Merry Christmas and Happy Holidays from us (@PainResearchUML ) and Ghezzi Lab at UML. Here's a group photo of us from our Christmas dinner with Secret Santa book swap! See you all in 2025!
#UMassLowell
Last month PRL/ Ghezzi Lab PhD Candidate Neal Lojek presented his research "A 3D in vitro Cortical Tissue Model For Studying Effects of Ionizing Radiation on Human Neuronal Network Function" at the #NASA#HRPIWS Workshop in Galveston, TX. Congratulations and great job!
We would like to congratulate our lab members, Neal, Rasha, Alex, and Mauricio, for their excellent presentations on their research at BMES 2023, Seattle!
#BMES2023@BiomedicalUml@UMLResearch @NIHendaddiction
Last Friday, we & @chiaraelia Ghezzi Lab, gathered for Mariam’s goodbye dinner. She has graduated from @BiomedicalUml this spring, and has been working in our lab. We wish her the best of luck with her future! 🍀 #PainResearchLab#UMassLowell
Here, you are seeing an offline representation of the single unit temporal #spiking activity of #iPSC-derived sensory #neurons. Each color represents spikes(s) from a unique neuron at a 1000 ms refresh rate. Each grid element is a #microelectrode.
Congratulations, Neal, for the excellent Ph.D. Qualifying Exam. His platform, #NeuroRad, will be used to assess the performance of #radioprotectants on engineered #iPSC-derived #cortical#neurons. We wish him luck on his dissertation.
Congratulations to researchers at @PainResearchUML for their important study exploring astrocytic oscillating calcium transients in co-cultures of induced pluripotent #stemcell glia and sensory #neurons.
Visit our website to learn more: https://t.co/9zGgM71Ge3
#MaestroMEA
Great news! The @PainResearchLab has a new publication on stimulating and recording oscillating calcium transients from iPSC astrocytes in real time with hIPSC’s co-culture. @axionbio1 @ncats_nih_gov @NIH@BrainXell_Inc@AnatomicTech check it out ⬇️
https://t.co/wCFjYDYSNN
Thank you Alex for leading a discussion during our Journal Club on:
Spatial transcriptomics of dorsal root ganglia identifies molecular signatures of human nociceptors https://t.co/NkALsnVpxv
Be sure to check out our newest research paper in @SfNJournals in collaboration with Zack Campbell's Lab at @UWMSTP#chronicpain#research
The RNA-binding protein HuR is integral to the function of nociceptors in mice and humans https://t.co/VQTcR3o4C4