#Microscopy #Neuroscience #DiseaseModeling #hiPSCs
#Phenomics #TargetBiology #DrugDiscovery #LiveImaging
#BillsMafia || Posts represent only myself
doi.org/10.1080/27694127.2025.2472450
#Neuroscience #Autophagy #HuntingtonsDisease
doi.org/10.1080/27694127.2025.2472450
#Neuroscience #Autophagy #HuntingtonsDisease
Here’s a kinetic showcasing pkMito dynamics and the heterogeneity of axonal mitochondria
I'm looking forward to all of the incredible microscopy from this community in 2025.
Happy Holidays everyone! ☃️❄️
Here’s a kinetic showcasing pkMito dynamics and the heterogeneity of axonal mitochondria
I'm looking forward to all of the incredible microscopy from this community in 2025.
Happy Holidays everyone! ☃️❄️
I paired #lysosome and #mitochondria kinetics side-by-side to highlight their distinct axonal motility.
I thought this nicely shows the need for organelle-specific metrics when designing high-throughput screening assays.
#Neuroscience #CellBiology
I paired #lysosome and #mitochondria kinetics side-by-side to highlight their distinct axonal motility.
I thought this nicely shows the need for organelle-specific metrics when designing high-throughput screening assays.
#Neuroscience #CellBiology
so, here's a taste of the lysosomal transport you can find at my poster (HCB-23)
At TDI, we've been integrating #microscopy and #phenomics to identify and validate phenotypes of ALS patient-derived spinal motor neurons for subsequent drug screening.
so, here's a taste of the lysosomal transport you can find at my poster (HCB-23)
At TDI, we've been integrating #microscopy and #phenomics to identify and validate phenotypes of ALS patient-derived spinal motor neurons for subsequent drug screening.
Here are longitudinal kinetics showing dose-dependent degeneration from an exogenous stressor: part of an assay developed for drug screening with iPSC-derived neurons. 🔬
#Microscopy #Neuroscience #Bioimaging #CellBiology
Here are longitudinal kinetics showing dose-dependent degeneration from an exogenous stressor: part of an assay developed for drug screening with iPSC-derived neurons. 🔬
#Microscopy #Neuroscience #Bioimaging #CellBiology
Excited about striking a balance between sparse-labeling and 'painted' coverage.
#Neuroscience #Microscopy #CellBiology #AAV #iPSC
Excited about striking a balance between sparse-labeling and 'painted' coverage.
#Neuroscience #Microscopy #CellBiology #AAV #iPSC
Enjoy these jittery mitochondria sifting through axons of patient-derived motor neurons thanks to the pkMito probe from @spirochrome.com
#neuroscience #science #microscopy #bioimaging #mitochondria
Enjoy these jittery mitochondria sifting through axons of patient-derived motor neurons thanks to the pkMito probe from @spirochrome.com
#neuroscience #science #microscopy #bioimaging #mitochondria
#EchoLake #MtCannon
#EchoLake #MtCannon
glia (cyan) migrate out of organoids and completely steal the show from neurons (green) and their axons (magenta) 🔬
glia (cyan) migrate out of organoids and completely steal the show from neurons (green) and their axons (magenta) 🔬
no,
it is the fact that we found a bit of sunshine 🇮🇸🌞
no,
it is the fact that we found a bit of sunshine 🇮🇸🌞
I'm a neurobiologist who recently joined the ALS Therapy Development Institute after my postdoc to identify phenotypes and therapeutic targets (ie: organelle & cytoskeletal dynamics) via patient-derived neurons - such as these:
I'm a neurobiologist who recently joined the ALS Therapy Development Institute after my postdoc to identify phenotypes and therapeutic targets (ie: organelle & cytoskeletal dynamics) via patient-derived neurons - such as these: