in multicellular animals and ID predominates in fungi and most protists." https://t.co/WCWJxs