Welcome to ARAN (Access to Research at NUI Galway)
ARAN is the digital collection of open access scholarly publications from NUI Galway. ARAN collects, preserves and makes freely available scholarly communication, including peer-reviewed articles, working papers and conference papers created by NUI Galway researchers. Where material has already been published it is made available subject to the open-access policies of the original publishers.
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A wealth of statistical information for publications that you’ve uploaded to ARAN is now available. Find your most popular publications on ARAN based on either item views or downloads or the most popular items and authors for your College, School or Research Centres. If you want to know where readers of your publications come from consult the statistics by country. Customised reports can be created and emailed to you at required intervals. For more information view the User Guide which is arranged as a series of questions and answers. If the statistical information you require is not covered by it or you require a customised report please email your query to email@example.comUser Guide Open Access to Research Outputs
NUI Galway’s policy on Open Access to Research Outputs, adopted by the Academic Council in October 2015, aims to promote open access to the University’s publications. Authors of peer-reviewed articles and peer-reviewed conference papers resulting from research carried out at NUI Galway must deposit a copy in the ARAN (Access to Research at NUI Galway) repository. ARAN enables easy discovery of publications through global search engines such as Google and complements IRIS by linking from author profiles to the full text of University publications. See Help for information on how to submit your publications to ARAN.Open Access to Research Outputs Policy
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(BMJ Publishing Group, 1984-08-18)[No abstract available]
(Wiley, 2017-02-03)Nitrogenases are the only enzymes known to reduce molecular nitrogen (N-2) to ammonia (NH3). By using methyl viologen (N, N'-dimethyl-4,4'-bipyridinium) to shuttle electrons to nitrogenase, N-2 reduction to NH3 can be ...
(American Chemical Society, 2018-07-10)Extracellular electron transfer (EET) in microbial cells is essential for certain biotechnological applications and contributes to the biogeochemical cycling of elements and syntrophic microbial metabolism in complex natural ...
The in vivo potential-regulated protective protein of nitrogenase in azotobacter vinelandii supports aerobic bioelectrochemical dinitrogen reduction in vitro (American Chemical Society, 2017-06-08)Nitrogenase, the only enzyme known to be able to reduce dinitrogen (N-2) to ammonia (NH3), is irreversibly damaged upon exposure to molecular oxygen (O-2). Several microbes, however, are able to grow aerobically and ...
Amperometric flow injection analysis of glucose and galactose based on engineered pyranose 2-oxidases and osmium polymers for biosensor applications (Wiley, 2018-04-25)In the present study, wild type and three mutants of pyranose 2-oxidase (PyOx-WT, PyOx-MT1, PyOx-MT2, PyOx-MT3), which showed improved properties for D-galactose oxidation, were investigated for their oxidising ability ...