Dan Arking
Associate Professor
Johns Hopkins University
From this contributor
Analyses of gene activity may yield clues to roots of autism
Network analyses of gene expression patterns may point to key molecular pathways that autism alters and suggest new ways of treating the condition.
Analyses of gene activity may yield clues to roots of autism
Postmortem brains crucial for autism research
Postmortem brains from individuals with autism allow researchers to look at patterns of gene expression in different cell types, and to understand the interplay among neurons and neural circuits, says Dan Arking.
Postmortem brains crucial for autism research
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Mitochondrial ‘landscape’ shifts across human brain
Evolutionarily newer regions sport mitochondria with a higher capacity for energy production than older regions, according to the first detailed map of the organelles in a tissue slice, adding to mounting evidence that the brain features a metabolic gradient.
Mitochondrial ‘landscape’ shifts across human brain
Evolutionarily newer regions sport mitochondria with a higher capacity for energy production than older regions, according to the first detailed map of the organelles in a tissue slice, adding to mounting evidence that the brain features a metabolic gradient.
Expediting clinical trials for profound autism: Q&A with Matthew State
Aligning Research to Impact Autism, a new initiative funded by the Sergey Brin Family Foundation, wants to bring basic science discoveries to the clinic faster.
Expediting clinical trials for profound autism: Q&A with Matthew State
Aligning Research to Impact Autism, a new initiative funded by the Sergey Brin Family Foundation, wants to bring basic science discoveries to the clinic faster.
This paper changed my life: Shane Liddelow on two papers that upended astrocyte research
A game-changing cell culture method developed in Ben Barres’ lab completely transformed the way we study astrocytes and helped me build a career studying their reactive substates.
This paper changed my life: Shane Liddelow on two papers that upended astrocyte research
A game-changing cell culture method developed in Ben Barres’ lab completely transformed the way we study astrocytes and helped me build a career studying their reactive substates.