A Unique Intraexonic Splicing Mechanism in the Immunoglobulin Domain of NKp30 Produces a Surface-Expressed Receptor With Altered Ligand Specificity
{{output}}
The activating receptor NKp30 is important in NK cell killing of cancer cells. Here, we demonstrated that a pair of splice signals in the Ig domain exon of human NKp30 is largely conserved among primates and placental mammals and produces an alternatively spli... ...
