Overall, this proteomic investigation confirmed the GS1 involvement in N recycling as well as in the root assimilation of NO3− and NH4+, and at the same time, it allowed us to propose that specific and combined isoforms sustain these different metabolic tasks.
The analysis allows us to propose a practical strategy for the operation of the suspension.
This allows us to propose a practical strategy for the parameterization of the method.
The situation of Example 4 allows us to propose some non-standard approaches to this kind of problems.
This allows us to propose a model for nutrition-sensitive ecdysone biosynthesis during critical weight.
This synthesis allows us to propose a taxonomy of interventions for rural and remote nurse retention.
This simple framework nonetheless allows us to propose experimentally testable hypotheses.
Comparing their intra-element nucleotide diversities and their structures allows us to propose the putative dynamics of their emergence.
Comparison of their intra-nucleotide diversities and their structures allows us to propose the putative dynamics of their emergence.
