2/
Unlike cytoplasmic aspiration methods like FluidFM-based Live-seq, the nanotweezer traps RNA directly using DEP, no fluid removal, no structural damage. It samples soma, dendrites, axons, and even dendritic spine bases ➡️ ~300 nm spatial resolution
➡️ Sequential biopsies are possible
Unlike cytoplasmic aspiration methods like FluidFM-based Live-seq, the nanotweezer traps RNA directly using DEP, no fluid removal, no structural damage. It samples soma, dendrites, axons, and even dendritic spine bases ➡️ ~300 nm spatial resolution
➡️ Sequential biopsies are possible
May 13, 2025 at 1:59 PM
2/
Unlike cytoplasmic aspiration methods like FluidFM-based Live-seq, the nanotweezer traps RNA directly using DEP, no fluid removal, no structural damage. It samples soma, dendrites, axons, and even dendritic spine bases ➡️ ~300 nm spatial resolution
➡️ Sequential biopsies are possible
Unlike cytoplasmic aspiration methods like FluidFM-based Live-seq, the nanotweezer traps RNA directly using DEP, no fluid removal, no structural damage. It samples soma, dendrites, axons, and even dendritic spine bases ➡️ ~300 nm spatial resolution
➡️ Sequential biopsies are possible
One year ago, our #CellEDIT Service was validated in a peer-reviewed publication!
Let’s look back at how this #FluidFM-based workflow is redefining gene editing in CHO cells 🔬
👇🧵
@unituebingen.bsky.social
#CRISPR #Biotech #GenEditing #SingleCell
Let’s look back at how this #FluidFM-based workflow is redefining gene editing in CHO cells 🔬
👇🧵
@unituebingen.bsky.social
#CRISPR #Biotech #GenEditing #SingleCell
May 26, 2025 at 8:02 AM
One year ago, our #CellEDIT Service was validated in a peer-reviewed publication!
Let’s look back at how this #FluidFM-based workflow is redefining gene editing in CHO cells 🔬
👇🧵
@unituebingen.bsky.social
#CRISPR #Biotech #GenEditing #SingleCell
Let’s look back at how this #FluidFM-based workflow is redefining gene editing in CHO cells 🔬
👇🧵
@unituebingen.bsky.social
#CRISPR #Biotech #GenEditing #SingleCell
When viral delivery, lipofection, or electroporation fall short, CellEDIT’s FluidFM-based intra nuclear injection offers a different path: force-controlled nanopipettes place CRISPR RNPs directly into the nucleus of a single cell, gently, precisely.
September 8, 2025 at 7:35 AM
When viral delivery, lipofection, or electroporation fall short, CellEDIT’s FluidFM-based intra nuclear injection offers a different path: force-controlled nanopipettes place CRISPR RNPs directly into the nucleus of a single cell, gently, precisely.