AraqueLab (@labaraque) 's Twitter Profile
AraqueLab

@labaraque

Neuroscience Lab at the University of Minnesota.
Our lab focuses on the mechanisms and physiological consequences of astrocyte-neuron signaling.

ID: 1112787841849966592

linkhttp://www.araquelab.com calendar_today01-04-2019 18:44:30

87 Tweet

1,1K Followers

342 Following

Scofield Laboratory (@scofieldlab) 's Twitter Profile Photo

I wanted to share a recent astrocyte review written by a rising star (pun intended) in the lab @jpanicc13. doi.org/10.1016/j.csbj… Here she reviews some recent advances in astrocyte viral vectors and glial and neuronal genetic indicator in vivo imaging and analysis techniques.

AraqueLab (@labaraque) 's Twitter Profile Photo

Today, our postdoct Jose A. Noriega will be presenting our recent results about astrocytes and endocannabinoids in the #WCBR2023 at 4:30 pm. Do not miss this interesting talk.

University of Minnesota MD-PhD Program (@umnmstp) 's Twitter Profile Photo

Student Spotlight: Jacob Noeker (Jacob) is in his first year of the PhD phase and is planning to pursue his interest in translational neurogenetics in the Araque Lab (AraqueLab) (1/2). #doubledocs

Student Spotlight: Jacob Noeker (<a href="/NeuroNoeker/">Jacob</a>) is in his first year of the PhD phase and is planning to pursue his interest in translational neurogenetics in the Araque Lab (<a href="/LabAraque/">AraqueLab</a>) (1/2). #doubledocs
Gertru Perea (@gertruperealab) 's Twitter Profile Photo

Happy to share that Gfap-melanopsin is already release as viral vector. Astrocytic lovers, you might be interested! 😉 Now available at med.unc.edu/genetherapy/ve…

Blanca Díaz Castro (@b_diazcastro) 's Twitter Profile Photo

🚨POSTDOC and RESEARCH ASSISTANT open POSITIONS.🚨 Astrocyte-vasculature interactions in mice & human using imaging (2P, confocal, EM) & molecular biology (omics, CRISPR). Underrepresented and multidisciplinary backgrounds are encouraged to apply. Email me for more info.

AraqueLab (@labaraque) 's Twitter Profile Photo

Do not miss our last preprint from our amazing postdocs Carmen Pérez de Nanclares and Jose A. Noriega showing how Bergmann glia regulates intrinsic properties of purkinje cells contributing to spinocerebellar ataxia type-1

Pilar Quijada Comunicación 📣 (@pilarquijada3) 's Twitter Profile Photo

“La primera reacción ante un descubrimiento rompedor es la de mofarse”. Alfonso Araque descubrió en 1998 que los astrocitos regulan las sinapsis. Nadie le creyó. Entrevista de M. Galan, alumna máster #Neurociencia UAM Autónoma Madrid AraqueLab SENC Los blogs de ABC abcblogs.abc.es/ventana-cerebr…

“La primera reacción ante un descubrimiento rompedor es la de mofarse”. Alfonso Araque descubrió en 1998 que los astrocitos regulan las sinapsis. Nadie le creyó. Entrevista de M. Galan, alumna máster #Neurociencia <a href="/UAM_Madrid/">UAM Autónoma Madrid</a> <a href="/LabAraque/">AraqueLab</a> <a href="/SENC_/">SENC</a> <a href="/abc_blogs/">Los blogs de ABC</a> 
abcblogs.abc.es/ventana-cerebr…
Jose A. Noriega (@jnoriega_9) 's Twitter Profile Photo

Thanks @JoeyCheers for your support. Thanks AraqueLab for giving me the opportunity to work on this wonderful project. Thanks also to the judges who believed in my work. Moreover, congratulations to @lujanpema for his award. Cannabinoid GRC 2023 University of Minnesota Neuroscience

AraqueLab (@labaraque) 's Twitter Profile Photo

The Araque Lab is proud to announce that in collaboration with the Cvetanovic Lab, University of Minnesota Neuroscience, we have published a new article in the Journal of Neurobiology of Disease! Led by our postdocs Jose A. Noriega and Carmen Pérez de Nanclares sciencedirect.com/science/articl…

Mario Martin-Fernandez (@mmf_89) 's Twitter Profile Photo

I am thrilled to see my postdoctoral work finally published in Nature Neuroscience ! (free access here: rdcu.be/dpQhG). We used in vivo ephys and a new behavioral paradigm to elucidate what the PFC represents when mice face danger. These are the main findings of our work: 🧵

I am thrilled to see my postdoctoral work finally published in <a href="/NatureNeuro/">Nature Neuroscience</a> ! (free access here: rdcu.be/dpQhG). We used in vivo ephys and a new behavioral paradigm to elucidate what the PFC represents when mice face danger. These are the main findings of our work: 🧵