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NV354, Potential Therapy for Mitochondrial Diseases, Shows Promise in Preclinical Studies

NeuroVive Pharmaceutical’s therapeutic candidate NV354 for mitochondrial diseases, such as Leigh syndrome, was able to restore the body’s own energy substrate — succinate — in an in vivo model of mitochondria dysfunction, preclinical results show. Moreover, researchers observed that NV354 is efficiently delivered to the brain. Magnus Hansson, PhD, NeuroVive’s…

PISD is a Novel Mitochondrial Disease Gene, Case Report Shows

Mutations in the PISD gene can cause mitochondrial disease, a new study shows. The report, “PISD is a mitochondrial disease gene causing skeletal dysplasia, cataracts and white matter changes,” appeared in the journal bioRxiv. Classic mitochondrial disease is caused by dysfunctional energy production, and symptoms usually occur in organs that…

Investigational Therapy Jotrol Shows Potential to Treat Mitochondrial Disorders, Mouse Study Suggests

Jotrol, Jupiter Orphan Therapeutics’ lead therapeutic candidate, was found to markedly improve mitochondria production in the liver and brain of mice with Alzheimer’s disease, according to preclinical data. These recent results further demonstrate the potential of the investigational therapy to modify mitochondria stability and function, without major toxicity effects.

Women with Mitochondrial Disease More Prone to Pregnancy Complications, Study Shows

Women with mitochondrial disease or mitochondrial dysfunction are more susceptible to complications during pregnancy, and their newborns are more likely to have congenital defects, a retrospective study shows. The study, “Effects of mitochondrial disease/dysfunction on pregnancy: A retrospective study,” was published in Mitochondrion. Primary mitochondrial disease (MD) comprises several…