News

Adult-onset SMA Form, With VRK1 Mutations, Found in 2 Hispanics

Two mutations in the VRK1 gene were found in two unrelated Hispanic adults, with symptoms suggestive of an atypical form of adult-onset spinal muscular atrophy (SMA), according to a case report. While VRK1 mutations are mainly associated with pediatric-onset neuromuscular conditions marked by brain abnormalities and cognitive problems, these new cases…

COVID-19 Infection Turns Severe, Deadly in SMA Type 1 Child

A hospitalized 3-year-old with spinal muscular atrophy (SMA) type 1 died after being infected by the virus that causes COVID-19 and having a widespread inflammatory response — unusual in infected children — known as multisystem inflammatory syndrome, a case report found. This girl’s case “highlights the importance of close surveillance,…

Nominations Open for 2022 Eurordis Black Pearl Awards

Nominations are now open for the worldwide 2022 Black Pearl Awards from Eurordis-Rare Diseases Europe. The 12 award categories recognize individual advocates, policy makers, researchers, organizations, and companies who work to make a difference for the global rare disease community. The deadline for nominations is Sept. 10…

SMA Treatment May Be More Effective by Altering Underlying Molecule

Biochemical modifications made to antisense oligonucleotides — molecules that are the basis of an existing therapy for spinal muscular atrophy (SMA) — may improve this and similar treatments, new research suggests. More work, which is underway, is needed as the biochemical changes seen to possibly offer an advantage were more…

Spinraza Improves Motor Function in SMA Type 3 Children, Too

About one year of treatment with Spinraza (nusinersen) effectively prevents or reverses motor function decline in children and adults with spinal muscular atrophy (SMA) type 3, according to real-world data from an international registry. Notably, when compared with an external group of untreated patients, who always showed negative changes in…

Stem Cell Therapy May Benefit Some Type 1 Infants

Treatment with human fat tissue-derived mesenchymal stem cells (MSCs) may improve motor nerve cell health and survival in infants with spinal muscular atrophy (SMA) type 1, according to data from a small Phase 1 clinical trial in Iran. Notably, the stem cell treatment appeared to have effectively slowed disease progression…