Such hypothesis is considered in Theorem 1.7 of Gordji and Ramezani[14].
Such hypothesis is in accordance with the decrease in the dissipation energy values upon HAP deposition (Fig. 3b).
Such hypothesis is reasonable because it equals to the case that there is only single available forwarder within radio range of the sender.
Such hypothesis is supported by the comparison of the nanomorphologies of the block copolymer film, of hybrid bilayer and annealed hybrid bilayer shown in the AFM images.
Such hypothesis suggests the formation of new neuronal circuits underlying the newly acquired behavioural outcome.
Such hypothesis was also suggested by recent data obtained on a wide collection of strains of Pseudomonas syringae isolated from different host plants [16].
Such hypothesis was corroborated by recent work of Delviks-Frankenberry and colleagues [29], through alanine-scanning mutagenesis in RNase H primer grip residues.
Such hypothesis is supported by the detection of PtSIT3 ESTs in libraries from Nitrate-starved and Fe-starved conditions (not shown).
Such hypothesis was based on biochemical analysis of post-synaptic densities (PSD) that showed a decreased content of AMPAR in DAP12KI mice brain as compared with WT.
Such hypothesis merits further investigation.
Such hypothesis can be confirmed through appropriate longitudinal studies.
