Usually causes loss of protein function, although more complex effects are seen.
At the cellular level, mutations can cause alterations in protein function and regulation.
Knowledge of the relationship between a protein's structure and its dynamic behavior is essential for understanding protein function.
Background Gene duplications are traditionally considered to be a major evolutionary source of new protein functions.
Only 1.2% of the mammalian genome thus encodes for protein function.
A major obstacle in experimentally determining protein function is that the studies require enormous resources.
Understanding the virus genetics and protein functions has been used to explore the potential for commercial use by biotechnology companies.
Several have a variety of domains, which may be useful in determining protein function.
The possible changes to protein function caused by editing is unknown at the current time.
This glycosylation is important both for protein structure and protein function.
