Sentence examples for microarray hybridizations for from inspiring English sources

To obtain clues from the gene transcription patterns in the mantle tissues during the stages of gonadal development in males and females, we also performed dual-color microarray hybridizations for these tissues across the four stages.

We began by comparing results obtained using sscDNA and cRNA microarray hybridizations for all 12,625 probe sets on the arrays.

To determine if the particular datasets used in the search significantly affected the Collagens search result, we removed 5 – 90% of random microarray hybridizations for each organism.

Microarray hybridizations for P. indica-exposed and mock-treated Arabidopsis roots were performed with the Arabidopsis Genome Array ATH1 (Affymetrix, USA) at the Kompetenzzentrum für Fluoreszente Bioanalytik, Regensburg, Germany.

In high-throughput applications such as routine diagnostic examinations, where a large number of hybridizations may be performed using a standard microarray-design, the ROC-plot area may be used as a 'hybridization quality checkpoint' to either accept or discard individual microarray hybridizations (for example 0.990 for array 1 and 2, Table 2).

Microarray hybridizations for 3 independent biological repetitions (i.e. 500 roots each) were carried out with the CATMA array [ 14, 15], which contains 24 576 gene-specific tags [ 54], corresponding to 22 089 genes as described in [ 55] and which is used in numerous other studies (e.g. [ 50]).

We performed microarray hybridization for three samples of amplified periglomerular cell RNA and analyzed gene expression based on the signal detection value (Table 1).

In a previous study, we identified 4352 regions physically-bound by LHP1 by the DNA adenine methyltransferase identification (DamID) method, coupled with microarray hybridization for a genome wide identification [20], [23].

Examination of the probeset pairs with the largest value of

The cross-species analysis had the secondary aim of examining the efficiency of heterologous (specifically tomato) microarray hybridization for candidate gene identification as related to the ripening process.

Each time-point (6, 12, 24, 48 h) and sham-operated (sh) group consisted three animals per group; RNAs from each individual were separately labelled and analyzed by microarray hybridization, for a total of 15 microarray hybridizations.