Dynamic42
@dynamic42.bsky.social
Recreating human physiology in vitro for better therapies and disease research without animal experiments. Posting about news and insights from the organ-on-chip world. Learn more about us here --> https://dynamic42.com/
Noreen had her first breakthrough with a biochip last autumn! 🌟 She infected primary lung cells with Aspergillus fumigatus & observed hyphae growing on top of cells and invasively towards the endothelial side. A truly happy moment in her research journey! 🧫✨ #organonchip
November 18, 2025 at 8:44 AM
Noreen had her first breakthrough with a biochip last autumn! 🌟 She infected primary lung cells with Aspergillus fumigatus & observed hyphae growing on top of cells and invasively towards the endothelial side. A truly happy moment in her research journey! 🧫✨ #organonchip
Tim had an exciting breakthrough this year! The creation of a Candida albicans infection model using our intestine-on-chip in collaboration with the Leibniz HKI. Merging #OrganOnChip, #Microbiology, and advanced image analysis.
November 13, 2025 at 7:44 AM
Tim had an exciting breakthrough this year! The creation of a Candida albicans infection model using our intestine-on-chip in collaboration with the Leibniz HKI. Merging #OrganOnChip, #Microbiology, and advanced image analysis.
Noreen gives insights into her work for the RUBIN alliance "ATHANA".
She is talking about the assays she uses and the model she is building together with the lung team.
She is talking about the assays she uses and the model she is building together with the lung team.
November 4, 2025 at 8:57 AM
Noreen gives insights into her work for the RUBIN alliance "ATHANA".
She is talking about the assays she uses and the model she is building together with the lung team.
She is talking about the assays she uses and the model she is building together with the lung team.
Do read-outs for #organonchip and #2D cell culture differ?
They don't! Why? Because the samples we can take from our organ models are very similar. We can look at the supernatants, at the cells during incubation but also extract the tissue afterward for downstream analysis.
They don't! Why? Because the samples we can take from our organ models are very similar. We can look at the supernatants, at the cells during incubation but also extract the tissue afterward for downstream analysis.
October 28, 2025 at 9:03 AM
Do read-outs for #organonchip and #2D cell culture differ?
They don't! Why? Because the samples we can take from our organ models are very similar. We can look at the supernatants, at the cells during incubation but also extract the tissue afterward for downstream analysis.
They don't! Why? Because the samples we can take from our organ models are very similar. We can look at the supernatants, at the cells during incubation but also extract the tissue afterward for downstream analysis.
Does it always have to be a human #organonchip?
No, sometimes we also venture into different animals, such as Anne in one of her recent projects.
No, sometimes we also venture into different animals, such as Anne in one of her recent projects.
October 7, 2025 at 6:11 AM
Does it always have to be a human #organonchip?
No, sometimes we also venture into different animals, such as Anne in one of her recent projects.
No, sometimes we also venture into different animals, such as Anne in one of her recent projects.
🚀 Breakthrough in our #cancer-on-chip model!
Tom created a vasculature that grows into tumor spheroids overcoming previous matrix degradation challenges, he achieved direct tumor vascularization.
Want to learn how? Grab a spot in our Advanced Academy for next year!
Tom created a vasculature that grows into tumor spheroids overcoming previous matrix degradation challenges, he achieved direct tumor vascularization.
Want to learn how? Grab a spot in our Advanced Academy for next year!
October 1, 2025 at 6:25 AM
🚀 Breakthrough in our #cancer-on-chip model!
Tom created a vasculature that grows into tumor spheroids overcoming previous matrix degradation challenges, he achieved direct tumor vascularization.
Want to learn how? Grab a spot in our Advanced Academy for next year!
Tom created a vasculature that grows into tumor spheroids overcoming previous matrix degradation challenges, he achieved direct tumor vascularization.
Want to learn how? Grab a spot in our Advanced Academy for next year!
Within the RUBIN alliance "ATHANA" Japhette is looking at new treatment options for #lung #aspergillosis using our lung-on-chip model. #organonchip
September 25, 2025 at 8:14 AM
Within the RUBIN alliance "ATHANA" Japhette is looking at new treatment options for #lung #aspergillosis using our lung-on-chip model. #organonchip
Meet us at #EUROTOX2025 booth #A47 if you are interested in:
💊 Biochips without PDMS
🔬 High sample recovery
🦠 Infections models for all the microbes out there
💡 Capital-free tech & seamless workflows
🧫 Cancer models #TME
💊 Biochips without PDMS
🔬 High sample recovery
🦠 Infections models for all the microbes out there
💡 Capital-free tech & seamless workflows
🧫 Cancer models #TME
September 16, 2025 at 9:21 AM
Meet us at #EUROTOX2025 booth #A47 if you are interested in:
💊 Biochips without PDMS
🔬 High sample recovery
🦠 Infections models for all the microbes out there
💡 Capital-free tech & seamless workflows
🧫 Cancer models #TME
💊 Biochips without PDMS
🔬 High sample recovery
🦠 Infections models for all the microbes out there
💡 Capital-free tech & seamless workflows
🧫 Cancer models #TME
Tim is raising our #intestine-on-chip model to the next level by developing a primary cell-based model, including biochemical as well as electrical sensors to have real-time measurements insight the tissue & adds oxygen gradients for host-microbiota integration. #organonchip
September 2, 2025 at 8:22 AM
Tim is raising our #intestine-on-chip model to the next level by developing a primary cell-based model, including biochemical as well as electrical sensors to have real-time measurements insight the tissue & adds oxygen gradients for host-microbiota integration. #organonchip