Nope, a gene is a sequence of nucleotide and Alternative Splicing refers to changes in gene products (mainly mRNA in this case). Also RNA have no promoters, or enhancers , and even transcription binding sites. And because Eukaryote mRNA are monocistronic, i would tend to believe it's true one gene one mRNA (hnRNA which can then be spliced into variants) but even then each mRNA will still give you one protein.
Nope, a gene is a sequence of nucleotide and Alternative Splicing refers to changes in gene products (mainly mRNA in this case). Also RNA have no promoters, or enhancers , and even transcription binding sites. And because Eukaryote mRNA are monocistronic, i would tend to believe it's true one gene one mRNA (hnRNA which can then be spliced into variants) but even then each mRNA will still give you one protein.