 In this work, we explore whether and how certain structural and functional  network motifs act as injury mitigation mechanisms by protecting these readouts . Specifically, we examine how (i) Hebbian learning, (ii) high levels of noise, and (iii) presence of parallel inhibitory and excitatory connections contribute to  robustness of the olfactory system in the Manduca sexta moth.
<meaning-changed>  In this work, we explore whether and how certain structural and functional  network motifs act as injury mitigation mechanisms by protecting these readouts . Specifically, we examine how (i) Hebbian learning, (ii) high levels of noise, and (iii) presence of parallel inhibitory and excitatory connections contribute to  robustness of the olfactory system in the Manduca sexta moth.
 In this work, we explore whether and how certain structural and functional neuronal network motifs act as injury mitigation mechanisms by protecting these readouts . Specifically, we examine how (i) Hebbian learning, (ii) high levels of noise, and (iii) presence of parallel inhibitory and excitatory connections contribute to robustness of the olfactory system in the Manduca sexta moth.