Michael Francis Lab (@francislab4) 's Twitter Profile
Michael Francis Lab

@francislab4

Our laboratory investigates molecular pathways that sculpt the connectivity of circuits, alter their performance, and shape behavior. @UmassMedical

ID: 1177354993030041603

linkhttps://www.umassmed.edu/mfrancislab/ calendar_today26-09-2019 22:51:31

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Michael Francis Lab (@francislab4) 's Twitter Profile Photo

We are thrilled that Stephanie M Ortiz Espaillat, a UPR student, presented her summer work from our lab at Society for Neuroscience Events ! Great to see you again and best wishes on your future endeavors! UMass Chan Department of Neurobiology #SfN22

We are thrilled that Stephanie M Ortiz Espaillat, a <a href="/UPR_Oficial/">UPR</a> student, presented her summer work from our lab at <a href="/SfN_Events/">Society for Neuroscience Events</a> ! Great to see you again and best wishes on your future endeavors! <a href="/NeurobioUMass/">UMass Chan Department of Neurobiology</a>  #SfN22
SchaferLabUMassChan (@schaferlabumass) 's Twitter Profile Photo

Our lab’s new publication in Nature Communications by Jacob Stillmam UMass Chan Department of Neurobiology UMass Chan Medical School Morningside Graduate School of Biomedical Sciences and Francisco Mendes Lopes. A great joint effort to show how lipofuscin-like autofluorescence can confound microglial engulfment analyses. nature.com/articles/s4146…

Michael Francis Lab (@francislab4) 's Twitter Profile Photo

Excited to share our new paper that defines a synapse elimination program during circuit remodeling directed by the homeodomain transcriptional regulator, DVE-1. Out in Nature Communications! Fantastic work Kellianne Alexander UMass Chan Medical School UMMS Neuroscience UMass Chan Department of Neurobiology nature.com/articles/s4146…

Neural Cell News (@neuralcell) 's Twitter Profile Photo

🔬 The Francis Lab (Michael Francis Lab) at UMass Chan Medical School defines an unappreciated role for DVE-1 in directing #synapse elimination during circuit remodeling, likely through transcriptional regulation of protein degradation processes. Nature Communications | bit.ly/3RhmI7T

🔬 The Francis Lab (<a href="/FrancisLab4/">Michael Francis Lab</a>) at <a href="/UMassChan/">UMass Chan Medical School</a> defines an unappreciated role for DVE-1 in directing #synapse elimination during circuit remodeling, likely through transcriptional regulation of protein degradation processes. 

<a href="/NatureComms/">Nature Communications</a> | bit.ly/3RhmI7T