Cellular Alterations in Six Neurodegenerative Diseases Studied
Cellular alterations in six different neurodegenerative diseases may have common origins in a series of common processes, according to new research.
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Cellular alterations in six different neurodegenerative diseases may have common origins in a series of common processes, according to new research.
A perplexing range of neurodegenerative diseases are known to attack distinct regions of the brain, causing severe cognitive and motor deficit.
During the event, the Company plans to showcase its R&D progress and platform innovation, as well as its product and pipeline goals for 2023 focused on continued commercial execution of four RNAi therapeutic products, and advancement of early-, mid-, and late-stage investigational programs.
The RNA quadruple helix Roschdi and Butcher study, called a “pUG”, can wind around itself four times to create a cube shape that can affect gene silencing. In this rendering, the uridine (U) nucleotides are blue while the guanosine (G) nucleotides are green.
Cancer, caused by abnormal overgrowth of cells, is the second-leading cause of death in the world. Researchers from the Salk Institute have zeroed in on specific mechanisms that activate oncogenes, which are altered genes that can cause normal cells to become cancer cells.