About Disease Models & Mechanisms
Disease Models & Mechanisms exists to connect and support members of the disease research community, bridging the gap between clinician scientists and basic researchers.
DMM was created in response to the increasing number of researchers who were attempting to model human diseases in a range of experimentally tractable organisms. It is author-pays Open Access, publishes research articles across all disease areas and all model organisms, and is guided by an international team of research-active Editors, led by Monica Justice and Ross Cagan. Articles must report substantial advances in the field and demonstrate high standards for ‘translational impact’ – increasing understanding of disease mechanisms, developing new diagnoses or exploring new therapies.
DMM exists to connect and support members of the disease research community, bridging the gap between clinician scientists and basic researchers.
Beyond research papers, DMM publishes a range of informative pieces:
- Resource Articles, reporting the development of a novel technique or approach for studying disease
- Commissioned articles aimed at spurring new research and inspiring the next generation of scientists
- Clinical Puzzles, in which clinicians identify a disease that would benefit from basic science research
- Invited Review articles, highlighting, critiquing and analysing recent important findings in a defined field of basic or translational disease research
- A Model for Life interviews with scientists and clinicians who sustain stellar careers and lead exemplary lives
- At a Glance poster articles that double as handy lab references
Since its launch, DMM has grown in impact to become a highly regarded platform for studies that connect basic and applied science, a discipline known as translational medicine, but perhaps best described as ‘from bench to bedside’.
To find out more about the scope, goals and future plans of DMM, watch our video interview of Senior Editor Ross Cagan.
We offer funding to graduate students and post-docs wishing to make collaborative visits to other labs.
Building lasting connectionsA Travelling Fellowship from Disease Models & Mechanisms gave Natalie Matosin a unique opportunity to join a project within the Schmidt group at the Max Planck Institute of Psychiatry. The project built on the group’s work on the role of mGluR5/Homer1 linkages in animal models of stress-related neuropsychiatric disorders. This opportunity enabled Natalie not only to collaborate ...
Reducing the pain to publish
Find out about our transfer option to Biology Open