Alex Diber

TL;DR: The extent of antisense transcription in the human genome is studied by analyzing the public databases of expressed sequences using a set of computational tools designed to identify sense-antisense transcriptional units on opposite DNA strands of the same genomic locus to indicate that antisense modulation of gene expression in human cells may be a common regulatory mechanism.

TL;DR: Polypeptide sequences and polynucleotide sequences are provided in this paper, along with annotative information concerning such sequences and uses for these sequences and their sequences are annotated.

TL;DR: It is proposed that the regulation mechanism controlling tonoplast water permeability might have a role in determining the whole-plant ishohydric threshold, and thus its abiotic stress tolerance.

TL;DR: It is demonstrated that at least half of these fusions exist in human tissues, and it is shown that unique splicing patterns dominate the functional and regulatory nature of the resulting transcripts, and found intergenic distance bias in fused compared with nonfused genes.

TL;DR: The results shed light on the transcriptional control of sugar metabolism in the developing sweet melon fruit, particularly the metabolic transition to sucrose accumulation, and point to a concerted metabolic transition that occurs during fruit development.