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Nanomix Inc Product Pipeline Analysis, 2021 Update

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Nanomix Inc Product Pipeline Analysis, 2021 Update. Nanomix Inc (Nanomix) is a medical device company that develops analytical detection devices for the point of care diagnostics. The company provides Nanomix system, which is an automated system consisting of a handheld reader and selfcontained assay cartridge with a carbon nanotube biosensor.

Nanoelectronic Carbon Dioxide Sensors Star 2004 ...

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29/10/2004· Jiang Gong, Markus Antonietti, Jiayin Yuan, Poly(Ionic Liquid)‐Derived Carbon with Site‐Specific N‐Doping and Biphasic Heterojunction for Enhanced CO2 Capture and Sensing, Angewandte Chemie International Edition, /, 56, 26, (75577563), (2017).

Nanomix Resuscitates Itself with a Heart Attack Test ...

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18/3/2014· In 2004, Harris and Harris Group made an investment of million in Nanomix, a company developing sensors made from carbon nanotubes that it said could be used in environmental monitors, breathing tests, and other biological tests. When Nanomix announced a funding round of 16 million in 2005, David Macdonald, the company''s chief executive officer …

Nanomix Inc Nanomaterials

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Nanomix is working to develop and commercialize new products made from nanoscale materials and components: An innovative new sensor technology that marries silicon architecture with nanoscale sensing elements. Nanomix''s sensors are …

Nanōmix Breakthrough Detection Solutions with the ...

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Nanōmix is the leader in mobile pointofcare diagnostics for use where time and accuracy is critical.

Breath sensor may give new tool to emergency responders ...

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11/11/2004· NSFsupported researchers at Nanomix, Inc., in Emeryville, Calif., have created a transistor that fuses carbon nanotubes, polymers and silicon into a capnography sensor — a human breathing monitor. Alexander Star and his colleagues at Nanomix and the University of California, Los Angeles, describe the new sensor in the cover article of the November 15 issue of the journal Advanced …

Monitoring Life, One Breath At A Time: Respiratory Sensor ...

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11/11/2004· NSFsupported researchers at Nanomix, Inc., in Emeryville, Calif., have created a transistor that fuses carbon nanotubes, polymers and silicon into a capnography sensor a human breathing monitor.

Nanomix Inc Product Pipeline Analysis, 2021 Update

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The company provides Nanomix system, which is an automated system consisting of a handheld reader and selfcontained assay cartridge with a carbon nanotube biosensor. It also offers Nanomix eLab, a point of care testing solution for use in emergency departments and by prehospital first responders to speed data availability for faster diagnosis of acute myocardial …

EP1664724A4 Carbon dioxide nanoelectronic sensor ...

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An electronic system and method for detecting carbon dioxide is provided, using a nanostructure sensing device (CO2 sensor). The CO2 sensor is made up of a substrate and a nanostructure disposed over the substrate. The nanostructure may comprise a carbon nanotube, or a network of nanotubes. Two conductive elements are disposed over the substrate and electrically …

Nanoelectronic CO2 Breath Sensors – TechConnect Briefs

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Nanomix Inc, US Keywords: breath , CO2 , nanotube , polymer , sensors The measurement of carbon dioxide levels in respiration is a standard of care or guideline according to the American Heart Association, the American Association of Respiratory Care, and the American Society of Anesthesiologists, and is a primary tool in the monitoring and management of respiratory …

Nanomix Announces carbon nanotube Based Hydrogen Sensor

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17/5/2005· Nanomix recently announced its first commercial product a hydrogen gas sensor. The transduction scheme is based on carbon nanotubes. It would be interesting to see how their sensor compares with traditional schemes such as chemiresistors and ChemFETs. Nanomix claims...

EP1664724A4 Carbon dioxide nanoelectronic sensor ...

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An electronic system and method for detecting carbon dioxide is provided, using a nanostructure sensing device (CO2 sensor). The CO2 sensor is made up of a substrate and a nanostructure disposed over the substrate. The nanostructure may comprise a carbon nanotube, or a network of nanotubes. Two conductive elements are disposed over the substrate and electrically connected to the nanotube.

Nanomix Announces carbon nanotube Based Hydrogen Sensor

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17/5/2005· Nanomix recently announced its first commercial product a hydrogen gas sensor. The transduction scheme is based on carbon nanotubes. It would be interesting to see how their sensor compares with traditional schemes such as …

Nanomix Awarded Nanostructure Sensor Patent

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Nanomix’s testing systems are driven by proprietary carbon nanostructure technology, which exploits the superior electrical conductance of carbon nanostructures to create a platform for rapid high performance mobile testing. The new patent provides Nan ōmix with the exclusive right to commercially exploit these nanostructured sensor

Carbon dioxide nanoelectronic sensor NANOMIX, INC.

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An electronic system and method for detecting carbon dioxide is provided, using a nanostructure sensing device (CO 2 sensor). The CO2 sensor is made up of a substrate and a nanost Carbon dioxide nanoelectronic sensor NANOMIX, INC.

Nanomix Resuscitates Itself with a Heart Attack Test ...

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18/3/2014· Nanomix Resuscitates Itself with a Heart Attack Test. In 2004, Harris and Harris Group made an investment of million in Nanomix, a company developing sensors made from carbon nanotubes that it said could be used in environmental monitors, breathing tests, and other biological tests. When Nanomix announced a funding round of 16 million in ...

Monitoring Life, One Breath at a Time | NSF National ...

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NSFsupported researchers at Nanomix, Inc., in Emeryville, Calif., have created a transistor that fuses carbon nanotubes, polymers and silicon into a capnography sensor a human breathing monitor. Alexander Star and his colleagues at Nanomix and the University of California, Los Angeles, describe the new sensor in the cover article of the November 15 issue of the journal Advanced Materials .

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