Reactions were performed in triplicate using cDNA templates from five tissues samples for each gene.
DNA templates from six specimens of three crustacean species were tested in parallel for the 3 primer pairs employing the same PCR conditions.
The set covered 119 bioactive templates from nine categories of ion channel targets and molecular weights of the screening compounds ranged between 150 and 450.
cDNA templates from five normal B cell and ten CLL cells were analyzed for expression of DSP, TRIB2, DUSP1, FOS, JUN, SELPLG, AMICA, MMP9, TYROBP, and LEF1 with taqman probes obtained from Applied Biosystems.
SWIFT robustness was evaluated by generating a cluster template from one sample, then assigning cells to this template from three experimental replicate samples from the same subject, or from different subjects analyzed under the same conditions on the same day.
Equal amounts of RNA templates extracted from three individuals from each murine strain were pooled for cDNA synthesis.
a The mean of three independent experiments; b Salmonella serovar Typhi fliC-d amplicons resulting from PCR using the DNA templates prepared from three independent cultures.
The libraries were screened with riboprobes synthesized from combinations of templates chosen from three Sp185/333 gene clones that included all known elements (10-010 [GEF607629element9; element pattern G2γ], 10-022 [GEF607640element0; element pattern D1α], and 2-095 [GEF607756element6; element pattern E2δ]) [ 15].
For three individuals from a single geographic locality (JN), we amplified the same template from two independent PCR to verify strain haplotypes [ 32].
To address this, we developed rPE library amplification, which doubled the number of unique sequence reads per template from two to four in a single PE read.
