However, the modification we propose is of general mathematical nature.
The simple modification we propose made the initial dilation easier to perform and prevented a prolonged procedure time.
However, high lipid content make the brain and liver, besides exposing them to well-documented LPO-related pathology and thereby putting AIDA in the context of application to high-relevance biological studies, ideal as complex matrixes for a comparative evaluation of the previously developed method and the modification we propose herein.
Hereupon, we present the modifications we propose to make in SPMLSs so as to obtain SPMGLSs and then the design of front-end multichannel DFE using SPMGLSs.
Given its widespread occurrence and its predicted effects on protein structure, protein stability and post-translational modifications, we propose a new principle for transcriptional regulation in mammalian biology.
Given the widespread occurrence of this transcriptional pattern and the predicted differences in IUPs, protein stability and post-translational modifications, we propose the reciprocal relationship between metabolic and signaling pathways as a new canonical principle for transcriptional regulation in mammalian biology.
This smoking sex effect modification paradigm we propose not only might explain a lack of increased risk for RA among women smokers, but also provides a theoretical basis for the observation that smoking reduces the risk for RA in women [ 29].
Herein we show that DR theory, with the modifications which we propose, allows the modelling of various kinds of biphasic responses which are phenomenologically similar to hormetic ones and of well-defined origin, as well as responses which have been treated as genuinely hormetic.
The four stages of Tuckman's team-building concept (forming i.e. when teams are formed; storming i.e. when roles are clarified and changes are made as necessary; norming i.e. when key agreements are reached on the roles and responsibilities; and performing i.e. when the team functions effectively) [ 44] can be applied to partnership processes with some modifications that we propose as follows.
Eventually, this made our inference more robust and allowed us to contribute significant improvements to the pig genome: we proposed modifications for the largest discrepancies and the assembly was modified when this did not contradict sequence data (e.g. breaking a contig).
