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Organ Chip Equipment & Supplies In Canada
14 equipment items found
Manufactured by:Emulate based inBoston, MASSACHUSETTS (USA)
Evaluate drug candidate toxicity at clinically relevant concentrations in a co-culture human kidney model. Predicting drug-induced kidney toxicity and drug-drug interactions continues to be a challenge due to a reliance on immortalized cell line culture or animal models that do not translate to human response. The co-culture Emulate Kidney-Chip combines primary human cells in a dynamic ...
Manufactured by:Emulate based inBoston, MASSACHUSETTS (USA)
Study drug absorption and drug-drug interactions in a primary organoid-based model of the human small ...
Manufactured by:Emulate based inBoston, MASSACHUSETTS (USA)
Investigate mechanisms of toxicity for preclinical drug candidates to help decrease clinical trial safety failures. Drug-induced liver injury (DILI) is a primary concern during drug development that remains poorly understood due to species differences in liver toxicity and the limited predictivity of conventional in vitro models. The quad-culture Emulate Liver-Chip combines four human cell types ...
Manufactured by:Emulate based inBoston, MASSACHUSETTS (USA)
Research mechanisms of neuroinflammation and evaluate the effect of therapeutics in a comprehensive model of the neurovascular ...
Manufactured by:Emulate based inBoston, MASSACHUSETTS (USA)
Investigate mechanisms of colon inflammation and barrier disruption and evaluate the efficacy of anti-inflammatory drug candidates in an organoid-derived ...
Manufactured by:Emulate based inBoston, MASSACHUSETTS (USA)
A scalable power hub for the Zoë Culture Module. Orb connects to standard lab outputs and provide gas, power, and stretch to up to four Zoë Culture ...
Manufactured by:Emulate based inBoston, MASSACHUSETTS (USA)
Study lung physiology, disease, and the effect of drug candidates. A more human-relevant model for studying pulmonary physiology, with primary human cells in a lung-specific microenvironment. We are currently developing two distinct models of the human lung—the Alveolus Lung-Chip and the Airway Lung-Chip—to capture the specific tissue architecture and function of different lung ...
Manufactured by:DX Fluidics based inSuzhou, CHINA
Microfluidic chips are instrumental in advancing research in cell biology and medical science. These chips integrate microfluidics and cell biology to simulate and study cell cycles, molecular and biological processes. They utilize precise microstructures to manipulate and observe cells at a microscopic scale. Applications include drug screening, disease ...
Manufactured by:Emulate based inBoston, MASSACHUSETTS (USA)
Zoë sustains the life of cells within our Organ-Chips, automating the precise conditions needed to culture up to 12 ...
Manufactured by:Lumina Scientific Asia Pte Ltd. based inSingapore, SINGAPORE
This device is an invaluable tool in advancing research and applications within tissue engineering, drug-carrying scaffolds, organ chips, and microfluidic systems. The printer stands out due to its high speed and precision capabilities, all packaged within a compact and fully functional design. The user interface is crafted for ease of use, offering a clear and ...
Manufactured by:Creative Bioarray based inShirley, NEW YORK (USA)
Most tissues are composed of multiple cell types organized in the three-dimensional (3D) arrangement required for intercellular communication and function. In vitro fabrication of living tissue involves recapitulating this complex cellular structure, which is difficult to do in a controlled manner. To fully realize artificial, cell-laden biological models in tissue engineering, ...
Manufactured by:Scie-Con Scientific Consulting LLC based in, USA
It offers a variety of tools used for tissue engineering, scaffolding of bone and cartilage as well as soft tissues, electroactive tissues, heart valves and vasculature. It has applications in 3D printing of biomedical devices (bioMEMS, Organ on a chip) as well as pharmaceutical development to print organoids or microtissues and tissue cultures for drug testing ...
by:Regemat 3D based inGranada, SPAIN
The configuration of the printing head and the wide range of movements in X, Y and Z allow a precise adjustment that allows the system to print on different surfaces. Next, select the tools needed for the materials you will work withs: Our head system allows you to include different syringe modules and tools for any application. The modular extrusion head can be configured with different ...
by:Regemat 3D based inGranada, SPAIN
The configuration of the printing head and the wide range of movements in X, Y and Z allow a precise adjustment of the system and to print on different surfaces such as the glass bed, Petri dish or thanks to its independent movement in the Z axis you can print with two syringes on multi-well plate 6, 24, 96 …The head calibration is fully automated using an accurate laser positioning ...