Archive for Category: 3D Technologies, 3D Models & Microfluidic

Showing 1 – 10 of 23 results

  • Date&Time: Dec 5, 2019;                        3 PM (CET) presented by James T. Shoemaker, CSO, LENA Biosciences. Looking for some new ways doing 3D Cell Culture? We will  show you in a short lecture an overview what  LENA Biosciences can do for you. LENA is our new partner in the field of #3D Technologies, 3D Models […]

    NEW LIVE Webinar: Physiologically Predictive Tools for Static and Dynamic 3D Cell Culture

    Date&Time: Dec 5, 2019;                        3 PM (CET) presented by James T. Shoemaker, CSO, LENA Biosciences. Looking for some new ways doing 3D Cell Culture? We will  show you in a short lecture an overview what  LENA Biosciences can do for you. LENA is our new partner in the field of #3D Technologies, 3D Models & Microfluidic LENA BioSciences (Atlanta, USA) offers scaffold-based technology for static and dynamic 3 D cell culture. They develop...
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  • NEW partner: Lena Biosciences is our new partner in the field of static and dynamic 3D Cell Culture

    LENA BioSciences (Atlanta, USA) offers scaffold-based technology for static and dynamic 3 D cell culture. Three main product lines are available: SEEDEZ - glass microfiber scaffolds in different formats (from 8 well t0 96 well) PERFUSIONPAL - Organ-on-a-Chipinsert systems using glass microfiber scaffolds GradientEZ - special glass microfiber scaffolds for migration and invasion assays More information will be published very soon and in our coming newsletter. To stay informed just subscribe...
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  • Tools, Tools, Tools… I love Analysis tools The Excel templates for 3D CoSeedis™ assist in accurate cell seeding and facilitate volumetric analysis of 3D aggregates. Cell Seeding Dilutions The spread sheet assists in proper #cellseeding. It calculates the required amount of cells/ml to achieve any desired number of cells per microwell. Find out more here: #3dmodel #analysistools […]

    NEW Tools: Cell Seeding Dilutions

    Tools, Tools, Tools... I love Analysis tools The Excel templates for 3D CoSeedis™ assist in accurate cell seeding and facilitate volumetric analysis of 3D aggregates. Cell Seeding Dilutions The spread sheet assists in proper #cellseeding. It calculates the required amount of cells/ml to achieve any desired number of cells per microwell. Find out more here: #3dmodel #analysistools    
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  • We have talked: Optimised Cancer Treatments and EV research with 3D Models   “It’s totally cool! Symposium Munich: Wed, 27 March 2019 To an expert- talk about “Optimised Cancer Treatments and EV research with 3D Models” invited PELOBIotech GmbH and its Swiss partner abc biopply at the IZB Sky-Room end of March 2019. Around 20 scientists […]

    We have talked: “It’s genius!”

    We have talked: Optimised Cancer Treatments and EV research with 3D Models   "It's totally cool! Symposium Munich: Wed, 27 March 2019 To an expert- talk about “Optimised Cancer Treatments and EV research with 3D Models” invited PELOBIotech GmbH and its Swiss partner abc biopply at the IZB Sky-Room end of March 2019. Around 20 scientists from Bavarian biotech companies and institutes such as TUM,  LMU, Helmholtz Centre in Munich  and Fraunhofer in Regensburg discussed with high-level...
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  • To a talk about applied 3D cell culture PELOBiotech GmbH and its US partner EastRiver BioSolutions from New York invited to Sky-Room at the IZB end of November 2018. Around 30 scientists from Munich biotech companies, LMU, Klinikum rechts der Isar, Helmholtz Centre and Hochschule Munich discussed with John O´Neill, CSO EastRiver, the importance of […]

    PELONews: Talk about Native Organotypic ECM Great Success

    To a talk about applied 3D cell culture PELOBiotech GmbH and its US partner EastRiver BioSolutions from New York invited to Sky-Room at the IZB end of November 2018. Around 30 scientists from Munich biotech companies, LMU, Klinikum rechts der Isar, Helmholtz Centre and Hochschule Munich discussed with John O´Neill, CSO EastRiver, the importance of the right physiological environment for cell growth. Guests came from Switzerland and the University of Dublin, Ireland, Prof. Günther Eisner, too. In...
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  • Our partner abc biopply has recently released its new micro-organoid histology system, being the latest extension to abc biopply’s 3D CoSeedis™ technology platform. The micro-organoid histology system offers a validated and standardised work process form the generation of spheroidal or non-spheroidal 3D cell aggregates to paraffin embedded micro-arrays of 3D cell structures. Detailed protocols take […]

