Get behind-the-scenes insights from customers who worked with us and read success stories from #CellEDIT projects: from tricky edits to clean outcomes with high viability.
• Read the blog: https://bit.ly/3QwTmRo
• Subscribe to our newsletter: https://bit.ly/4hoYinh
#GeneEditing #CRISPR #SingleCell
• Read the blog: https://bit.ly/3QwTmRo
• Subscribe to our newsletter: https://bit.ly/4hoYinh
#GeneEditing #CRISPR #SingleCell
November 4, 2025 at 2:05 PM
Get behind-the-scenes insights from customers who worked with us and read success stories from #CellEDIT projects: from tricky edits to clean outcomes with high viability.
• Read the blog: https://bit.ly/3QwTmRo
• Subscribe to our newsletter: https://bit.ly/4hoYinh
#GeneEditing #CRISPR #SingleCell
• Read the blog: https://bit.ly/3QwTmRo
• Subscribe to our newsletter: https://bit.ly/4hoYinh
#GeneEditing #CRISPR #SingleCell
🧬 With CellEDIT, it’s a trick for the cells… 🎃 …but a treat for your research.
Because in the world of gene editing, precision is the sweetest treat. 🍬
#TrickOrTransfect #SpookyScience #CellEDIT #LiveCellEngineering #CRISPR #CRISPRMagic #FluidFM #BiotechTreats #HalloweenScience #GeneEditing
Because in the world of gene editing, precision is the sweetest treat. 🍬
#TrickOrTransfect #SpookyScience #CellEDIT #LiveCellEngineering #CRISPR #CRISPRMagic #FluidFM #BiotechTreats #HalloweenScience #GeneEditing
October 31, 2025 at 2:14 PM
🧬 With CellEDIT, it’s a trick for the cells… 🎃 …but a treat for your research.
Because in the world of gene editing, precision is the sweetest treat. 🍬
#TrickOrTransfect #SpookyScience #CellEDIT #LiveCellEngineering #CRISPR #CRISPRMagic #FluidFM #BiotechTreats #HalloweenScience #GeneEditing
Because in the world of gene editing, precision is the sweetest treat. 🍬
#TrickOrTransfect #SpookyScience #CellEDIT #LiveCellEngineering #CRISPR #CRISPRMagic #FluidFM #BiotechTreats #HalloweenScience #GeneEditing
@unav.edu studying #NSCLC, where PTEN low tumors often resist immunotherapy.
Challenge: Create a PTEN KO in aggressive Lacun.3; standard CRISPR delivery failed.
Solution: #CellEDIT + #FluidFM — direct, gentle, vector free nuclear RNP injection.
Result? Full story 👉 https://bit.ly/3G02mNq
Challenge: Create a PTEN KO in aggressive Lacun.3; standard CRISPR delivery failed.
Solution: #CellEDIT + #FluidFM — direct, gentle, vector free nuclear RNP injection.
Result? Full story 👉 https://bit.ly/3G02mNq
October 15, 2025 at 2:55 PM
@unav.edu studying #NSCLC, where PTEN low tumors often resist immunotherapy.
Challenge: Create a PTEN KO in aggressive Lacun.3; standard CRISPR delivery failed.
Solution: #CellEDIT + #FluidFM — direct, gentle, vector free nuclear RNP injection.
Result? Full story 👉 https://bit.ly/3G02mNq
Challenge: Create a PTEN KO in aggressive Lacun.3; standard CRISPR delivery failed.
Solution: #CellEDIT + #FluidFM — direct, gentle, vector free nuclear RNP injection.
