"This discovery demonstrates that even humble telescopes can make huge contributions to planet searches," said Dr. Guillermo Torres of the Harvard-Smithsonian Center for Astrophysics, the lead author of a report about the planet that has been submitted to The Astrophysical Journal Letters.
This discovery demonstrates complex mechanisms involved with polyploid cotton's transcriptome response to naturally occurring field water deficit stress.
This discovery demonstrates how genetic studies of a disease can uncover physiological functions of components of ERQC pathways that have evolved to service an exclusive clientele.
This discovery demonstrates that allelic variation exists inside its three A genomes, which is apparently another mechanism promoting RNA and protein diversity in heterozygotes.
Regardless of the exact mechanism, these discoveries demonstrate that altered mitochondrial metabolism can be a key aspect of Carcinogenesis.
In spite of the complex genetic architecture, these discoveries demonstrate that a broad array of pathways underlies the genetic heterogeneity of SSc, including innate immunity pathways (Toll-like receptor, interferon, DNA clearance during apoptosis), adaptive immunity pathways [interleukin (IL -12], and fIL -12] pandways.
This novel discovery demonstrates the usefulness of boundary analysis for dispersed histone modification marks.
This key discovery demonstrated that host genetic factors could influence the course of HIV infection, provide insights into mechanisms, and suggest therapeutic targets.
This unexpected discovery demonstrates a role for immune cell cytokines in epithelial cell fate and function, and adds an unexpected tier of complexity to the previously held paradigm that steroid and peptide hormones are the primary regulators of mammary gland development.
Nevertheless, the precise molecular mechanisms that underlie post-transcriptional repression by circRNAs remain still largely unknown, but their discovery demonstrates the importance of this distinct type of non-protein-coding regulatory RNAs for the elucidation of gene function.
