# Journal of Mathematical Biology

Journal of Mathematical Biology > 2014 > 68 > 1-2 > 145-179

*in vitro*with magnetic tweezers. We compute the linking number of the DNA in the manifold conformational states of the nucleosome which have been evidenced in these...

Journal of Mathematical Biology > 2014 > 68 > 1-2 > 41-55

Journal of Mathematical Biology > 2014 > 68 > 1-2 > 341-375

*locally optimal*, with respect to a particular energy model. In the Nussinov energy model, where...

Journal of Mathematical Biology > 2014 > 68 > 1-2 > 207-234

Journal of Mathematical Biology > 2014 > 68 > 1-2 > 417-451

Journal of Mathematical Biology > 2014 > 68 > 1-2 > 81-108

Journal of Mathematical Biology > 2014 > 68 > 1-2 > 1-39

Journal of Mathematical Biology > 2014 > 68 > 1-2 > 377-415

*coexistence*phenomena, where the two competitors are able to survive, we consider a space dependent situation: we assume that the two species and the resource follow a diffusion process...

Journal of Mathematical Biology > 2014 > 68 > 1-2 > 109-143

Journal of Mathematical Biology > 2014 > 68 > 1-2 > 57-80

Journal of Mathematical Biology > 2014 > 68 > 1-2 > 267-302

Journal of Mathematical Biology > 2014 > 68 > 1-2 > 303-340

Journal of Mathematical Biology > 2014 > 68 > 1-2 > 235-265

Journal of Mathematical Biology > 2014 > 68 > 1-2 > 477-503

Journal of Mathematical Biology > 2014 > 68 > 1-2 > 181-206

Journal of Mathematical Biology > 2014 > 68 > 1-2 > 505-531

Journal of Mathematical Biology > 2014 > 68 > 1-2 > 453-475

Journal of Mathematical Biology > 2014 > 68 > 3 > 763-784

Journal of Mathematical Biology > 2014 > 68 > 3 > 727-761

Journal of Mathematical Biology > 2014 > 68 > 3 > 609-645