Further, this functionality allows multiple different light sources to be strobed in sequence, allowing acquisition of high-speed multispectral or interlaced reflectance and fluorescence images (see Section 3.4 for more details on multispectral illumination protocols).
Further, this methodology allows incorporating structural modifications of the optimization problem context (degrees of freedom).
Further, this topology allows extending the voltage static gain when compared with the conventional Boost converter.
Further, this method allows for a random intercept and slope in disease duration to account for within-individual dependence.
Further, this strategy allows simultaneous treatment monitoring of activity in the tumour and paraneoplastic effects in the brain in tumour-positive patients.
Further this measurement allows us to consider the cost effectiveness of the treatment e.g. how much the treatments option costs per achieved QALY.
This allows further investigation of the physics behind single-electron transfer within double-donor systems.
This allows further estimation of the effects of recorded FiO2 adjustments in comparison with previous data [[32]].
This allows further exploitation of nutrient resources that would otherwise be restricted for individual cells.
