Conventional two-dimensional (2D) cell culture is typically performed in flat environments such as Petri dishes or well plates. However, this type of culture system has limitations, as it does not adequately reflect the extracellular matrix (ECM) environment in the human body and cannot replicate th...
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South Korea
ST1 Co., Ltd. succeeded in commercializing nanofibers made of PCL materials for the first time in Korea It produces nanofiber products for three-dimensional cell culture, which is attracting attention in basic research and new drug development. It builds electrospinning equipment with its own technology and has a uniform diameter compared to other companies It has been able to produce nanofibers, especially on the surface of nanofibers Polymer frame printing technology enables the production of products differentiated from existing nanofibers. Using this, Well-INSERT and various disks (PC/PET membranes, nanofibers, collagen membranes, etc.), which are mainly used in cell co-culture experiments, have been developed. In addition, we are promoting the expansion of research areas to biomaterials, reconstructive treatment, and various medical devices, which are widely used fields of nanofibers.
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3DBioFibR Inc. · Canada
A 100 micrometer porous collagen fiber scaffold produced using automated manufacturing from GMP-grade bovine type I collagen. Supplied as 12-well plate inserts with high batch-to-batch consistency and compatibility with standard microscopy techniques.
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Culture platforms designed to support three-dimensional cell growth patterns mimicking in vivo tissue structures. These systems enable more physiologically relevant cell culture conditions for research and drug testing.
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3D cell ball culture chip enables spheroid and organ-on-chip cell culture applications for drug testing, tissue engineering, and disease modeling. The microfluidic device supports physiological cell-cell interactions and nutrient gradients in a compact format. Compatible with standard microscopy and automated analysis systems for high-throughput screening.
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