Despite the advent of high throughput genomic techniques and bioinformatics, comprehensive genome-wide information remains unavailable for most species, including tomato.
In summary, we present advanced analyses of Polycomb repression and RNAPII states in ESCs, which combine molecular, cellular, and genomic techniques on single-gene and genome-wide scales.
With modern genomic techniques, it is possible to scan whole genomes and transcriptomes and associate them with the corresponding phenotypes.
The application of high-throughput genomic techniques makes it possible to identify variation across the genome that may help to predict clinical response to drug treatment [1] [5].
The availability of complete genome sequences, the advances in microarray technologies, and the development of novel functional genomic techniques such as 'chromatin profiling' facilitate dissection of the interplay among transcriptional networks and reveals chromosome organization in vivo.
Thirty years on and advances in genomic techniques have enabled scientists to pinpoint one of the key molecular pathways involved in the ageing process, controlled by a hormone known as IGF-1 (insulin-like growth factor 1).
A team of scientists at the University of Colorado, Boulder, has begun to use genomic techniques to analyze the subsoil microbial communities present in virgin prairie using samples taken from the few places it survives — cemeteries, mostly.
Recent research has explored genomic techniques to molecularly phenotype patients with interstitial lung disease.
Translational studies using genomic techniques in cardiovascular diseases are still in their infancy.
The integration of genetic approaches with high-throughput genomic techniques is very promising.
The biotic and abiotic processes of As release were investigated by using wet chemistry, X-ray diffraction, X-ray absorption and genomic techniques.
