The same hypothesis could also explain the susceptibility of some fungal cultures to organic acids (Batish et al. [1997]).
The same hypothesis was used to frame the survey administered to fifteen chefs of Lyon, all members of the Association des Toques Blanches.
The same hypothesis may be established regarding the corpus callosum and the existence of a subclinical form of Marchiafava-Bignami disease in KS [47].
The same hypothesis was proposed recently also at non telomeric DSBs, where MRX was shown to facilitate Exo1 association to DSBs independently of Mre11 nuclease activity by promoting Yku removal [52].
The same hypothesis could be formulated for patients with AD.
The same hypothesis seems confirmed by preliminary results in the COI cluster "form B - form Rlc".
The same hypothesis could account for the longer duration of the pharyngeal transit times in COPD patients.
The same hypothesis may apply to nonpersistent PCB congeners and p, p′-DDT, which have a much higher abundance in hair compared with serum.
The same hypothesis should predict enhanced combinatorial regulation of WGD duplicates, which could possibly be tested by a direct large-scale promoter sequence analysis.
Studies testing the same hypothesis will tend to find results that match the underlying true effect, but there will be some variation in their results due to differences between studies (different participants, researchers, settings, and so on).
This is the same hypothesis being explored by companies like AltspaceVR, with entire social networks built around shared experiences.