    3D CoSeedis™: New Micro-organoid Histology System

    Our partner abc biopply has recently released its new micro-organoid histology system, being the latest extension to abc biopply’s 3D CoSeedis™ technology platform. The micro-organoid histology system offers a validated and standardised work process form the generation of spheroidal or non-spheroidal 3D cell aggregates to paraffin embedded micro-arrays of 3D cell structures. Detailed protocols take the researcher through each step in a comprehensible and reproducible way. The system...
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  • Full-thickness dorsal skin wounds in mice were treated with Noviogel for 3 and 7 days. No foreign body reaction, but even a significant decrease in granulocyte population in the wound was observed. Two excisional wounds were created using a disposable 4- mm skin biopsy punch. A single dose of 50 µl of Noviogel-P or Noviogel-RGD […]

    Smart Hydrogel: Noviogel acts as Novel Wound Dressing

    Full-thickness dorsal skin wounds in mice were treated with Noviogel for 3 and 7 days. No foreign body reaction, but even a significant decrease in granulocyte population in the wound was observed. Two excisional wounds were created using a disposable 4- mm skin biopsy punch. A single dose of 50 µl of Noviogel-P or Noviogel-RGD was applied. to the wound. The addition of Noviogel did not affect the wound size. The wound healed quickly and was almost closed at day 7. Read more here.
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  • New publication using the innovative technique ready to use Cell2Sphere 3D spheroids by our partner StemTek Therapeutics for drug development, congratulations! Aromatic-Based Design of Highly Active and Noncalcemic Vitamin D Receptor Agonists Abstract: We report the design, synthesis, biological evaluation and structural analysis of a new class of vitamin D analogs that possess an aromatic m-phenylene D-ring and […]

    Aromatic-Based Design of Highly Active and Noncalcemic Vitamin D Receptor Agonists

    New publication using the innovative technique ready to use Cell2Sphere 3D spheroids by our partner StemTek Therapeutics for drug development, congratulations! Aromatic-Based Design of Highly Active and Noncalcemic Vitamin D Receptor Agonists Abstract: We report the design, synthesis, biological evaluation and structural analysis of a new class of vitamin D analogs that possess an aromatic m-phenylene D-ring and an alkyl chain replacing the C-ring. A key feature of the synthetic strategy is...
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  • Modular multi-purpose 3D Cell Co-Culture System. 3D CoSeedis™ from abc biopply ag is a novel scaffold-free 3D cell co-culture system. It consists of a unique conical agarose matrix array (CAMA) that allows the formation of spheroidal and non-spheroidal cell aggregates in a highly-reproducible and consistent manner. The conically shaped microwells within the array allow precise […]

    Product NEWS: 3D CoSeedis ™ new publication

    Modular multi-purpose 3D Cell Co-Culture System. 3D CoSeedis™ from abc biopply ag is a novel scaffold-free 3D cell co-culture system. It consists of a unique conical agarose matrix array (CAMA) that allows the formation of spheroidal and non-spheroidal cell aggregates in a highly-reproducible and consistent manner. The conically shaped microwells within the array allow precise determination of aggregate volume and cell growth. Furthermore, the modular composition of the 3D system allows distance...
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  • A team of scientists from Zurich has managed to create a biocomputer using human cells. A biocomputer is a system made out of living cells capable of processing information, and the ETH Zurich team has successfully used human cells to construct a simple computational circuit. In a recent paper published in the journal Nature Methods, […]

    Scientists Developed Computer out of Living Cells

    A team of scientists from Zurich has managed to create a biocomputer using human cells. A biocomputer is a system made out of living cells capable of processing information, and the ETH Zurich team has successfully used human cells to construct a simple computational circuit. In a recent paper published in the journal Nature Methods, a team of researchers from the University of Basel and ETH Zurich discussed the methods they used to create the biocomputer. The biocomputer was made out of nine...
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Showing 1 – 10 of 23 results