DNA & genetic tests
Pricing
Incl. VAT

48.4

Excl. VAT

40

GM2 gangliosidosis type II / Sandhoff disease (HEXB-related) - Poodle

DNA test for Gangliosidose GM2 type II / Sandhoff in the Poodle, analysing the HEXB c.391delG variant.

Turnaround time
10 workdays
test Methods
Sequencing
Test code
PVT-74196549B85C
Species
Dog
Breeds
Poodle, Standard, Poodle, Toy
Matrices
Blood, Blood (EDTA), Blood (Heparin), Swab, Tissue

Overview

What does this test analyse?

This genetic test analyses the HEXB c.391delG variant in the Poodle. The disorder is known as Gangliosidose GM2 type II / Sandhoff, GM2 variant 0 or Sandhoff disease, lysosomal storage disease, inherited neurodegenerative disorder and metabolic disease of the nervous system.

Gangliosidoses occur when the body cannot properly break down specific gangliosides. In this form, GM2-ganglioside accumulates in cells, with a strong impact on nerve cells. This causes a progressive neurological disorder with loss of coordination, tremors, abnormal movement, behavioural change, impaired growth and increasing deterioration. In Poodles, signs such as tremors, loss of balance, vision loss and vomiting are described around 9 to 12 months of age.

Practical value of this test

The test is useful for breeders and owners who want to manage a serious recessive risk in their line before matings are planned. Carriers are usually healthy themselves, but can pass the variant on unnoticed. By testing breeding dogs, a carrier can be paired responsibly with a clear partner and carrier-to-carrier matings can be avoided, preventing affected puppies from this variant.

  • Clear: the tested variant was not detected.
  • Carrier: one copy of the variant is present and can be passed on.
  • Affected genotype: two copies cause the tested gangliosidosis form.

Included subanalyses

This analysis includes the following subanalysis:

  • GM2 gangliosidosis type II / Sandhoff disease (HEXB-related) - Poodle

Allele combinations & result interpretations

Sampling and submission guidelines

References