Researchers have documented a novel form of splicing in the cytoplasm of a nerve cell, which dictates a special form of a potassium channel protein in the outer membrane. The channel protein is ...

And what happens when we remove these complexes from the cytoplasm—how does this affect neuron function?" He added, "Now we know these types of molecules have a function outside the nucleus ...

And what happens when we remove these complexes from the cytoplasm – how does this affect neuron function?" Now we know these types of molecules have a function outside the nucleus, we will need ...

Scientists have known for some time that splicing proteins – the molecules studied in this research – can sometimes aggregate and form insoluble complexes in the cell’s cytoplasm, and that these ...

In the Neuron study, Da Cruz's team describes how ... the aggregates were able to recruit endogenous TDP-43 from the nucleus to the cytoplasm." The similarities extended to other downstream ...

called the cytoplasm, where it is decoded to make a protein. This process of mRNA transport is essential for life and when it malfunctions in humans it can lead to diseases such as Motor Neuron ...

Researchers at the University of Pennsylvania School of Medicine have documented a novel form of splicing in the cytoplasm of a nerve cell, which dictates a special form of a potassium channel ...