Sentence examples for probability of conservation from inspiring English sources

The following five rows show the additional data sources: probability of conservation (con. [13], green), regulatory potential (reg. [14], blue), nucleosome positioning signals predicted by two different methods (npy. [1] and nuc. [2], magenta), and DNA duplex stability (DNA. [15, 16], red) score for each position of the sequences.

We use PhastCons [72] to assess the probability of conservation.

Finally, many of the annotated sites are also associated with a high probability of conservation and regulatory potential and with a low probability of nucleosome occupancy.

This suggests that the probability of conservation of a particular arrangement may strongly depend on the size of a family to which a nested gene belongs.

The first three inequalities show that the probability of conservation of the consensus state is always higher than the probability of transition between the states of different type.

In the middle-time zone, a counterintuitive behavior was observed for some parameter values, with a probability of conservation for a non-consensus nucleotide greater than that for the consensus nucleotide.

The last three rows show the probabilities of conservation, nucleosome occupancy and the regulatory potential.

It uses a 20-dimensional vector to represent the probabilities of conservation against mutations to 20 different amino acids.

Next, compare the probabilities of conservation of the consensus and non-consensus states P cc and P nn.

Similarly, the probabilities of conservation of 7-mer and 8-mer sites by chance are (1 − 0.002 T) and (1 − 0.002 T), respectively.

Recall that P cc (h) = 1 - 3 λβ h + o(1), P nn (h) = 1 - (2 μ + 1) β h + o(1) for h → 0. Thus, the relation between the probabilities of conservation of the consensus state and conservation of a non-consensus state during the time u depends on the relation between 3 λ and 2 μ + 1.