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  • Expand your drug discovery capacity, shoulder to shoulder with our scientific team. Proprietary human disease biology in the OrganoPlate® platform. Together we make the therapeutics of tomorrow.
  • We offer several services to support your drug discovery and development needs. Find the overview here.
  • Layered tissues with perfused tubules in the absence of artificial membranes form the heart of our permeability and transport science. Study cell interactions, permeability, absorption, transport, and transcytosis without physical barriers.

  • Co-culture layered & structured tissues without artificial membranes with perfect imaging, to study barrier-free cellular interactions, cell-cell signaling, and migration.

  • Evaluate the effect of chemotactic triggers or cells on the migration of cells through an extracellular matrix.

  • Membrane-free microvascular formation and growth through an extracellular matrix (ECM).

  • The missing link in tissue culture: add perfusable human vasculature to your tissue models, and recreate sophisticated microenvironments with OrganoPlate® Graft.

  • OrganoPlate® enables you to study relevant 3D tissue biology by incorporating perfused tubules, co-culture, and full control over the tissue microenvironment. Find the overview of applications here.

  • Visit our Knowledge Center to get up to speed with 3D tissue culture and to learn how OrganoPlate® supports your research needs.

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  • Get inspired by peer-reviewed publications of our scientists, partners, and customers around the globe.

  • Get inspired by research done by our scientists, partners, and customers around the globe.

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  • Kickstart your experiments with the most sophisticated 3D tissue culture platform. Find out which training fits your 3D tissue modeling needs best.
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EN

Long-Lived Human Lymphatic Endothelial Cells to Study Lymphatic Biology and Lymphatic vessel/Tumor Coculture in a 3D Microfluidic Model

Leiden, June 29, 2021 - Scientists from MIMETAS and the UMC Utrecht introduce a new organ-on-a-chip lymphatic vessel model together with a novel long-lived lymphatic cell line to study the lymphatic system in health and disease. This research has been published in ACS Biomaterials Science & Engineering.

Together with our cardiovascular system, the lymphatic system is crucial in maintaining fluid homeostasis. The lymphatic system facilitates the transport of immune cells to our lymph nodes and plays an important role in several pathologies. In cancer, the lymphatic system is far from static. The lymphatic vessels respond to a variety of tumor-secreted factors and start the growth of new lymphatic vessels, which is called lymphangiogenesis, and increase the flow drained from the tissue. This creates a thriving environment for the tumor which can now evade the immune system.

To study lymphatic biology, in vivo and 2D in vitro models are typically used. However, as in vivo models suffer from increased complexity and ethical issues, and two-dimensional in vitro models lack physiological relevance, new models are required. Organ-on-a-chip technology provides the necessary solution to these limitations. Two issues, however, limit the progress of these organ-on-a-chip models for lymphatic research. Firstly, primary lymphatic cells have a limited lifespan, making them unsuitable for 3D cell culture and screening. Secondly, current organ-on-a-chip models are of low throughput and therefore do not facilitate routine experimentation.

In this publication, a new lymphatic endothelial cell line is introduced with an elongated lifespan of over 12 months, with increased growth potential and decreased senescence. These cells were subsequently used to develop an organ-on-a-chip model in the high throughput MIMETAS OrganoPlate® 3-lane 40. The resulting 3D tissues presented as perfusable vessel-like structures grown against an extracellular matrix without any artificial membranes. Lymphangiogenesis could be observed by the addition of a gradient of lymphangiogenic factors. When co-cultured with mouse colon cancer organoids, the 3D tissue model resulted in a stable and long-lived system that can be used to study cancer-induced lymphangiogenesis and cancer cell motility.


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