Result? Full story 👉 https://bit.ly/3G02mNq
From collab to publication: #CellEDIT helped Dr. Siniuk @leibnizfli.bsky.social validate a p53 site KO in U2OS via vector-free intranuclear #CRISPR. @natgenet.nature.com (Jan 2025) reframes transcriptional interference, showing #CoCoProms as dynamic gene regulators. #FluidFM #SingleCell
September 22, 2025 at 5:08 PM
From collab to publication: #CellEDIT helped Dr. Siniuk @leibnizfli.bsky.social validate a p53 site KO in U2OS via vector-free intranuclear #CRISPR. @natgenet.nature.com (Jan 2025) reframes transcriptional interference, showing #CoCoProms as dynamic gene regulators. #FluidFM #SingleCell
Inspiring two days at #SYMPOSIUM2050 (Sept 4–5)
Standout talks:
Berend Snijder (#Pharmacogenomics), Charlotte Bunne (#AI in #MolecularBiology), Alex Schier (#DevelopmentalBiology).
Proud to present Cytosurge’s #FluidFM, #LiveSeq, #CellEDIT. Thanks to Lucas Pelkmans and Valentina Marcelli.
Standout talks:
Berend Snijder (#Pharmacogenomics), Charlotte Bunne (#AI in #MolecularBiology), Alex Schier (#DevelopmentalBiology).
Proud to present Cytosurge’s #FluidFM, #LiveSeq, #CellEDIT. Thanks to Lucas Pelkmans and Valentina Marcelli.
September 8, 2025 at 1:29 PM
Inspiring two days at #SYMPOSIUM2050 (Sept 4–5)
Standout talks:
Berend Snijder (#Pharmacogenomics), Charlotte Bunne (#AI in #MolecularBiology), Alex Schier (#DevelopmentalBiology).
Proud to present Cytosurge’s #FluidFM, #LiveSeq, #CellEDIT. Thanks to Lucas Pelkmans and Valentina Marcelli.
Standout talks:
Berend Snijder (#Pharmacogenomics), Charlotte Bunne (#AI in #MolecularBiology), Alex Schier (#DevelopmentalBiology).
Proud to present Cytosurge’s #FluidFM, #LiveSeq, #CellEDIT. Thanks to Lucas Pelkmans and Valentina Marcelli.
Have a stubborn cell line? Let us know which ones you struggle with!
#FluidFM #CRISPR #GeneEditing #SingleCellEngineering #HardToTransfect #PrimaryCells #IntraNuclearInjection #RNP #CellEDIT @tobias-a-beyer.bsky.social
#FluidFM #CRISPR #GeneEditing #SingleCellEngineering #HardToTransfect #PrimaryCells #IntraNuclearInjection #RNP #CellEDIT @tobias-a-beyer.bsky.social
September 8, 2025 at 7:35 AM
Have a stubborn cell line? Let us know which ones you struggle with!
#FluidFM #CRISPR #GeneEditing #SingleCellEngineering #HardToTransfect #PrimaryCells #IntraNuclearInjection #RNP #CellEDIT @tobias-a-beyer.bsky.social
#FluidFM #CRISPR #GeneEditing #SingleCellEngineering #HardToTransfect #PrimaryCells #IntraNuclearInjection #RNP #CellEDIT @tobias-a-beyer.bsky.social
CRISPR Problems with #PC3 or #LNCaP editing? 🧬 Try #CellEDIT + #FluidFM:
✅ Intra-nuclear, vector-free RNP delivery
✅ Precise stoichiometry, gentle on cells
✅ High efficiency, low off-target risk
Book a consultation: https://bit.ly/41sI7j1
#ProstateCancer #CancerResearch #Oncology
✅ Intra-nuclear, vector-free RNP delivery
✅ Precise stoichiometry, gentle on cells
✅ High efficiency, low off-target risk
Book a consultation: https://bit.ly/41sI7j1
#ProstateCancer #CancerResearch #Oncology
September 1, 2025 at 4:49 PM
CRISPR Problems with #PC3 or #LNCaP editing? 🧬 Try #CellEDIT + #FluidFM:
✅ Intra-nuclear, vector-free RNP delivery
✅ Precise stoichiometry, gentle on cells
✅ High efficiency, low off-target risk
Book a consultation: https://bit.ly/41sI7j1
#ProstateCancer #CancerResearch #Oncology
✅ Intra-nuclear, vector-free RNP delivery
✅ Precise stoichiometry, gentle on cells
✅ High efficiency, low off-target risk
Book a consultation: https://bit.ly/41sI7j1
#ProstateCancer #CancerResearch #Oncology
Symposium 2050, ETH Zürich (4–5 Sep). Cytosurge CSO @tobias-a-beyer.bsky.social : #FluidFM for single‑cell biology—#LiveSeq + #CellEDIT. With @lucaspelkmans.bsky.social > www.cytosurge.com/event/sympos...
