Ava Handley

The paper shows that GCY-9 in C. elegans carbon dioxide sensing neurons primes mitochondrial stress response to enhance metabolic resilience under starvation.

This study identifies NF-Y as a key regulator of both neuron-type-specific and pan-neuronal gene expression through direct and indirect mechanisms.

The paper shows that GABA inhibits and acetylcholine promotes the mitochondrial stress response in C. elegans intestine via a neuro-intestinal circuit.

The paper shows that ETS-5 in C. elegans BAG neurons regulates INS-1 expression, linking neuronal activity to systemic metabolism through diet-induced changes.

The paper identifies an atypical TGF-beta signaling pathway in C. elegans that regulates neuronal guidance through SMA-6 and NLR-1 interactions.

The paper shows that CTBP-1 represses SAX-7/L1CAM to regulate SMD motor neuron axon development, with LAD-2 acting as a parallel factor in axon guidance.

This paper introduces oxygen plasma FIB-SEM as a faster and more versatile method for cellular tomography compared to gallium FIB-SEM.

This study identifies PDI-1 as a key factor in Wnt protein secretion in C. elegans and shows its conserved role in human cells.