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Rachel Cain
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Education Engagement Coordinator, WGVU-TV (Grand Rapids, MI)
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Content
Nano-organization of synapses defines synaptic release properties at cortical neuron dendritic spines
By Haani Jafri, Samantha Thomas, Rachel Cain, Matthew B. Dalva| bioRxiv@ AbstractVisualization of the submicron organization of excitatory synapses has revealed an unexpectedly ordered architecture consisting of nanocolumns of synaptic proteins that group into nanomodules which scale in number as spine size increases. How these features are related to synaptic function has remained unclear.
By Rachel Cain| Moose Lake Star-Gazette Verified With $1.267 million in funding approved by Governor Tim Walz on Jan. 3, researchers from the University of Minnesota’s College of Veterinary Medicine will lead a collaborative effort to address highly pathogenic avian influenza and its emerging threat to Minnesota wildlife. For two years, highly pathogenic avian influenza, also known as “bird flu” or HPAI, has made headlines for its devastating impact on free-ranging birds, free-ranging mammals and the poultry industry.
Nano-organization of synapses defines synaptic release properties at cortical neuron dendritic spines
By Haani Jafri, Samantha Thomas, Rachel Cain, Matthew B. Dalva| bioRxiv@ AbstractVisualization of the submicron organization of excitatory synapses has revealed an unexpectedly ordered architecture consisting of nanocolumns of synaptic proteins that group into nanomodules which scale in number as spine size increases. How these features are related to synaptic function has remained unclear.
Company Info
WGVU-TV (Grand Rapids, MI)