Sentence examples for simplistic sequence from inspiring English sources

Interestingly, the usage of family-based statistics appears to compensate for a more simplistic sequence representation (we use only tetramers, whereas Tsirigos and Rigoutsos [ 13] use k-mers of orders up to 8 with wildcards for certain positions), as reflected by AUCs that are significantly higher in this case.

He harps too much on simplistic sequences; the ears tire of melodramatic augmented triads in the orchestra.

These women were portrayed by 24 performers — men and women of various ethnicities — who at first paraded down the museum's stairs and through the main lobby, making vague feints at acting and cycling through simplistic movement sequences.

A second shortcoming is that current pathogen annotation tools primarily make predictions using the simplistic criterion of sequence similarity.

We used an extended dataset of mitochondrial protein genes to reevaluate the phylogeny of Cnidaria, paying attention to common biases in phylogenetic reconstructions resulting from insufficient taxon sampling and using more simplistic models of sequence evolution.

"We kept the sequences simplistic to avoid it being a 'combat game' – yet doing those exact same sequences with a different character will achieve a completely different effect.

Studies solely focusing on genetic variations within exonic regions of DNA that lead to changes in protein sequence may be simplistic and may not represent the larger picture that is evolving between genetic variation and disease [33].

The column to the right in Figure 3 shows the generation sequence of a complete (although simplistic) building example.

Our proposal shifts away from the simplistic notion that host miRNAs with specific sequence complementarity to viruses are indicative of a bonafide innate antiviral immune mechanism to an established viral pathogen.

This is to establish which of the methods perform best and to compare sequence-based methods with the simplistic method of wobble parsimony that is commonly used for yeast.

Similarly, the solution of a differential equation is obtained as a sequence of discrete points determined, in simplistic terms, by approximating the true solution curve by a sequence of tangential line segments.