Optimal ALARM BN discovered by CausNet. حسب Nand Sharma (21519845)

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Optimal ovarian cancer BNs learned by CausNet and CausNet-partial. حسب Nand Sharma (21519845)

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Algorithm 2: Maintain inhibitory densities coherence. حسب Dimitri Rodarie (10148838)

Algorithm 1: Cap inhibitory densities to number of neurons. حسب Dimitri Rodarie (10148838)

Schematic of the suggested ROSA network for 16-element linear array consisting of power division, phase control, amplitude control of primary and secondary array. حسب Maryam Shadi (14237349)

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List of ageing-associated genes (STRING identifier and corresponding gene symbol) within imputed genes based on the JenAge Ageing Factor Database for each tissue (brain and liver)... حسب Konstantina Charmpi (9901053)

Comparison of the results of our code in with references for some cases. حسب Maryam Shadi (14237349)

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Schematic of the designed ROSA network, including power division, BFN, pase compensation and phase shifter units, for which the geometry parameters are L-PD = 17.54, L-BFN = 84.5,... حسب Maryam Shadi (14237349)

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The definition of parameters of Eq 1. حسب Maryam Shadi (14237349)

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Fig 9 - حسب Maryam Shadi (14237349)

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Show parameter <i>N</i>_<i>x</i> for different topologies. حسب Maryam Shadi (14237349)

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Fig 5 - حسب Maryam Shadi (14237349)

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Fig 3 - حسب Maryam Shadi (14237349)

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Fig 8 - حسب Maryam Shadi (14237349)

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Fig 6 - حسب Maryam Shadi (14237349)

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Fig 11 - حسب Maryam Shadi (14237349)

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Normalized radiation patterns with GAPSO amplitude and phase tapering for ± 25° scan for aperiodic array in 28 GHz. حسب Maryam Shadi (14237349)

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Guideline of the proposed methodology. حسب Maryam Shadi (14237349)

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Network propagation identifies ageing-associated genes as well as genes distinguishing prostate tumors of different grades. حسب Konstantina Charmpi (9901053)

Table 1_A computational framework for optimizing mRNA vaccine delivery via AI-guided nanoparticle design and in silico gene expression profiling.pdf حسب Valentina Di Salvatore (6296114)

"…<p>Recent concerns about off-target immune activation following non-targeted mRNA vaccine delivery have prompted the need for rational design strategies that optimize nanoparticle formulations. Building upon our previous in silico work using the Universal Immune System Simulator to characterize immune responses to mRNA vaccines, we present a computational framework that integrates synthetic transcriptomics with artificial intelligence-driven optimization to guide the development of safer and more targeted lipid nanoparticles. …"