Roberto Molar Candanosa on Muck Rack

Roberto Molar Candanosa

Baltimore, Wootton Wawen Railway Station
As seen in: Scribd, Michigan News, New Scientist, EurekAlert!, Phys.org, The Hub (Johns Hopkins University), Europa Press, Medical Xpress, New Atlas, CleanTechnica and
Science writer + media relations @JohnsHopkins, before @NASAEarth. Del norte de 🇲🇽

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Roberto Molar Candanosa’s Journalist Portfolio

How to stop an iceberg in its tracks

How to stop an iceberg in its tracks

To determine how melting icebergs could be affecting the ocean, a kayak-sized robot stopped the massive chunk…

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Articles

Precision DNA editing targets root cause of severe childhood epilepsy in preclinical study

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By Roberto Molar Candanosa, David C Liu
| Broad Institute
Skip to main content About us This is Broad Learn about our mission, values, and history. Our impact Discover the impact of our research on human health. Our focus areas Learn about Broad’s main areas of research. People Meet our members, staff scientists, fellows, leadership, and other Broadies. Join Broad Find out how to join the Broad as an employee or associate member. Contact us Find our contact information, directions to our buildings, and directory.
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How did humans develop sharp vision? Lab-grown retinas show likely answer

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By Roberto Molar Candanosa, Hannah Robbins
| The Hub (Johns Hopkins University)
Name Hannah Robbins Email Cell phone 667-232-9047 Humans develop sharp vision during early fetal development thanks to an interplay between a vitamin A derivative and thyroid hormones in the retina, Johns Hopkins University scientists have found. The findings could upend decades of conventional understanding of how the eye grows light-sensing cells and could inform new research into treatments for macular degeneration, glaucoma, and other age-related vision disorders.
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Scientists Discover Neural Basis of Schizophrenia and Bipolar Disorder

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By Roberto Molar Candanosa, Johns Hopkins
| SciTechDaily
Tiny engineered brain models reveal that psychiatric disorders may arise from distinctive disruptions in neural communication rather than obvious structural damage. Credit: SciTechDaily.com Using lab-grown brain tissue, researchers uncovered complex patterns of neural signaling that differ subtly between healthy brains and those linked to severe psychiatric disorders.
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