Vala Sciences
@valasciences.bsky.social
Vala enables precision drug discovery with fully automated analysis of hiPSC single-cell kinetics.
https://valasciences.com/
https://valasciences.com/
This Friday: Kara Gordon, our Director of Neurobiology, will be speaking at an Elixirgen Scientific webinar!
Attend to learn more about our work using hiPSC-derived models to model epilepsy in a dish! 🔬🧠
#Neuroscience #Epilepsy #iPSCs #Biotechnology
www.linkedin.com/events/unloc...
Attend to learn more about our work using hiPSC-derived models to model epilepsy in a dish! 🔬🧠
#Neuroscience #Epilepsy #iPSCs #Biotechnology
www.linkedin.com/events/unloc...
Unlocking the Secrets of Alzheimer's, Epilepsy & More with iPSC Technology | LinkedIn
Join us for an exciting webinar focusing on two innovative ways iPSC-derived neurons are being utilized to gain deeper insights into neurodegenerative diseases and their mechanisms.
What to Expect:
•...
www.linkedin.com
April 29, 2024 at 11:17 PM
This Friday: Kara Gordon, our Director of Neurobiology, will be speaking at an Elixirgen Scientific webinar!
Attend to learn more about our work using hiPSC-derived models to model epilepsy in a dish! 🔬🧠
#Neuroscience #Epilepsy #iPSCs #Biotechnology
www.linkedin.com/events/unloc...
Attend to learn more about our work using hiPSC-derived models to model epilepsy in a dish! 🔬🧠
#Neuroscience #Epilepsy #iPSCs #Biotechnology
www.linkedin.com/events/unloc...
At Vala, we use human induced pluripotent stem cells (hiPSCs) to develop high-content screens that model the central nervous system. Our models include hiPSC-neurons, hiPSC-microglia, and hiPSC-astrocytes.
This image shows an hiPSC-derived astrocyte (red) "hugging" an hiPSC-derived neuron (green).
This image shows an hiPSC-derived astrocyte (red) "hugging" an hiPSC-derived neuron (green).
March 29, 2024 at 8:05 PM
At Vala, we use human induced pluripotent stem cells (hiPSCs) to develop high-content screens that model the central nervous system. Our models include hiPSC-neurons, hiPSC-microglia, and hiPSC-astrocytes.
This image shows an hiPSC-derived astrocyte (red) "hugging" an hiPSC-derived neuron (green).
This image shows an hiPSC-derived astrocyte (red) "hugging" an hiPSC-derived neuron (green).
Stop by our poster on Wednesday morning at #SOT2024! Ranor is presenting exciting data on our cardiomyopathy + proarrhythmia assays in hiPSC-cardiomyoctes!
March 12, 2024 at 9:44 PM
Stop by our poster on Wednesday morning at #SOT2024! Ranor is presenting exciting data on our cardiomyopathy + proarrhythmia assays in hiPSC-cardiomyoctes!