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Thyroid hormone, brain development, and behavior

08.29.05 | Cold Spring Harbor Laboratory

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The scientists used transgenic mice heterozygous for a mutant form of the thyroid hormone receptor alpha1 that has about a ten-fold reduced affinity for its natural ligand, TH. They observed that reduced TH signaling during development lead to distinct neurological abnormalities in adulthood: extreme anxiety, reduced memory and locomotor dysfunction. Interestingly, the anxiety and memory impairment could be suppressed through dietary supplementation of the adult mice with TH (supplementation was not effective when administered as a juvenile).

Conversely, the uncoordination could be normalized through TH injections at juvenile (but not adult) stages. "Since most psychiatric diseases are thought to have a polygenic background, these discoveries may have valuable implications for the diagnosis and treatment of certain mood disorders," explains Dr. Vennstrom.

Genes & Development

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Article Information

Contact Information

Heather Cosel
coselpie@cshl.edu

How to Cite This Article

APA:
Cold Spring Harbor Laboratory. (2005, August 29). Thyroid hormone, brain development, and behavior. Brightsurf News. https://www.brightsurf.com/news/1ZKKQ7N1/thyroid-hormone-brain-development-and-behavior.html
MLA:
"Thyroid hormone, brain development, and behavior." Brightsurf News, Aug. 29 2005, https://www.brightsurf.com/news/1ZKKQ7N1/thyroid-hormone-brain-development-and-behavior.html.