The efficiency of this sequence of choices has interesting implications in terms of what we understand to be the awareness of the researcher.
This sequence of events has several implications for prosthetic surgery: first, the existence of a posttraumatic fibrosis of the joint; second, damage to the cartilage joint; and finally, deformation of the lower limb.
We describe below the state of the art for determining mutation signatures by next-generation sequencing, the implications of this approach for detecting the carcinogenic impacts of mutagenic exposures, and its promise for prevention.
Since genomic information is uniquely identifying and familial by nature, publication of an individual's sequence has implications for that person's biological relatives (Gymrek et al. 2013).
Although the sensitivity, limitations and potential confounds of DTI are well recognized, the additional observation of a lack of change for most patients in their clinical upper motor neuron score over time (not previously reported to our knowledge) may have implications for the sequence of pathological change in ALS, and understanding the variable regional spread of symptoms.
The sequence of Fagopyrum chloroplast genome, besides its phylogenetic implications, may provide useful information for more practical aspects.
This previously unreported degree of V3 loop sequence diversity has implications for viral pathogenesis, vaccine design, and the optimal use of HIV-1 CCR5 antagonists.
It errs, if anything, on the side of professionalism, turning a tale full of sticky political implications and emotional undercurrents into a neat sequence of plot twists.
This has implications for normal routines and roles, and the sequence of events at birth.
While the profile of, and public attitudes about, genome sequencing resemble those of other biotechnologies, the nature of sequencing and its implications for patient experience are new.
