File:Huntingtin-Is-Critical-Both-Pre--and-Postsynaptically-for-Long-Term-Learning-Related-Synaptic-pone.0103004.g002.jpg

Summary

Description
English: mRNA in situ analysis shows that ApHTT mRNAs are expression in Aplysia sensory neurons, motor neurons, and glial cells. Fluorescently labeled ribo probes were used to examine the distribution of ApHTT mRNAs. Confocal projection image is shown. The scale bar represents 20 µm.
Date
Source Image file from Choi Y, Kadakkuzha B, Liu X, Akhmedov K, Kandel E, Puthanveettil S (2014). "Huntingtin Is Critical Both Pre- and Postsynaptically for Long-Term Learning-Related Synaptic Plasticity in Aplysia". PLOS ONE. DOI:10.1371/journal.pone.0103004. PMID 25054562. PMC: 4108396.
Author Choi Y, Kadakkuzha B, Liu X, Akhmedov K, Kandel E, Puthanveettil S
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Category:Cell diagrams Category:Cells Category:Animal cells Category:Molecular cell biology Category:Autosomal dominant Category:Huntington's disease Category:Gene expression Category:Cellular neuroscience Category:Molecular neuroscience Category:Animal models of disease Category:Mechanical treatment of specimens Category:Specimen disruption Category:Media from PLOS ONE Category:Uploaded with reCitation Bot Category:Uploaded with reCitation Bot and needing category review
Category:Animal cells Category:Animal models of disease Category:Autosomal dominant Category:CC-BY-4.0 Category:Cell diagrams Category:Cells Category:Cellular neuroscience Category:Gene expression Category:Huntington's disease Category:Mechanical treatment of specimens Category:Media from PLOS ONE Category:Molecular cell biology Category:Molecular neuroscience Category:Specimen disruption Category:Uploaded with reCitation Bot Category:Uploaded with reCitation Bot and needing category review