From: Mason Meyer <mmeyer20@uncc.edu>
To: Pioger, Leo <leo.pioger@igmm.cnrs.fr>
Date: Sat, Jun 17, 2017 at 2:59 PM
Subject: Re: All Refgene variants not displayed
Hello again Leo,
Thanks for the additional feedback on the SVG issue you are experiencing. This is actually an issue we have known about for some time and at one point we changed the SVG Export library we are using in hopes of fixing the problem, but this resulted in more problematic behavior, so we decided to continue using our original SVG Export library. With that being said, we still wish to find an elegant solution to this issue and will be continuing to look into ways to fix the problem mentioned in the near future. This issue should be addressed in a future IGB version. I apologize for any frustration you may experience with that feature in the meantime, but please continue to update your version of IGB whenever a new version is available because this may resolve the issue for you if we are able to find a fix.
As for your question about the RefGene track, the answer is yes. Once we are able to update the Refgene track on our side, this should be updated on your side as well, as long as you are not keeping IGB running continuously without exiting the program, which I imagine you are not. If you continue to experience any additional issues with this in the future, please feel free to reach out to me so I can give you a status update on this. Once again, thank you for your patience and your feedback. If you have anything else for me, please don't hesitate to contact me.
Thanks again,
Mason Meyer
IGB Support Specialist
From: Mason Meyer <mmeyer20@uncc.edu>
To: Pioger, Leo <leo.pioger@igmm.cnrs.fr>
Date: Fri, May 19, 2017 at 4:35 PM
Subject: Re: All Refgene variants not displayed
Hello Leo,
My name is Mason Meyer, Support Specialist for IGB. Thank you for taking the time to contact us with your question. You asked why the default RefGene track in IGB does not display all of the gene variants seen in the UCSC refgene track for the mm9 genome. This is an excellent question and I don't know the answer off the top of my head. Please allow me to run this by our other team members to see if they know the answer to this.
Dr. Loraine or Ivory, do you know why this may be? I found a place in the mm9 genome where this is occurring (see screenshot). Do either of you have any idea why this is happening?
Thanks again,
Mason Meyer
IGB Support Specialist