Suppose X is a catalytically active molecule and Y is not, then, schematically: where C is a complex molecule, θ represents empty space (which constitutes the resource for replication), Y − 1 is the complementary sequence (the subscript μ refers to the mutated sequence), κ is the replication rate, and d is the decay rate.
This study will serve as a resource for replication in other populations.
Each replicator is the specific enzyme of a single reaction within a simple reaction network (metabolism) which produces monomers, the essential resource of replication for all the members of the community.
These interactions include pathogen exploitation of the host as a resource for replication and transmission, as well as antagonism between the host and pathogen via the host's immune system.
(1) (a) X + Y ⇌ k 2 k 1 C X 5 ′ ~ 3 ′ Y and ⇌ k ′ 2 k ′ 1 C Y 5 ′ ~ 3 ′ X, (b) C X 5 ′ ~ 3 ′ Y + ∅ → κ X + Y + Y c, (c) X → d ∅, where X and Y are single molecules; C is a complex molecule; and ∅ is an empty square (interpretable as the resource for replication).
In the metabolic replicator system the advantage of rarity is realized through the compulsory metabolic cooperation of the replicator community, since the replicators collectively produce their own resources for replication – see Assumption 4), Figure 1A and Equation 2 above.
We identified a sampling frame that balanced breadth of sampling for general inference with sensible investment of resources on replication projects.
Country offices will also receive support for education in emergencies preparedness and response strategy development, while documentation and evaluations will provide model formats and resources for replication and adaptation within and outside the region.
We are attempting to identify a balance of breadth of sampling for general inference with sensible investment of resources on replication projects to determine to what extent the included experiments are reproducible.
