Soybean agriculture and genetic transcription

Findings published in The Plant Cell showed recent advancements in genomic research led by researchers from Purdue University. There was a conventional understanding that each gene had a single transcription initiation site. The research led by Jianxin Ma, discovered that over 97% of previously predicted transcription initiation sites are incorrect, and that soybean genes exhibit different transcription initiation sites. These alternative sites allow the transcription factors to bind in different locations, causing different proteins to be produced from the same gene.

The researchers used STRIPE-seq technology which allowed for clear mapping of the initiation sites across the genome. This data will be incorporated into SoyBase, a database that stores genomic information of soybean by many different researchers. Many other researchers share crucial information for the breeding and cultivation of soybeans. A post-doc researcher from Chilvers lab at Michigan State U created a large, free, publicly available database to show plant breeders trends in resistance and gene efficacy in different regions. Austin went as far as using google translate from old surveys from China and South America that were not in English (which is not a monumental task, as the article might lead you to believe), to produce a better and more complete database of phenotypic data and responses to different stressors.

Soybean seams to be a very collaborative field of science that I would have never expected to have such completeness and level of study. I suppose most agricultural companies nowadays benefit from scientific research for the development of crops and soil as farming becomes more and more pressurized for rises and demands in efficiency. Having 97% of pieces of genomic data corrected is, however, an extremely interesting turnover of the previous literature understanding of this variable.

https://m.farms.com/news/new-resource-for-breeding-better-soybeans-219997.aspx

https://phys.org/news/2024-11-advancements-genomic-reveal-alternative-transcription.html

Target for Treating Dengue fever discovered

In a recent article, two papers at the University of Colorado School of Medicine researchers and colleagues may help scientist treatments or vaccines for Dengue disease, West Nile virus and yellow fever. Plus others. Dengue Fever is a disease caused by a mosquito. Jeffrey S. Kieft, associate professor of biochemistry and Molecular Genetics at the School of Medicine and colleagues published articles in a journal, known as eLife and Science, explaining how flaviviruses produced a unique RNA molecule that leads to disease. He states in the journal that the viruses use a instruction encoded on a single strand of RNA to take over the infected cell and reproduce.The virus also exploits an enzyme that cells use to destroy the RNA to produce short stretches of that RNA to help the virus avoid the immune system. To discover the structure, the scientist used a technique called x-ray crystallography, which allowed them to determine the structure of individual molecules. With this, they hope to understand how the RNA found in many different flaviviruses thwart a powerful enzyme may help scientist develop treatments or vaccines.

Original article: http://www.sciencedaily.com/releases/2014/04/140417191740.html
Secondary article: http://www.who.int/mediacentre/factsheets/fs117/en/