August 26, 2025 at 12:15 PM
Symposium 2050, ETH Zürich (4–5 Sep). Cytosurge CSO @tobias-a-beyer.bsky.social : #FluidFM for single‑cell biology—#LiveSeq + #CellEDIT. With @lucaspelkmans.bsky.social > www.cytosurge.com/event/sympos...
#CellEDIT delivers the full makeover: Vector-free, intra-nuclear delivery with precise RNP stoichiometry and multiplex genome editing — for results that are accurate, safe, and seriously impressive. 💅🧬
#MultiplexEditing #GenomeEngineering #CRISPR #SingleCellPower #GeneticPrecision
#MultiplexEditing #GenomeEngineering #CRISPR #SingleCellPower #GeneticPrecision
August 18, 2025 at 7:44 AM
#CellEDIT delivers the full makeover: Vector-free, intra-nuclear delivery with precise RNP stoichiometry and multiplex genome editing — for results that are accurate, safe, and seriously impressive. 💅🧬
#MultiplexEditing #GenomeEngineering #CRISPR #SingleCellPower #GeneticPrecision
#MultiplexEditing #GenomeEngineering #CRISPR #SingleCellPower #GeneticPrecision
Summer break is over, but your CellEDIT-ed cells came back healthy, happy, and multiplexed — just the way you wanted. 🧬✨
While some cells return from vacation with nothing more than a sketchy nose job 👃😬 #BackToSchool
While some cells return from vacation with nothing more than a sketchy nose job 👃😬 #BackToSchool
August 18, 2025 at 7:44 AM
Summer break is over, but your CellEDIT-ed cells came back healthy, happy, and multiplexed — just the way you wanted. 🧬✨
While some cells return from vacation with nothing more than a sketchy nose job 👃😬 #BackToSchool
While some cells return from vacation with nothing more than a sketchy nose job 👃😬 #BackToSchool
When Dr. Alfonso Calvo's team at @unav.edu hit roadblocks engineering their #NSCLC cell line, our #CellEDIT service delivered the PTEN knockout they needed.
"Without it, we would not have been able to complete our planned experiments."
Read the full story 👉 bit.ly/3G02mNq
@uvadivulga.bsky.social
"Without it, we would not have been able to complete our planned experiments."
Read the full story 👉 bit.ly/3G02mNq
@uvadivulga.bsky.social
July 14, 2025 at 6:18 AM
When Dr. Alfonso Calvo's team at @unav.edu hit roadblocks engineering their #NSCLC cell line, our #CellEDIT service delivered the PTEN knockout they needed.
"Without it, we would not have been able to complete our planned experiments."
Read the full story 👉 bit.ly/3G02mNq
@uvadivulga.bsky.social
"Without it, we would not have been able to complete our planned experiments."
Read the full story 👉 bit.ly/3G02mNq
@uvadivulga.bsky.social
6/ Let's solve your science together! Connect with our #CRISPR experts! Drop us a DM :)
#Biotech #FluidFM #GeneEditing #CellEDIT
#Biotech #FluidFM #GeneEditing #CellEDIT
July 8, 2025 at 10:07 AM
6/ Let's solve your science together! Connect with our #CRISPR experts! Drop us a DM :)
#Biotech #FluidFM #GeneEditing #CellEDIT
#Biotech #FluidFM #GeneEditing #CellEDIT
4/ That’s where #CellEDIT offers a distinct advantage. Thanks to #FluidFM's micrometer-level precision, we can deliver defined, consistent amounts of each component directly into the nucleus of single cells. #singlecell
July 8, 2025 at 10:07 AM
4/ That’s where #CellEDIT offers a distinct advantage. Thanks to #FluidFM's micrometer-level precision, we can deliver defined, consistent amounts of each component directly into the nucleus of single cells. #singlecell
Summer science doesn't take a vacation! 🌞 #CellEDIT #newsletter!
