AI Networking Cookbook: Practical recipes for AI-assisted network automation and development
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The authors' findings reveal separable effects on TLR trafficking, downstream signalling and inflammasome activation, identifying CNPY3 as a key regulator of multiple cellular pathways involved in inflammatory responses and neurodevelopment.
The RUBCN-related disorders are established and expand as a clinically and molecularly distinct subset of autophagy-related diseases and enhances understanding of autophagy-related neurodevelopmental disorders and provides a foundation for future therapeutic investigations.
The observed burden of DRE and polytherapy supports the potential value of integrating therapeutic profiling, neuroimaging, and genomic testing in the etiological evaluation of patients with epilepsy and additional neurological features.
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