Artificial DNA: PNA & XNA is a multi-disciplinary journal covering chemical, biophysical, medical and conceptual aspects of non-natural DNA and RNA analogues and mimics including PNA, LNA, HNA, morpholinos etc., as well as of DNA and RNA containing non-natural (e.g. orthogonal) base pairs, and non-natural nucleic acid structures such as aptamers and nucleic acid nano-structures.
Artificial DNA: PNA & XNA publishes three general types of papers, (1) original research, (2) methods and technical advances, and (3) reviews and meeting reports. Original papers cover topics important in the field, including new chemistry and artificial structural aspects, nucleic acid nanotechnology, new concepts, biological and biomedical applications as well as origin of life and artificial cell aspects. We realize new developments in methodology and techniques are an important resource for the research community, therefore a section of the journal is dedicated to the latest developments in novel methods concepts.
Precision Genome Engineering and Synthetic Biology:Designing Genomes and Pathways- Keystone Symposium
Mar. 17-22, 2013
Breckenridge, CO USA
Synthetic Biology
(Re-)constructing and Re-programming Life
June 9-14, 2013
West Dover, VT
Dr. Peter E. Nielsen
University of Copenhagen
Artificial DNA: PNA & XNA offers a highly competitive open access fee for authors who wish for free access to and distribution of published articles. Authors retain copyright of their work by utilizing a Creative Commons attribution license. Open Access papers will be submitted to PubMed Central immediately upon final publication of each issue.
Open Access Fees
Research Papers and Reports, OA fee is $750.00 USD
Reviews, Brief Reports and Short Communications, OA fee is $500.00 USD
All other types of papers, OA fee is $250.00
Artificial DNA: PNA & XNA utilizes an online submission and tracking system designed to provide efficient service to authors. Through the online system, author files are automatically converted to PDFs, submissions are acknowledged by email, and authors can track their manuscript through the stages of the peer review process. Please view our submission guidelines if you have any questions.
Brain delivery of AAV9 expressing an anti-PrP monovalent antibody delays prion disease in mice. Moda et al. Prion 6(4), September/October 2012.
Transfecting DNA is frequently inserted near DNA replication origins. Transfecting DNA is frequently inserted near DNA replication origins. Cell Cycle 11(15).
Lorem ipsumInterleukin-6 receptor specific RNA aptamers for cargo delivery into target cells. Meyer et al. RNA Biology 9(1); Jan 2012.