To aide worldwide research in protein phosphorylation and ubiquitylation, the MRC-PPU has launched a new website termed "MRC-PPU Reagents" in which researchers working in any academic laboratory can request any of our cDNA clones, antibodies or recombinant proteins that is listed on the website. This currently contains 19422 clones, 274 antibodies and 223 recombinant proteins.
To visit the 'MRC-PPU Reagents' website and peruse what reagents we possess that could help your research please visit [url">https://mrcppureagents.dundee.ac.uk/
Once on the website, simply type into the 'search box' on the top left hand corner of the page the name of reagent you are looking for and press enter. Hopefully, in under 30 seconds, a list displaying all clones, antibodies or proteins for the reagent you are searching for will be displayed.
Online datasheets for each reagent should also be available for you to peruse. The available cDNA clones will be listed according to the type of expression vector that they are in as well as by their epitope tag.
Please feel free to circulate this information to your colleagues and collaborators.
Please note that we also have a large number of plasmids in commonly used commercial vectors such as GFP and FRT modules that we are currently seeking permission from the vendors of these to list on our website. The intention is to list these soon, but in the meantime please email both Hilary McLauchlan [email]h.j.mclauchlan@dundee.ac.uk[/email] and James Hastie [email]c.j.hastie@dundee.ac.uk[/email] with your query and they will do everything they can to help you obtain these.
Finally as this is a brand new website and there are likely to be many improvements that we can make. We would therefore very much appreciate to hear your comments and suggestions on how our reagent website could be improved. Please send us all of your suggestions no matter how minor on how to improve the website to Matthew Elliott [email]m.elliott@dundee.ac.uk[/email] (the designer of this website).
This website was launched on 19th November to mark the centenary celebration in Scotland of the UK Medical Research Council (MRC) who fund the majority of our Units research. To learn more about the MRC and what it has achieved over the last 100 years please visit
To visit the 'MRC-PPU Reagents' website and peruse what reagents we possess that could help your research please visit [url">https://mrcppureagents.dundee.ac.uk/
Once on the website, simply type into the 'search box' on the top left hand corner of the page the name of reagent you are looking for and press enter. Hopefully, in under 30 seconds, a list displaying all clones, antibodies or proteins for the reagent you are searching for will be displayed.
Online datasheets for each reagent should also be available for you to peruse. The available cDNA clones will be listed according to the type of expression vector that they are in as well as by their epitope tag.
Please feel free to circulate this information to your colleagues and collaborators.
Please note that we also have a large number of plasmids in commonly used commercial vectors such as GFP and FRT modules that we are currently seeking permission from the vendors of these to list on our website. The intention is to list these soon, but in the meantime please email both Hilary McLauchlan [email]h.j.mclauchlan@dundee.ac.uk[/email] and James Hastie [email]c.j.hastie@dundee.ac.uk[/email] with your query and they will do everything they can to help you obtain these.
Finally as this is a brand new website and there are likely to be many improvements that we can make. We would therefore very much appreciate to hear your comments and suggestions on how our reagent website could be improved. Please send us all of your suggestions no matter how minor on how to improve the website to Matthew Elliott [email]m.elliott@dundee.ac.uk[/email] (the designer of this website).
This website was launched on 19th November to mark the centenary celebration in Scotland of the UK Medical Research Council (MRC) who fund the majority of our Units research. To learn more about the MRC and what it has achieved over the last 100 years please visit