!!! Important information for NIH authors !!!
Access to non-subscribers 12 months after publication
Elsevier is pleased to announce that all articles published in Mechansims
of Development are accessible to non-subscribers 12 months after publication via ScienceDirect (
http://www.sciencedirect.com/science/journal//09254773).
Mechanisms of Development is an international journal whose purpose is to communicate contemporary studies
in developmental biology with special emphasis on the characterization of molecular mechanisms underlying development processes in either
vertebrates or invertebrates. Areas of particular interest include embryogenesis, pattern formation, cell determination ... click here for full Aims & Scope
Mechanisms of Development is an international journal whose purpose is to communicate contemporary studies
in developmental biology with special emphasis on the characterization of molecular mechanisms underlying development processes in either
vertebrates or invertebrates. Areas of particular interest include embryogenesis, pattern formation, cell determination and differentiation,
specification of tissue type, targetted disruptions of developmental control genes, the roles of transcription factor in development,
regulatory hierarchies of gene expression, cell-cell communication and signal transduction in development, as well as post-transcriptional
controls of developmental processes such as regulated splicing and protein modification.
Such a focus should provide a unique forum
for comparing and contrasting strategies of development among a wide spectrum of organisms. The Editors are strongly committed to establishing
the highest standards of quality and scientific merit, and guarantee rapid communication of important contributions. Colour illustrations
will be reproduced free of charge to the authors.
Mechanisms of Development has a separate section for the publication of
"cloning and expression" papers and reports of the results of molecular/gene expression screens,
Gene
Expression Patterns
.
Some important advantages of submitting to MoD
• Fast review
times: the average time to first decision on submitted manuscripts is currently around 21 days.
• High standard and
fairness of review process: A recent survey of MoD authors indicates that authors consider that the standard of reviewing in MoD
is high compared to other journals. They also pointed out that they were particularly happy with the fairness with which their manuscripts
were treated by the reviewers and the editors.
• High visibility: MoD is accessible to thousands of institutes worldwide
through ScienceDirect.
• High impact: MoD currently has the 4th highest impact factor among developmental biology journals
(after Dev Cell, Development and Dev Biol) and this is predicted to increase further in the coming year.
• High quality
of reproduction: the quality of the printed version of MoD is second to none in the field.
• Very fast and efficient
electronic submission system: the entire submission, reviewing and production system is paper-free.
Flow charts to help authors
decide whether papers are suitable for Mechanisms of Development are available HERE.
Publishing Contact
Publishing Editor: Simone Groothuis, E-mail: s.groothuis@elsevier.com
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Editors: Contact the Editor
S. Aizawa
M. Leptin
N. Papalopulu
D. Stainier
C.D. Stern
P. Tam
Cell lineage in mammalian craniofacial mesenchyme
Toshiyuki Yoshida, Philaiporn Vivatbutsiri, Gillian Morriss-Kay, Yumiko Sagaand and Sachiko Iseki
Viperous fangs: Development and evolution of the venom canal
Oldrich Zahradnicek, Ivan Horacek and Abigail S Tucker
RAX is required for fly neuronal development and mouse embryogenesis
Richard L. Bennetta, William L. Blalockb, Eun-Jung Choic, Young J. Leec, Yanping Zhangd, Lei Zhoud, S. Paul Ohc and W. Stratford Maya
Lasp anchors the Drosophila male stem cell niche and mediates spermatid individualization
Soojin Lee1,Lili Zhou1,Jieun Kima, Stephen Kalbfleischa and Frieder Schock
CARDIAC OUTFLOW TRACT SEPTATION FAILURE IN Pax3-DEFICIENT EMBRYOS IS DUE TO p53-DEPENDENT REGULATION OF MIGRATING CARDIAC NEURAL CREST
Sarah C. Morgan, Hyung-Yul Lee, Frederic Relaix, Lisa L. Sandell, John M. Levorse and Mary R. Loeken