Sentence examples for reverse error from inspiring English sources

The reverse error is that of Paul Klee, who, according to Sartre, uses colour both as sign and as object (1948a, 23).

Particularly, to reflect the dynamic error factors such as poor rigidity of machine tools, servo mismatch, reverse error and nonlinear error, the S trajectory test has obvious advantages.

In fact, the probability of misclassifying subjects with HCC as subjects with cirrhosis alone was revealed to be 14.08%, while the reverse error, i.e. misclassifying cirrhotic subjects as affected by HCC, was 2.73%.

One paper committed the reverse error of using a paired t-test to compare cases and controls in an unpaired case control study and another paper used a t-test to compare differences in proportions rather than, for instance, a χ test.

And if mistakes are made, no problem- we try our hardest to provide a reliability in the experience that is also based in an ability to reverse errors easily.

Similarly, a reversal error reversed the serial order of Phases II and III, or followed a Phase II stroke with a late Phase I ellipse stroke, and after a reversal mutant mice were nearly 50% more likely than wild-type mice to go on to complete a strong form of Phase IV.

The performance of the controls was almost error-free, with a maximum of two out of 34 syntactic errors (reverse role errors) and no lexical distractor errors (see Table 1 for scores on this task).

The source of nucleotide difference between cDNA and the genomic DNA might result from either transcription errors, reverse transcription errors [ 63], or even DNA replication errors if the gene conversion occurred after integration of the cDNA into a chromosome.

Because of the polymerase reverse transcription error rate (1 error per 10 bases), in active infection, 10 base-pairing errors can be generated per day over the 3,200-bp 3,200-bp6 ).

The causes of variation in the background include factors like RNA polymerase errors, splicing artefacts, reverse transcriptase errors, Pfu polymerase errors, variation in the amount of input RNA, gap repair cloning artefacts, recombination at the reporter locus and yeast genetic suppressors of leu2-3,112.

The principle of this approach, which relied on the error-prone nature of reverse transcription (error rate between 10−4 and 10−5) [34] to generate mutations during virus replication and is outlined in Fig. 1A.