Urine samples are increasingly used for diagnosing infections including Escherichia coli, Ebola virus, and Zika virus.
Biobank samples are increasingly used as a major resource for scientists to access unique patient samples for medical research and patient treatments.
Observational studies relying on biological samples are increasingly used to better understand disease with a goal of improving population health.
Clinical residual samples are increasingly used for research under a notification system for incoming patients with a possible opt-out [ 38].
Furthermore, archival formalin fixed, paraffin embedded (FFPE) samples are increasingly becoming the primary resource for gene expression studies because fresh frozen (FF) samples are often difficult to obtain and requires special storage conditions.
Targeted resequencing experiments, in which a selected set of candidate genes is resequenced across hundreds or thousands of samples, are increasingly prepared to evaluate findings from large-scale sequencing studies.
Techniques such as high-resolution magic-angle-spinning of tissue biopsies (and even larger samples) are increasingly used for biochemical and biomedical investigations [ 75], even though this will lead to far more extensive enzymatic changes than the extractions used here.
An evaluation comparing NAAT testing of vulvovaginal swabs with culture is particularly important, since non-invasive sampling is increasingly being used for STI screening in women who have no symptoms and in whom an examination is not needed for clinical evaluation.
Because the longer lived individuals had relatively long telomeres even at 25 days, our data also clearly illustrate how, as the cohort got older, the surviving sample was increasingly biased towards those that started life with long telomeres.
We also observed FOLR1 expression in normal fallopian tube tissue samples, which is increasingly accepted as the cell of origin for most HGSC (Piek et al, 2001; Crum et al, 2007).
