"Conectividad en desarrollo del cerebro murino" de Alfonso Aguilera (CNB-CSIC) ha sido reconocida por su impacto visual y científico.
¡Felicidades, Alfonso! 👏
#REMOA #CienciaYArte @cnb-csic.bsky.social @spaommeeting.bsky.social
"Conectividad en desarrollo del cerebro murino" de Alfonso Aguilera (CNB-CSIC) ha sido reconocida por su impacto visual y científico.
¡Felicidades, Alfonso! 👏
#REMOA #CienciaYArte @cnb-csic.bsky.social @spaommeeting.bsky.social
La obra "La creación de Adán" de Chiara Sgattoni, del Instituto BIOTECMED de la Universidad de Valencia, ha conquistado al público.
👏 ¡Enhorabuena, Chiara!
#REMOA @farinaslab.bsky.social @spaommeeting.bsky.social
La obra "La creación de Adán" de Chiara Sgattoni, del Instituto BIOTECMED de la Universidad de Valencia, ha conquistado al público.
👏 ¡Enhorabuena, Chiara!
#REMOA @farinaslab.bsky.social @spaommeeting.bsky.social
📸 Lelde Hermane
🏛️ Quantitative BioImaging Lab,(CCMAR/CIMAR LA),
Univ. Algarve, Portugal
Local Portuguese colonial gorgonian “soft coral” — broad sea fan (Eunicella verrucosa), captured using lightsheet microscopy stained with Propidium Iodide.
📸 Lelde Hermane
🏛️ Quantitative BioImaging Lab,(CCMAR/CIMAR LA),
Univ. Algarve, Portugal
Local Portuguese colonial gorgonian “soft coral” — broad sea fan (Eunicella verrucosa), captured using lightsheet microscopy stained with Propidium Iodide.
A coronal section from the brain of a 14-day-old developing mouse stained with Parvalbumin (magenta), VGlut2 (red), and Syt2 (green).
📸 Alfonso Aguilera
🏛️ Laboratory of Cerebral Cortex Development
(CNB–CSIC)
🔬 Leica DMI6000B with OrcaR2
A coronal section from the brain of a 14-day-old developing mouse stained with Parvalbumin (magenta), VGlut2 (red), and Syt2 (green).
📸 Alfonso Aguilera
🏛️ Laboratory of Cerebral Cortex Development
(CNB–CSIC)
🔬 Leica DMI6000B with OrcaR2
Two neural stem cells derived from the subventricular zone of the adult mouse brain. Nuclei (yellow) mitocondria (magenta).
📸 Chiara Sgattoni
🏛️ BIOTECMED Institute, Universitat de València (Fariña´s Lab)
🔬Microscope confocal Airyscan (Zeiss)
Two neural stem cells derived from the subventricular zone of the adult mouse brain. Nuclei (yellow) mitocondria (magenta).
📸 Chiara Sgattoni
🏛️ BIOTECMED Institute, Universitat de València (Fariña´s Lab)
🔬Microscope confocal Airyscan (Zeiss)
Shows a human colon ALI-based organoid. Epithelial cells (green) inmune cells (cyan) nuclei (blue)
🔬 Image acquired with a Stellaris 8 Microscope.
👩🔬 J. Fernández-Felipe, L. Córdoba-García & E. López-Collazo
Innate Immune Response, IdiPAZ, Madrid
Shows a human colon ALI-based organoid. Epithelial cells (green) inmune cells (cyan) nuclei (blue)
🔬 Image acquired with a Stellaris 8 Microscope.
👩🔬 J. Fernández-Felipe, L. Córdoba-García & E. López-Collazo
Innate Immune Response, IdiPAZ, Madrid
🏆 Inscripción al @spaommeeting.bsky.social
⌛Hasta 20 de octubre
📩 Comparte 😊
🏆 Inscripción al @spaommeeting.bsky.social
⌛Hasta 20 de octubre
📩 Comparte 😊
🏆 Prize: Free registration to @SPAOM5 (Braga, Nov 5–7)!
👉 Open to original, striking optical microscopy images.
📤 Submit your entry: [email protected]
More info 👇👇
#Microscopy #ScienceArt #SPAOM2025
🏆 Prize: Free registration to @SPAOM5 (Braga, Nov 5–7)!
👉 Open to original, striking optical microscopy images.
📤 Submit your entry: [email protected]
More info 👇👇
#Microscopy #ScienceArt #SPAOM2025
If you use optical microscopy in your research, share your most stunning images!
🧪 Open to all adults
📸 Original and digitally processed images (no AI-generated)
🎁 Prize: Free registration to #SPAOM2025 (Braga, Nov 5–7)
📍 Deadline: september 1st
More info 👇
If you use optical microscopy in your research, share your most stunning images!
🧪 Open to all adults
📸 Original and digitally processed images (no AI-generated)
🎁 Prize: Free registration to #SPAOM2025 (Braga, Nov 5–7)
📍 Deadline: september 1st
More info 👇