Teresa Femenia (@femenialab) 's Twitter Profile
Teresa Femenia

@femenialab

ID: 1067828189009973248

calendar_today28-11-2018 17:10:54

14 Tweet

18 Followers

55 Following

John Lukens (@lukensjohnr) 's Twitter Profile Photo

TREM2 receptor protects against complement-mediated synaptic loss by binding to complement C1q during neurodegeneration Immunity cell.com/immunity/fullt…

Instituto de Neurociencias UMH-CSIC (@neuroalc) 's Twitter Profile Photo

#SciencePhoto_IN "Dendritic Spines: The Keys to our Memory" Author: Álvaro Morcuende Harbaro Lab: Dr. Teresa Femenía "Hippocampal cells in vitro. Neuron (left), astrocyte (right). A fluorescent protein allows us to examine them in fine detail. ZEISS Microscopy SVI Huygens"

#SciencePhoto_IN
"Dendritic Spines: The Keys to our Memory"
Author: Álvaro Morcuende <a href="/MorcamAlvaro/">Harbaro</a>
Lab: Dr. Teresa Femenía
"Hippocampal cells in vitro. Neuron (left), astrocyte (right). A fluorescent protein allows us to examine them in fine detail. <a href="/zeiss_micro/">ZEISS Microscopy</a> <a href="/svi_huygens/">SVI Huygens</a>"
Anna Clemens, PhD (@scientistswrite) 's Twitter Profile Photo

As an academic writing coach, here are the 7 most common mistakes I see researchers make when writing the Introduction section of their paper. A thread. 🧵 #newPI #AcademicTwitter

Instituto de Neurociencias UMH-CSIC (@neuroalc) 's Twitter Profile Photo

#SciencePhoto_IN "The battery of our conscience" Author: Álvaro Morcuende Harbaro Lab: Dr. Teresa Femenía "Neurons (green), nucleus (blue). 3D rendered mitochondria (red) which provide the all of the energy that neurons require.ZEISS Microscopy LSM 880-Airyscan Elyra PS.1"

#SciencePhoto_IN
"The battery of our conscience"
Author: Álvaro Morcuende <a href="/MorcamAlvaro/">Harbaro</a>
Lab: Dr. Teresa Femenía
"Neurons (green), nucleus (blue). 3D rendered mitochondria (red) which provide the all of the energy that neurons require.<a href="/zeiss_micro/">ZEISS Microscopy</a> LSM 880-Airyscan Elyra PS.1"
Instituto de Neurociencias UMH-CSIC (@neuroalc) 's Twitter Profile Photo

#SciencePhoto_IN "Signal" Author: Kuisong Song Lab: Dr. Andreas Kardamakis Andreas Kardamakis "The fine structure of a retinal ganglion cell visualized by Rabies-GFP. Electric signals are collected by dendrites and conveyed through the axon to the brain. ZEISS Microscopy Elyra PS.1"

#SciencePhoto_IN
"Signal"
Author: Kuisong Song
Lab: Dr. Andreas Kardamakis <a href="/KardamakisAndre/">Andreas Kardamakis</a>
"The fine structure of a retinal ganglion cell visualized by Rabies-GFP. Electric signals are collected by dendrites and conveyed through the axon to the brain. <a href="/zeiss_micro/">ZEISS Microscopy</a> Elyra PS.1"
Instituto de Neurociencias UMH-CSIC (@neuroalc) 's Twitter Profile Photo

#SciencePhoto_IN "Abyss" Author: Kuisong Song Lab: Dr. Andreas Kardamakis Andreas Kardamakis "Axons (orange) from mouse retinal ganglion cells converge to form the optic nerve. The evenly distributed axons suggests a good pan-retina viral infection. ZEISS Microscopy LSM880-Elyra PS.1."

#SciencePhoto_IN
"Abyss"
Author: Kuisong Song
Lab: Dr. Andreas Kardamakis <a href="/KardamakisAndre/">Andreas Kardamakis</a> "Axons (orange) from mouse retinal ganglion cells converge to form the optic nerve. The evenly distributed axons suggests a good pan-retina viral infection. <a href="/zeiss_micro/">ZEISS Microscopy</a> LSM880-Elyra PS.1."
Instituto de Neurociencias UMH-CSIC (@neuroalc) 's Twitter Profile Photo

#SciencePhoto_IN "Watermelon" Author: Kuisong Song Lab: Dr. Andreas Kardamakis Andreas Kardamakis "Green (GFP) fibers from retina, red (RFP) axons sent by the prefrontal cortex, target sensory and motor layers of the superior colliculus, respectively. Leica Microsystems Thunder."

#SciencePhoto_IN
"Watermelon"
Author: Kuisong Song
Lab: Dr. Andreas Kardamakis <a href="/KardamakisAndre/">Andreas Kardamakis</a> "Green (GFP) fibers from retina, red (RFP) axons sent by the prefrontal cortex, target sensory and motor layers of the superior colliculus, respectively. <a href="/LeicaMicro/">Leica Microsystems</a> Thunder."
Andreas Kardamakis (@kardamakisandre) 's Twitter Profile Photo

Here is our new preprint showing how local circuits in the superior colliculus can generate visual center and surround interactions. We also show a way to crack local circuits for their contribution to global function. biorxiv.org/content/10.110… Arvind Iakovos Lazaridis @meletislab

European Brain Council (@eu_brain) 's Twitter Profile Photo

Panellists explored ongoing international funding opportunities, the challenges of global collaboration, the imbalance across continents of accessibility to funding, building funding partnerships and how to get the brain further at the top of the funding priority lists #IBRO2023

Panellists explored ongoing international funding opportunities, the challenges of global collaboration, the imbalance across continents of accessibility to funding, building funding partnerships and how to get the brain further at the top of the funding priority lists #IBRO2023
IdoAmitLab (@idoamitlab) 's Twitter Profile Photo

Proud to share our collaboration in the latest Cell paper led by Hanjie Li. The study presents an immune cell atlas & the dynamics of human macrophage specification in prenatal development. doi.org/10.1016/j.cell… (1/11)

Proud to share our collaboration in the latest <a href="/CellCellPress/">Cell</a> paper led by <a href="/li_hanjie/">Hanjie Li</a>. The study presents an immune cell atlas &amp; the dynamics of human macrophage specification in prenatal development. doi.org/10.1016/j.cell… (1/11)
Nature Neuroscience (@natureneuro) 's Twitter Profile Photo

#Ketamine-triggered rapid antidepressant-like responses in mice, but not psychomimetic effects, are mediated by the GluN2A NMDAR subunit, not GluN2B. nature.com/articles/s4159…