Just released: See how the #CellEDITService @unav.edu overcome #CRISPR challenges in #cancerimmunotherapy research when traditional methods failed.
Plus 🥁
👉Read the full #newsletter bit.ly/4kd6E1P and #subscribe for regular updates.
Just released: See how the #CellEDITService @unav.edu overcome #CRISPR challenges in #cancerimmunotherapy research when traditional methods failed.
Plus 🥁
👉Read the full #newsletter bit.ly/4kd6E1P and #subscribe for regular updates.
Summer Innovations: CellEDIT's Latest Breakthroughs in Gene Editing
Hello, Welcome to our Summer 2025 CellEDIT Newsletter! As summer begins, we're excited to share our latest collaborations, technology updates, and introduce you to the brilliant minds behind our innov...
bit.ly
June 26, 2025 at 7:55 AM
Summer science doesn't take a vacation! 🌞 #CellEDIT #newsletter!
Just released: See how the #CellEDITService @unav.edu overcome #CRISPR challenges in #cancerimmunotherapy research when traditional methods failed.
Plus 🥁
👉Read the full #newsletter bit.ly/4kd6E1P and #subscribe for regular updates.
Just released: See how the #CellEDITService @unav.edu overcome #CRISPR challenges in #cancerimmunotherapy research when traditional methods failed.
Plus 🥁
👉Read the full #newsletter bit.ly/4kd6E1P and #subscribe for regular updates.
What’s the role of precise cell engineering in CGT?🧬
Let’s talk #CellEDIT & vector-free CRISPR at the UK-CH CGT Exchange, June 26 in Lausanne!
🤝 Catch me in Lausanne or at the CGT Circle the evening before!
📩 DM me to set up a time.
#FluidFM #GeneEditing #SingleCell #CGT
Let’s talk #CellEDIT & vector-free CRISPR at the UK-CH CGT Exchange, June 26 in Lausanne!
🤝 Catch me in Lausanne or at the CGT Circle the evening before!
📩 DM me to set up a time.
#FluidFM #GeneEditing #SingleCell #CGT
June 24, 2025 at 1:42 PM
What’s the role of precise cell engineering in CGT?🧬
Let’s talk #CellEDIT & vector-free CRISPR at the UK-CH CGT Exchange, June 26 in Lausanne!
🤝 Catch me in Lausanne or at the CGT Circle the evening before!
📩 DM me to set up a time.
#FluidFM #GeneEditing #SingleCell #CGT
Let’s talk #CellEDIT & vector-free CRISPR at the UK-CH CGT Exchange, June 26 in Lausanne!
🤝 Catch me in Lausanne or at the CGT Circle the evening before!
📩 DM me to set up a time.
#FluidFM #GeneEditing #SingleCell #CGT
3/ With #CellEDIT, we use vector-free intra-nuclear injection via #FluidFM® technology— delivering #CRISPR RNPs directly into the nucleus of individual cells. This bypasses cellular barriers, avoids degradation, and ensures precise dosing—exactly where editing needs to happen.
June 23, 2025 at 7:32 AM
When Dr. Calvo's team at @unav.edu challenged engineering #lungcancer cells, our #CellEDIT service provided the #CRISPR solution they needed.🧬
Proud to support research on tumor microenvironment and immunotherapy resistance in #NSCLC!
Read the full story: bit.ly/3G02mNq
Proud to support research on tumor microenvironment and immunotherapy resistance in #NSCLC!
Read the full story: bit.ly/3G02mNq
June 18, 2025 at 9:11 AM
When Dr. Calvo's team at @unav.edu challenged engineering #lungcancer cells, our #CellEDIT service provided the #CRISPR solution they needed.🧬
Proud to support research on tumor microenvironment and immunotherapy resistance in #NSCLC!
