Biological transport networks by Heaton, L

Subjects: “…Biology…”

Multiscale modeling in biology by Schnell, S, Grima, R, Maini, P

Systems biology and cancer. by Soto, A, Sonnenschein, C, Maini, P, Noble, D

Multiscale modeling in biology by Schnell, S, Grima, R, Maini, P

“…New tools are helping to see the regulatory and adaptive properties that characterize all biological phenomena. With the computing power to harness some of the data now available and with insights offered from old and new mathematics, modelers are making progress in many fronts. …”

Bulletin of Mathematical Biology: Editorial by Maini, P

Systems biology and cancer, [Editorial] by Soto, A, Sonnenschein, C, Maini, P

“…The systems approach to complex biological problems has rapidly gained ground during the first decade of this century. …”

Systems biology of T-cell signalling by Lever, M, Dushek, O, van der Merwe, A, Lim, H, Maini, P

Making sense of complex phenomena in biology. by Maini, P

“…This paper briefly considers some selected examples of how simple mathematical models have provided deep insights into complicated chemical and biological phenomena and addresses the issue of what role, if any, mathematics has to play in computational biology.…”

Making sense of complex phenomena in biology, by Maini, P

“…This paper briefly considers some selected examples of how simple mathematical models have provided deep insights into complicated chemical and biological phenomena and addresses the issue of what role, if any, mathematics has to play in computational biology.…”

Morphogenesis, Biological, Encyclopedia of Nonlinear Science by Maini, P

Making sense of complex phenomena in biology. by Maini, P

“…This paper briefly considers some selected examples of how simple mathematical models have provided deep insights into complicated chemical and biological phenomena and addresses the issue of what role, if any, mathematics has to play in computational biology.…”

Forum for scientific method in biology: transcript by Carusi, A, Rodriguez, B, Wakefield, J, Burrage, K, Keller, E, Goodwin, B, Maini, P, Margulis, L, Noble, D, Terrar, D, Trefethen, A, Werner, E

Subjects:

The moving grid finite element method applied to biological problems, In Morphogenesis and Pattern Formation in Biological Systems: Experiments and Models by Madzvamuse, A, Thomas, R, Sekimura, T, Wathen, A, Maini, P

The impact of Turing's work on pattern formation in biology by Maini, P

Hierarchical models for spatial pattern formation in biology by Maini, P

Reaction-diffusion models for biological pattern formation by Crampin, E, Maini, P

“…We consider the use of reaction-diffusion equations to model biological pattern formation and describe the derivation of the reaction-terms for several illustrative examples. …”

Hierarchical models for spatial pattern formation in biology by Maini, P

Spatial pattern formation in chemical and biological systems by Maini, P, Painter, K, Chau, H

“…One of the central issues in developmental biology is the formation of spatial pattern in the embryo. …”

Bulletin of mathematical biology-facts, figures and comparisons. by Maini, P, Schnell, S, Jolliffe, S

“…The Society for Mathematical Biology (SMB) owns the Bulletin of Mathematical Biology (BMB). …”

Applications of mathematical modelling to biological pattern formation, by Maini, P

“…The formation of spatiotemporal patterning in biology has intrigued experimentalists and theoreticians for many generations. …”