Sentence examples for using the formula quantity from inspiring English sources

Data are expressed using the formula: quantity = 10−(Ct-Y intersept)/slope value) where Ct represents the threshold cycle value.

Copy number of VTC1 (AT2G39770) was calculated using the formula: Reported Quantity (RQ) = 1/E CT normalized to the RQ of a known single copy gene (PAD4, AT3G52430; ).

Ct samples were transformed into quantity values using the formula (1+Efficiency Ct.

The MMC-induced percentage decrease in TM was then calculated using the formula set out below to determine the quantity of ICLs formed in each cell line (Pichierri et al, 2002).

The normalized relative quantity (NRQ) was determined using the formula: NRQ = 2− ΔΔCt).

Relative quantity (RQ) for each sample was calculated using the formula, 1/ECq, where Cq is the quantification cycle (threshold cycle).

The qPCR data presented here are expressed as quantities relative to this internal control (using the formula E Ct X  − Ct Y ), where E is the efficiency of the qPCR reaction (calculated using the formula E = 10(−1/slope), Ct is the threshold cycle, ' X' refers to the internal control and ' Y' refers to the sample (unknown).

The relative quantity of each miRNA to U6 snRNA was expressed using the formula 2-ΔCT [ 43], where ΔCT = (CT miRNA − CTU6 snRNA) (Fig.  6).

Data are expressed as the mean quantity calculated using the following formula: quantity = 10–(Ct-Y intersept)/slope value), where Ct represents the threshold cycle value.

RNA quantity (CR) was normalized to the housekeeping gene β-Actin control by using the formula CR = 2(40-Ct of sample - 40-Ct of control).

The relative quantity of the tested gene is expressed in relation to ubiquitin (UBQ5) using the formula 2^(Ct{ UBQ5}-Ct{ GENE}), where 2 represents perfect PCR efficiency.