Aug 2026· Journal of Neurology· Vol 273· 1 citation· 110 references
Medicine
TL;DR
Key biological mechanisms underlying TDP-43 pathology, emerging therapeutic strategies, and evolving approaches to clinical trial design and biomarker development are examined.
This stable, inducible TDP-43 overexpression model and its associated transcriptomic dataset provide a versatile platform for ALS and other TDP-43 proteinopathy research, enabling the investigation of molecular drivers of TDP-43 dysfunction, the identification of potential disease-relevant pharmacological targets, and...
Samantha A. DeSando, K. Mcclay, Amy N. Banks et al.· Discover Neuroscience· 0 citations
It is concluded that it is imperative that the field adopts more rigorous biomarker-led methodologies, and that although target-specific degraders offer a sophisticated technological leap, their success depends on addressing fundamental knowledge gaps in target engagement, age-dependent vector tropism, and trial design...
Michael A. S. Guth· Drug Discovery Today· 0 citations
These findings identify senescence-associated molecular states within vulnerable neuronal populations in ALS and support a model in which persistent stress adaptation may permit neuronal survival while contributing to progressive cellular dysfunction.
P. H. Doyle, Shiva Kazempour Dehkordi, Timothy C. Orr et al.· bioRxiv· 0 citations
This review synthesizes how decoding the structural and RNA-metabolic complexities of TDP-43 is paving a promising pathway from bench to bedside, while critically discussing current translational limitations.
A pathobiological definition of disease is proposed to provide a road map for developing biomarkers that accurately reflect the underlying pathobiology of disease and for advancing therapeutic candidates that effectively target fundamental disease mechanisms.
M. Benatar, SJ Barmada, Gregory A. Jicha et al.· JAMA Neurology· 1 citation
Collectively, scFv B1 modulates upstream pathogenic processes associated with TDP-43 proteinopathy but is insufficient to reverse established neurodegeneration after symptom onset, underscoring the need for earlier and likely combinatorial intervention strategies in ALS.
Y. Al Ojaimi, A. Dupuis, M. Palla et al.· Neurotherapeutics· 0 citations
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