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Bubendorf, L. High-throughput microarray technologies: from genomics to clinics.
DNA microarray technologies can provide detailed raw data about chromosomal aberrations in tumor samples.
It includes developing and using transgenic mice, microarray technologies for expression profiling, and human population genetics.
At the present time, expression-based biomarkers developed from microarray technologies have not emerged for the rheumatic diseases of childhood.
Microarray technologies can be powerful, with limitations, when applied to the analysis of human brain disorders.
Good DNA codes are desirable for DNA computation, DNA microarray technologies and molecular barcodes, etc.
High-throughput microarray technologies measure the abundance of thousands of mRNA targets simultaneously.
He went on to work in Gerald Rubin's laboratory on the development of novel microarray technologies for the genome-wide study of transcription factor function in D. melanogaster.
Microarray technologies facilitate high-throughput gene expression analysis.
Microarray technologies enable the simultaneous interrogation of expressions from thousands of genes from a biospecimen sample taken from a patient.
As microarray technologies continue to develop, the chemistry underlying the biology will increasingly come to the forefront.
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