The Journal of Mathematical Biology (JOMB) focuses on scientific advancements in mathematical modelling and analysis of biological systems.
 
JOMB publishes the highest scientific quality peer-reviewed research with significant impact on the discipline. Submitted papers should provide new biological insights as a result of rigorous mathematical analysis or develop new mathematical concepts and tools relevant for the understanding of biological systems. Authors should provide a brief discussion of the main results to make them accessible to a wider audience, including readers with a background in biology.
Biological topics include, but are not limited to, cell and developmental biology, physiology, neurobiology, genetics and population genetics, genomics, ecology, behavioural biology, evolution, epidemiology, immunology, molecular and structural biology, biofluids, biomechanics, cancer biology and medicine. Mathematical approaches cover a wide range of mathematical disciplines, such as dynamical systems, differential equations, stochastic processes, geometry and topology, logic, graph theory, game theory, continuum mechanics, as well as computational approaches.
State-of-the-art survey papers, and perspective papers are welcome too. Proposals for topical collections within the journal are encouraged.

All submissions to the journal, including to a topical collection, are single-blind peer-reviewed and a final decision is made by the Editors-in-Chief.

Honorary Editors
O. Diekmann, Utrecht
A. Hastings, Davis, CA
S.A. Levin, Princeton, NJ
Editors-in-Chief
M. Gyllenberg, Helsinki
M. Lewis, Edmonton
Editorial Board
E. Baake, Bielefeld
Mathematical Population Genetics
T. Britton, Stockholm
Epidemic Models, Evolutionary Models
R. Bürger, Wien
Population Genetics and Evolutionary Biology
V. Calvez, Lyon
P. Clote, Chestnut Hill, MA
Proteomics, RNA Structure and Kinetics, Synthetic Biology
M. Doumic, Paris
Inverse Problems, Population Dynamics
R. Eftimie, Dundee
Pattern Formation in Ecology and Cell Biology; Cancer Immuno-Therapies
R. Erban, Oxford
Intracellular Processes, Multiscale Modelling
G. Gomez, Lisbon
Population Dynamics; Variation and Selection
N. Hill, Glasgow
Mechanobiology, biological fluid dynamics, soft tissue mechanics
T. Hillen, Alberta
Cancer Modelling; PDEs in Mathematical Biology
K.T. Huber, Norwich
Phylogenetics, Molecular Evolution
Y. Iwasa, Kyushu
Ecology, Evolution, Behaviour
H. de Jong, Saint Ismier
Mathematical Modelling and Analysis of Metabolic, Gene, and Signalling Networks, Microbial Systems Biology
S. Krone, Idaho
Stochastic Models
Y. Lou, Columbus
Reaction-Diffusion Equation, Population Biology
P.K. Maini, Oxford
Developmental Biology, Cancer
A. Pugliese, Trento
G. Raoul, Paris
Partial Differential Equations, Evolutionary Biology
S. Schreiber, Davis
H. Smith, Tempe
Microbial Ecology, Population Dynamics, Nonlinear Dynamical Systems
M. Souza, Rio de Janeiro
M. Steel, Canterbury
Phylogenetics, Modelling Evolution
M. Tang, Shanghai Jiaotong
Kinetic Models for Chemotaxis, Continuous Models for Tumor Growth
J. Velasco-Hernandez, Mexico City
Mathematical Epidemiology, Disease Dynamics

J. Wu, Toronto
Delay Differential Equations, Structured Population Dynamics, Disease Modelling, Neural Dynamics
R. Yvinec, Paris
Coagulation-fragmentation Processes, Chemical Reaction Network, Structured Population Dynamics