120080 – Secure

It provides critical data on the epidemiology and natural history of DM in the Japanese population, helping researchers design more effective clinical trials for this rare genetic disorder [14]. 3. Legal and Regulatory Identifiers

Titled "Characteristics of myotonic dystrophy patients in the national registry of Japan," this article analyzes data from Remudy , Japan’s national registry for neuromuscular diseases [14, 28]. 120080

The study identifies how the protein PINK1 senses mitochondrial damage. When a mitochondrion's membrane potential drops (a sign of dysfunction), PINK1 stabilizes and activates the protein Parkin [11, 15]. It provides critical data on the epidemiology and

In the field of cellular biology, "120080" is the specific identifier for a seminal 2012 research article published in Open Biology titled [11]. The study identifies how the protein PINK1 senses

In clinical neurology, "Article 120080" refers to a 2022 report published in the Journal of the Neurological Sciences concerning [4, 14].

It is used as an Economic Disclosure Statement (EDS) package number (#120080) for governmental transactions and vendor disclosures [22]. 4. Biological and Botanical Classification

This process, known as mitophagy , is the cell's "quality control" mechanism for removing damaged power plants (mitochondria). Failure in this pathway is strongly linked to the development of Parkinson’s Disease and other neurodegenerative conditions [15, 20]. 2. Myotonic Dystrophy and Japanese National Registries