This more stringent approach is advantageous because it allows us to find disease-causing genes that lie in existing disease intervals but that were previously not associated with the disease.
That is of medical significance because it allows mouse "models" of human genetic diseases to be made and most diseases have at least some genetic component.The contribution made by Dr Capecchi and Dr Smithies was to work out how to define and excise particular pieces of DNA from a cell while leaving the rest intact.
Therefore, diffusion imaging helps to define the stage of the disease because it allows differentiation between irreversible venous infarction (DWI hyperintense with restricted diffusion) and reversible venous oedema (DWI isointense with increased diffusion).
(male, 61 years old, oral therapy) "On Saturday and Sunday, I engage in traditional dancing, because it allows me to forget my disease.
Symptoms can be overlapping with other dominant noncoding expansion disorders, such as DM2 or spinocerebellar ataxias (SCAs) [ 21], and differential diagnosis based on clinical examination can be uncertain; therefore, genetic testing plays an important role in making an accurate diagnosis of DM1 disease because it allows direct detection of the [CTG] expansion.
Doing so is risky business, because it allows us to include biologically unrelated diseases under one imprecise diagnostic term.
This is a tree-based method, that has been used for marker trait associations with human disease data, because it allows the ranking and selection among very large sets of predictor variables (markers) that best explain the phenotype [20], [21].
Mixed methods research also partially overcomes the disadvantage of a convenience sample and of the small sample size inherent to this specific disease group, because it allows for exploration of findings from different angles and at different levels.
Investigating discordant MZ twin pairs is a powerful strategy for uncovering disease-associated epigenetic changes because it allows an assessment of the epigenome independent of any underlying genomic sequence variation (19).
Six months was chosen because it allows the model to consider the natural progression and resolution of the disease over a reasonable time frame.
