We found that these animals showed the same decreased infection resistance phenotype as fertile animals (Fig. 1D, orange lines).
Index Iu showed the same response in lactation milk as conventional selection on EBVL, but resulted in the same decreased persistency.
The similar morphological and phenotypic features of the cribriform PIN/CIS cells, and the early invasive epithelial cells, suggest that the same decrease in nutrient supply may be experienced by cells that have just invaded the stroma.
We assumed that, each year, a patient's visual acuity would increase by 15 letters, remain the same, decrease by 15 letters, or decrease by 30 letters.
We thus anticipate that the same decrease of the pump beam power cannot be compensated by an increase of the fiber length by the same amount.
While the broadening could be due to a decreasing value of x, we found that this same decrease would lead to increasing enthalpy overshoots on heating, contrary to the experimental observations.
These results indicate that there is no difference between the PA- and PE-MCL with regard to these parameters until ≈1.0 min and that the same decrease occurs for both with time.
We assumed that, each year, a patient's visual acuity would either increase by 15 letters, remain the same, decrease by 15 letters, or decrease by 30 letters.
All else being the same, decreasing the two-phase-region mobility increases the risk associated with pressure elevation during injection.
The effective size N e (t1 t2) of a population within a time interval t1 t2 is the size of an idealized random mating population of constant size that causes the same decrease of gene diversity as the true population within t 2 − t 1 I generations.