Read the full story: bit.ly/3G02mNq
Proud to support research on tumor microenvironment and immunotherapy resistance in #NSCLC!
Read the full story: bit.ly/3G02mNq
6/
Today, CellEDIT helps researchers worldwide in:
🔬 Functional genomics
🧫 Disease modeling
💊 Drug development
And it’s available as a service!!!
👉 Check out the open access publication 👉 analyticalsciencejournals.onlinelibrary.wiley.com/doi/10.1002/...
@unituebingen.bsky.social
Today, CellEDIT helps researchers worldwide in:
🔬 Functional genomics
🧫 Disease modeling
💊 Drug development
And it’s available as a service!!!
👉 Check out the open access publication 👉 analyticalsciencejournals.onlinelibrary.wiley.com/doi/10.1002/...
@unituebingen.bsky.social
Accelerated generation of gene‐engineered monoclonal CHO cell lines using FluidFM nanoinjection and CRISPR/Cas9
Monoclonal generation of gene-engineered Chinese hamster ovary (CHO) cells holds great promise in biomanufacturing of biologics medicine. However, an accelerated method to generate monoclonal cell li...
analyticalsciencejournals.onlinelibrary.wiley.com
May 26, 2025 at 8:02 AM
6/
Today, CellEDIT helps researchers worldwide in:
🔬 Functional genomics
🧫 Disease modeling
💊 Drug development
And it’s available as a service!!!
👉 Check out the open access publication 👉 analyticalsciencejournals.onlinelibrary.wiley.com/doi/10.1002/...
@unituebingen.bsky.social
Today, CellEDIT helps researchers worldwide in:
🔬 Functional genomics
🧫 Disease modeling
💊 Drug development
And it’s available as a service!!!
👉 Check out the open access publication 👉 analyticalsciencejournals.onlinelibrary.wiley.com/doi/10.1002/...
@unituebingen.bsky.social
5/
Why it matters?
📌 CHO cells are the workhorse of biologics
📌 But their glycoprofile can limit therapeutic efficacy
📌 CellEDIT accelerates glycoengineering—offering a faster, precise route to optimized #clones.
Why it matters?
📌 CHO cells are the workhorse of biologics
📌 But their glycoprofile can limit therapeutic efficacy
📌 CellEDIT accelerates glycoengineering—offering a faster, precise route to optimized #clones.
May 26, 2025 at 8:02 AM
5/
Why it matters?
📌 CHO cells are the workhorse of biologics
📌 But their glycoprofile can limit therapeutic efficacy
📌 CellEDIT accelerates glycoengineering—offering a faster, precise route to optimized #clones.
Why it matters?
📌 CHO cells are the workhorse of biologics
📌 But their glycoprofile can limit therapeutic efficacy
📌 CellEDIT accelerates glycoengineering—offering a faster, precise route to optimized #clones.
2/
Launched in 2022, CellEDIT uses #FluidFM nanoinjection to deliver #CRISPR/Cas9 RNPs directly into the nucleus of single cells.
🎯 Precision delivery (vector-free editing)
⚖️ Stoichiometry control
🧬 Minimal impact on cell viability
Launched in 2022, CellEDIT uses #FluidFM nanoinjection to deliver #CRISPR/Cas9 RNPs directly into the nucleus of single cells.
🎯 Precision delivery (vector-free editing)
⚖️ Stoichiometry control
🧬 Minimal impact on cell viability
May 26, 2025 at 8:02 AM
2/
Launched in 2022, CellEDIT uses #FluidFM nanoinjection to deliver #CRISPR/Cas9 RNPs directly into the nucleus of single cells.
🎯 Precision delivery (vector-free editing)
⚖️ Stoichiometry control
🧬 Minimal impact on cell viability
Launched in 2022, CellEDIT uses #FluidFM nanoinjection to deliver #CRISPR/Cas9 RNPs directly into the nucleus of single cells.
🎯 Precision delivery (vector-free editing)
⚖️ Stoichiometry control
🧬 Minimal impact on cell viability
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