Sentence examples for maximal genotype distance from inspiring English sources

Properties of minimal networks are also useful in explaining the maximal genotype distance in a genotype network.

In sum, a simple, linear function of the number of superessential reactions at any one environmental demand S approximates the maximal genotype distance between networks well.

For networks of the smallest size, D max, systematically overestimates the maximal genotype distance, but it does so by no more than 10%percentt.

We asked whether the maximal genotype distance of networks of a given size, as well as their robustness to reaction removal can be predicted from properties of the underlying minimal networks.

The solid lines show the relationship between the maximal genotype distance D max and metabolic network size N as predicted by the equation (1) ρ = 1 + m − N min N (1 + m ), Here, R SE is the number of reactions that are super-essential for a given environmental demand S. We had estimated this number in our previous analysis of minimal networks.

We note that our estimates of maximum genotype distances are only lower bounds, such that this discrepancy may result from our limited ability to find maximal genotype distances accurately.

The answer is yes. Figure 3A shows that the maximal possible genotype distance D max between metabolic networks of the same size increases with metabolic network size N.

For each FVA-simulation the sums of the minimal and maximal distances provide two distance values (minimal and maximal).

The maximal genetic distance between 2 full-length genotype I strains was 4.3%.

In the lactating cows, there was a significant effect of treatment on maximal distance walked with maximal distance increasing approximately linearly with increasing feeding deprivation levels.

We apply this to BCH codes of maximal designed distance.