At least the first two features above may be considered as biological facts so, in the absence of direct evidence, they provide an indirect proof in favour of the hypothesized error-correction system.
Further studies are required to determine if the hypothesized error-related responses of AIV neurons derive from activity in this population of CM and L1 neurons.
We hypothesized that error and non-error conflict would involve different neural processes during cognitive control.
It is hypothesized that error(s) in this rearrangement process result in the inability to mate, followed by loss of the micronucleus.
Like we hypothesized, the error rates were maximal if one of the trials in the meta-analysis was substantially larger than the other ones.
The primary objective of the current study was to determine whether a refinement and extension of the CNCEQ would lead to the identification of separate factors representing hypothesized cognitive error categories.
Because the GPS/leveling data are acquired using high-quality GPS measurements and spirit leveling observations, it is usually hypothesized that errors in the computed gravimetric model primarily account for the observed systematic errors; these are usually due to commission errors in the GGM, as well as uncorrected systematic errors in the data.
We hypothesized decreased errors, and altered anterior and posterior deltoid activation with increasing elevation, in both orientations.
We hypothesized that error-prone DNA synthesis could account for the higher mutation rate in late replication regions of chromosome VI.
We hypothesize that error detection and recovery strategies would improve during the second procedure without hands-on practice.
Therefore it seems reasonable to conclude that both overall goodness of fit and specific error terms estimates give no support for the hypothesized relationship between error terms of reported number of partners and age of first sex with these data.
