CRISPR has allowed scientists to tag and light up endogenous genes of interest to better
understand normal protein function.
Not exact matches
Allan Jacobson, Ph.D., of the University of Massachusetts Medical School and co-founder of PTC Therapeutics, the company that developed ataluren, and David Bedwell, Ph.D., professor of the UAB Department of Biochemistry and Molecular Genetics, have sought to
understand precisely how ataluren allows the ribosome, the machinery of cellular
protein synthesis, to skip over these inserted stop signs and produce
proteins that have
normal or near -
normal function.
He says it's also important to
understand the
protein's biological role in cellular signaling and
normal animal development as well as to consolidate its role in human cancer development, progression and drug - resistance.
Detecting
protein -
protein interactions is key to
understanding both
normal and abnormal functions in the cell.
«In general, scientists try to
understand disease - causing mutations in the context of all the studies we've done on the
normal protein,» Shokat said.
The
normal role of Ro was not well
understood although it was known that the
protein is normally found bound to small RNA molecules called Y RNAs, whose function remains somewhat mysterious.
A better
understanding of the
normal role of the huntingtin
protein would make developing treatments easier.
Understanding the normal function of this essential protein is vital to understanding the root of the disease, yet despite more than a decade of investigation, its role in the cell rem
Understanding the
normal function of this essential
protein is vital to
understanding the root of the disease, yet despite more than a decade of investigation, its role in the cell rem
understanding the root of the disease, yet despite more than a decade of investigation, its role in the cell remains elusive.
The more we
understand about how the
normal and extra-long huntingtin
proteins are made and work in brain cells, the better equipped we'll be in the search for HD treatments.
Several gene rearrangements have been engineered and their
protein products have been expressed in both
normal cells and cancer cells to
understand the effects of each rearrangement on cell function and targeted drug effectiveness.
While it does not address the quantity problem that you raise, it is important information for someone who is concerned about
protein: http://nutritionfacts.org/topics/
protein/ My
understanding is that too much
protein (even the amount most
normal Americans eat, not to mention the amounts your body builder is promoting) is bad for the kidneys.
However, it is my
understanding that
normal traditional soy foods like tofu, soymilk, and tempeh contain NO soy
protein isolate.
I have been led to
understand that if her metabolic functions and enzymes are not
normal she may not be absorbing the needed vitamins,
proteins and fat that a dog needs for proper health.