Gallon, R. Et Al. 2019. A sensitive and scalable microsatellite instability assay to diagnose constitutional mismatch repair deficiency by sequencing of peripheral blood leukocytes. HUMAN MUTATION , vol.40, no.5 , 649-655.

Gallon, R., Muehlegger, B., Wenzel, S., Sheth, H., Hayes, C., Aretz, S., ... Dahan, K.(2019). A sensitive and scalable microsatellite instability assay to diagnose constitutional mismatch repair deficiency by sequencing of peripheral blood leukocytes. HUMAN MUTATION , vol.40, no.5, 649-655.

Gallon, Richard Et Al. "A sensitive and scalable microsatellite instability assay to diagnose constitutional mismatch repair deficiency by sequencing of peripheral blood leukocytes," HUMAN MUTATION , vol.40, no.5, 649-655, 2019

Gallon, Richard Et Al. "A sensitive and scalable microsatellite instability assay to diagnose constitutional mismatch repair deficiency by sequencing of peripheral blood leukocytes." HUMAN MUTATION , vol.40, no.5, pp.649-655, 2019

Gallon, R. Et Al. (2019) . "A sensitive and scalable microsatellite instability assay to diagnose constitutional mismatch repair deficiency by sequencing of peripheral blood leukocytes." HUMAN MUTATION , vol.40, no.5, pp.649-655.

@article{article, author={Richard Gallon Et Al. }, title={A sensitive and scalable microsatellite instability assay to diagnose constitutional mismatch repair deficiency by sequencing of peripheral blood leukocytes}, journal={HUMAN MUTATION}, year=2019, pages={649-655} }