Titlebook: Branching Processes Applied to Cell Surface Aggregation Phenomena; Catherine A. Macken,Alan S. Perelson Book 1985 Springer-Verlag Berlin H

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Aggregate Size Distribution on a Cell Surface,respective probabilities of k sites on an antibody and ? sites on an antigen being bound. In Example 3.11 we examined the consequences of the equal reactivity assumption and derived the aggregate size distribution for solution phase antigen-antibody reactions. In reactions involving antigen (ligand)

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Conclusions and Extensions,distributions. In this paper we have explicated the method and its mathematical foundations in a manner which should make the technique accessible for application in biology. By way of example, we showed how the branching process method could be used to derive the weight fraction distribution of agg

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7.2.1.5.2.2 Fe-Ni-Al alloy system,for the eventual loss of a surname (cf. Harris, 1963). As a point of historical interest, it has recently been learned (Heyde and Seneta, 1972) that Galton and Watson were anticipated by almost 30 years by Bienaymé, an obscure French mathematician (see Kendall, 1975).

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Branching Processes Applied to the Aggregation of f-Valent Particles,for the eventual loss of a surname (cf. Harris, 1963). As a point of historical interest, it has recently been learned (Heyde and Seneta, 1972) that Galton and Watson were anticipated by almost 30 years by Bienaymé, an obscure French mathematician (see Kendall, 1975).

HEW

7.2.1.5.2.2 Fe-Ni-Al alloy system,nces to the appropriate general version. Although in the main body of the text we restrict our development to bivalent antibody, in Appendix B we provide the appropriate generalizations for g-valent antibody.

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