Peer-reviewed veterinary case report
ADAMTS17 gene mutation linked to lens dislocation in many dog breeds
By Gould, David et al.Ā·Published in Veterinary ophthalmologyĀ·2011Ā·Davies Veterinary Specialists, United KingdomĀ·View original on PubMed ā
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Original publication title: ADAMTS17 mutation associated with primary lens luxation is widespread among breeds.
- Species:
- dog
Plain-English summary
A study found that many dog breeds can inherit a painful eye condition called primary lens luxation (PLL), which can lead to blindness. This condition is linked to a specific genetic mutation in the ADAMTS17 gene, first identified in breeds like Miniature Bull Terriers and Jack Russell Terriers. The mutation was also found in dogs from 14 other breeds, but some breeds, like Shar Peis and Brittany Spaniels, have a different genetic cause for PLL. The research suggests that a significant number of dogs in these breeds carry the mutation, which may increase their risk of developing this eye problem.
People also search for: dog eye problems Ā· primary lens luxation in Miniature Bull Terriers Ā· genetic testing for dog eye conditions
Abstract
Primary lens luxation (PLL) is a well-recognized, painful and potentially blinding inherited ocular condition in dogs. We screened PLL-affected dogs of 30 different breeds, to identify those which carried a previously described c.1473+1 G>A mutation in ADAMTS17 that is associated with PLL in Miniature Bull terriers, Lancashire Heelers, and Jack Russell terriers. This ADAMTS17 mutation was identified in PLL-affected dogs from 14 additional breeds. PLL-affected dogs from some breeds (most notably the Shar pei and the Brittany spaniel) did not carry the G1473+1A ADAMTS17 mutation, indicating they must suffer from a genetically distinct form of the condition. We also estimated the frequency of this ADAMTS17 mutation in some of the breeds. Our findings indicate the mutation segregates in a large number of different breeds of dog, many of which are terriers or breeds with terrier co-ancestry, but some of which have more diverse origins. Our results also indicate that the mutation is present at high frequency within most of the breeds in which it segregates. In the miniature bull terrier breed estimates of mutation frequency ranged from 0.27 to 0.39, corresponding to 7.3-15.2% PLL-affected dogs in this breed. We also identified an increased risk of PLL associated with heterozygosity at ADAMTS17, suggesting that carriers carry a low risk of developing PLL.
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Search related cases āOriginal publication on PubMed: https://pubmed.ncbi.nlm.nih.gov/22050825/