chromatin

Besides, even eukaryotic DNA doesn't spend all its time as chromatin.

Each cell type must have a unique chromatin structure and detailed maps would tell us which genes are switched on in different cells.

This is millions of basepairs coiled around storage proteins to form a densely packed material called chromatin.

I wonder if Aiden's Hi-C method can be refined to determine the exact three dimensional structure of chromatin.

We develop machine learning techniques to better understand chromatin biology.

If a miRNA alters the expression of transcription factors, chromatin remodeling agents, or other epigenome modifiers, the effect could last long after a person stops eating the miRNA-containing food.

But then, there many other genetic regulatory mechanisms that can do that as well - such as histone modifications, chromatin structure, transcription factors, and probably methyl-adenine too!

Gene regulation is a really complicated process, and its becoming increasingly clear that 3D interactions and chromatin remolding/confirmation are very important.

"A sample size of 12 is small, but makes sense since this is a new technique which enables researchers to identify personal variations in accessible chromatin landscape in human T cells and trace their genetic, epigenetic, and disease associations.

I'd be surprised if the appellate court could give you a set of criteria for what exactly makes "a distinctive chemical identity and nature".Inside the body, your DNA is packed up into chromatin by wrapping around other proteins called histones, and then coiling those thicker strands around itself a few more times.

Our work on Galaxy is driven by our biological and biomedical research programs, and we are interested in hearing from potential postdocs with a wide variety of research interests:- Computational and HCI research on both the development of analysis and data management tools, and the development of novel user interfaces and interactive visualizations for analyzing large-scale data.- Distributed and high-performance computing for data intensive science, specifically genomics.- Vertebrate functional and evolutionary genomics, particularly through the development of novel machine learning, data mining, and data integration methods incorporating genomic sequence and experimental data.- Numerous areas of biology including genomic and epigenomic mechanisms of gene regulation, the role of transcription factors and chromatin structure in global gene expression, development, and differentiation.