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Nordion

59 cited products 376 protocol citations
Nordion is a leading provider of research products and solutions for scientific and medical applications.
The company's portfolio includes a diverse range of equipment, consumables, reagents, and chemicals that are widely used in various research protocols and cutting-edge studies.
Nordion's products are trusted by researchers and scientists across numerous fields, including nuclear medicine, radiopharmaceuticals, and life sciences.
By leveraging its expertise and innovative technologies, Nordion enables researchers to advance their work and make valuable contributions to the scientific community.
Explore the impact of Nordion's solutions across publications, preprints, and patents, and gain insights into the widespread use of their products in groundbreaking research.

59 products from Nordion

Cited in 75 protocols
Sourced in Canada
The Gammacell 40 Exactor is a laboratory irradiator designed for research applications. It utilizes a Cobalt-60 gamma radiation source to provide precise and uniform irradiation of samples. The equipment is engineered to deliver controlled doses of gamma radiation for various experimental purposes.
Cited in 39 protocols
Sourced in Canada
The Gammacell 40 is a self-shielded, irradiation system designed for research and development applications. It utilizes a Cobalt-60 source to generate controlled gamma radiation. The device provides a uniform dose rate within the irradiation chamber, allowing for precise sample exposure.
Cited in 27 protocols
Sourced in Canada, Belgium
The Gammacell 1000 Elite is a gamma irradiator designed for research applications. It utilizes a radioactive source to generate gamma radiation for the irradiation of samples. The core function of the Gammacell 1000 Elite is to provide a controlled and consistent gamma radiation environment for experimental purposes.
Cited in 25 protocols
Sourced in Canada, Austria
The Gammacell 220 is a self-contained, benchtop gamma irradiator used for the irradiation of biological samples. It is designed to provide a uniform field of gamma radiation from a sealed radioactive source. The Gammacell 220 is engineered to ensure safe and reliable operation.
Cited in 22 protocols
Sourced in Canada
The Gammacell 3000 Elan is a self-shielded gamma irradiator designed for research applications. The device utilizes a cesium-137 radioactive source to generate gamma radiation for the irradiation of samples.
Cited in 13 protocols
Sourced in Canada
The Gammacell 40 is a self-shielded gamma irradiator designed for research applications. It employs a Cobalt-60 source to provide a uniform radiation field for sample irradiation. The device is equipped with a sample chamber, radiation shielding, and automated controls for safe and consistent operation.
Cited in 12 protocols
Sourced in Canada
The Gammacell 3000 is a gamma irradiator designed for research applications. It uses a sealed radioactive source to provide a consistent and uniform irradiation field. The Gammacell 3000 is capable of delivering precise doses of gamma radiation to samples placed inside the irradiation chamber.
Cited in 10 protocols
Sourced in Canada
The Gammacell 1000 is a self-shielded gamma irradiator designed for research and development applications. It utilizes a sealed radioactive source to provide a uniform radiation field within an irradiation chamber. The device is compact and easy to operate, enabling controlled exposure of samples to gamma radiation.
Cited in 9 protocols
Sourced in Canada
IR-79 is a laboratory instrument designed for the analysis of materials using infrared spectroscopy. It is capable of measuring the absorption and transmission of infrared light through samples, providing information about the chemical composition and molecular structure of the tested materials.
Sourced in Canada
The Gammacell 40 Exactor irradiator is a compact, self-shielded gamma irradiator designed for research and development applications. It utilizes a Cobalt-60 radioactive source to provide a uniform radiation field within the irradiation chamber. The irradiator is equipped with a load/unload mechanism and a timer to control the duration of the irradiation process.

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