Sentence examples for sequencing and development from inspiring English sources

An international effort has led to the genome sequencing and development of Prunus persica as a genomic model for the Rosaceae family [ 21- 23].

ORF amplification and cloning, process optimization and improvement, entry clone sequencing and development of the cloning strategy for the simultaneous generation of ORFs in open and closed configuration was done by SB.

With the decreasing cost of metagenome sequencing and development of techniques for culturing and for functional studies of gut bacteria, we expect to learn more about the levels of bacterial genes, metabolic pathways, and their functions in the future.

Recent developments in genomic technology, particularly high-throughput cDNA sequencing and development of expressed sequence microarrays, have made possible the profiling of global gene expression in experimental fish tissues.

In the online version, 1 GB of sequence reads (non BS-seq) in FASTQ format can be categorized by PolyCat in approximately 15 min. Additional sequencing and development of software algorithms and tools will provide continued insights into polyploid genomes, their interactions, and their resultant phenotypes.

However, clinical application of small interference RNAs (siRNAs) requires design of potent siRNA sequences and development of safe and efficient delivery systems.

However, effective siRNA-based therapies require identification of target-specific siRNA sequences and development of efficient vehicles to deliver siRNA to the appropriate cells in vivo.

Identification of tolerizing epitopes in pathogen sequences (and development of tools for defining them) has important ramifications for the design of vaccines against human pathogens, particularly those that persist in humans and appear to have adopted this immune defense.

Completion of the mouse genome DNA sequence and development of dense marker maps will greatly facilitate the identification of the genes underlying these mouse QTLs, in a similar way to the advances made in human studies.

The declining cost of genome and exome sequencing (hereafter referred to as 'sequencing'), release and marketing of clinical sequencing tests, and development of tools to facilitate the interpretation of genetic results, signal the emergence of sequencing as a clinical tool.

Continuous improvement of biotechnologies, progress of massive sequencing techniques and development of new technologies for high-throughput analysis and annotation of biomolecular sequences are generating a huge amount of biomolecular data and knowledge.