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by joanro on 14 June 2012 - 16:06
by beetree on 14 June 2012 - 16:06

by Keith Grossman on 14 June 2012 - 17:06
But Jenn is right; the current test for DM looks for a mutation in the SOD1 gene which is apparently not the gene most often responsible for the condition in GSD's. German Shepherd Dog Myelopathy (GSDM) is considered unique to the breed so a clear test from the OFFA doesn't mean that your dog doesn't have it or isn't a carrier.
by beetree on 14 June 2012 - 17:06

by darylehret on 14 June 2012 - 17:06

by darylehret on 14 June 2012 - 17:06

by GSDPACK on 14 June 2012 - 17:06
I just fear that many good dogs will be eliminated from the pool because they are at risk. Just because a dog is at risk, does not mean the dog will have DM. That is my fear. We don't know how it really works in regards the possibility to really develop a DM in a dog. I however know that it is possible as my friend had a dog with it in Czech and it was not a pretty sight.
Test for it if you want; I would like to have more research done before I eliminate a dog from breeding. Maybe that is why I spend hours in the genetics field, more I read and study, less I know.... it is a tool, use it but don't be blinded by it.

by Keith Grossman on 14 June 2012 - 17:06
What I am saying is that there is documented evidence of at least one GSD who tested clear (homozygous for the normal form of the SOD1 gene) who was found to have DM upon necropsy. Just out of curiousity, why is this test, which doesn't prove the absence of DM in the GSD, more important than, say, the test for von Willebrand Disease or ANA, for example, which are definitive for those conditions?

by darylehret on 14 June 2012 - 18:06

by darylehret on 14 June 2012 - 18:06
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