Sentence examples for microarray technologies were from inspiring English sources

Propylamino-glass slides (SuperAmine2 glass slides, ArrayIt Microarray Technologies) were functionalised with a polyethylene glycol spacer moiety as previously described [57].

Furthermore, the two microarray technologies were more consistent with each other than with MPSS.

Probes across microarray technologies were matched by sequence to avoid errors in annotation resulting from the development of probes from different versions of miRBase.

For this study, DDRT-PCR and oligonucleotide microarray technologies were used to reveal differentially expressed genes in the liver of pigs fed pharmacological Zn diets and to determine if expression was further affected when supplemental phytase was added to the diets.

Results: Microarray technologies are having a substantial impact on biomedical research, including many areas relevant to otolaryngology-head and neck surgery.

Microarray technologies are an important strategy for genome-wide expression pattern analysis and is becoming increasingly important for gene functional analysis (Schmid et al.[2005]).[2005]

Tissue analyses at the DNA, RNA, and protein levels through protein and microarray technologies are examples of these advances.

DNA microarray technologies are widely used to detect and understand genome-wide gene expression regulation and function.

GCAT is freely available at http://binf1.memphis.edu/gcat Microarray technologies are routinely used to examine gene expression profiles under different experimental conditions.

Continued development of high-throughput platforms, such as protein microarray technologies, are essential to furthering our understanding of protein function, quantitative proteomics, molecular interactions and protein profiling [1] [3].

Microarray technologies are widely accepted tools used to ask genome-wide questions and numerous studies investigating mycobacterial pathogenesis have successfully utilized these platforms.