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There's the stalwart chicken, of course – and this is an occasion to splash out on something really special, such as an apple-fed Cotswold white cockerel, which, with a minimum weight of 4kg, will feed more than your average hen.
For comparison between D11S-1 and HK1651 there are 9 locally collinear blocks (LCBs) with a minimum weight of 8,386 identified by the progressive MAUVE, with a reversal distance of 5.
Patients between 16 and 60 years of age with a minimum weight of 46 kg and a diagnosis of epilepsy for which they were taking 0 2 concurrent AEDs and otherwise healthy were enrolled in the study.
For the comparison between D7S-1 and HK1651 there are 102 LCBs with a minimum weight of 35 and a reversal distance of 80, which was not only greater than that between HK1651 and D11S-1 but also greater than those between strains in other bacterial species (Table 1).
The complete cp genomes of ArM0029B, C. variabilis NC64A, and C. vulgaris C-27 were compared using the MAUVE alignment tool [ 38] to identify rearrangement-free LCBs (locally collinear blocks) among genomes, yielding 25 LCBs with a minimum weight of 170.
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Participants were randomly assigned to a usual-care cohort, which received a program of general diabetes support and education (DSE), or the ILI cohort, which received a program of diet, behavior modification, and increased physical activity with goals of a minimum weight loss of 7% of initial body weight and at least 175 min/week of moderate physical activity (e.g., walking).
The flying feathers of birds are keratinous appendages designed for maximum performance with a minimum weight penalty.
The optimization problem associated with an and/or graph G consists of finding a minimum weight solution subgraph H of G, where the weight of a solution subgraph is the sum of the weights of its edges.
Sizing and shape structural optimization problems are normally stated in terms of a minimum weight approach with constraints that limit the maximum allowable stresses and displacements.
Given a graph G= V,E) with weights on its edges and a set of specified nodes S⊆V, the Steiner 2-edge connected subgraph problem is to find a minimum weight 2-edge connected subgraph of G, spanning S.
which is a tuple of length 2κ(s), where each element, with label set, denotes the minimum weight of the MW-ISP-SC such that.
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