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Outcomes using Exhaled Nitric Oxide Measurements- Niox Mino

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danisaxon: FENO was measured according to current guidelines using a NIOX MINO electrochemical analyser or a NIOX chemiluminescence analyser (both Aerocrine, Solna, Sweden).The latter was available at the Research Unit, 5km. from the Health Centre, but...

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matttdav saved and folkd this page on 01/03/2010 10:36pm

FENO was measured according to current guidelines using a NIOX MINO electrochemical analyser or a NIOX chemiluminescence analyser (both Aerocrine, Solna, Sweden).The latter was available at the Research Unit, 5km. from the Health Centre, but was used only when there was technical failure of the NIOX MINO. To validate FENO results, the sensors from the NIOX MINO device were tested against a calibrated standard, and where appropriate, a correction factor was applied to take account of signal drift.

lukemattt saved and folkd this page on 01/03/2010 10:40pm

FENO was measured according to current guidelines using a NIOX MINO electrochemical analyser or a NIOX chemiluminescence analyser (both Aerocrine, Solna, Sweden).The latter was available at the Research Unit, 5km. from the Health Centre, but was used only when there was technical failure of the NIOX MINO. To validate FENO results, the sensors from the NIOX MINO device were tested against a calibrated standard, and where appropriate, a correction factor was applied to take account of signal drift.

ryanmattias saved and folkd this page on 01/03/2010 10:41pm

FENO was measured according to current guidelines using a NIOX MINO electrochemical analyser or a NIOX chemiluminescence analyser (both Aerocrine, Solna, Sweden).The latter was available at the Research Unit, 5km. from the Health Centre, but was used only when there was technical failure of the NIOX MINO. To validate FENO results, the sensors from the NIOX MINO device were tested against a calibrated standard, and where appropriate, a correction factor was applied to take account of signal drift.

gracemareena saved and folkd this page on 01/03/2010 10:42pm

FENO was measured according to current guidelines using a NIOX MINO electrochemical analyser or a NIOX chemiluminescence analyser (both Aerocrine, Solna, Sweden).The latter was available at the Research Unit, 5km. from the Health Centre, but was used only when there was technical failure of the NIOX MINO. To validate FENO results, the sensors from the NIOX MINO device were tested against a calibrated standard, and where appropriate, a correction factor was applied to take account of signal drift.

danisaxon saved and folkd this page on 01/03/2010 10:43pm

FENO was measured according to current guidelines using a NIOX MINO electrochemical analyser or a NIOX chemiluminescence analyser (both Aerocrine, Solna, Sweden).The latter was available at the Research Unit, 5km. from the Health Centre, but was used only when there was technical failure of the NIOX MINO. To validate FENO results, the sensors from the NIOX MINO device were tested against a calibrated standard, and where appropriate, a correction factor was applied to take account of signal drift.

miajaccob saved and folkd this page on 01/03/2010 10:44pm

FENO was measured according to current guidelines using a NIOX MINO electrochemical analyser or a NIOX chemiluminescence analyser (both Aerocrine, Solna, Sweden).The latter was available at the Research Unit, 5km. from the Health Centre, but was used only when there was technical failure of the NIOX MINO. To validate FENO results, the sensors from the NIOX MINO device were tested against a calibrated standard, and where appropriate, a correction factor was applied to take account of signal drift.

davhunter1 saved and folkd this page on 01/03/2010 10:45pm

FENO was measured according to current guidelines using a NIOX MINO electrochemical analyser or a NIOX chemiluminescence analyser (both Aerocrine, Solna, Sweden).The latter was available at the Research Unit, 5km. from the Health Centre, but was used only when there was technical failure of the NIOX MINO. To validate FENO results, the sensors from the NIOX MINO device were tested against a calibrated standard, and where appropriate, a correction factor was applied to take account of signal drift.

sarajone8 saved and folkd this page on 01/03/2010 10:48pm

FENO was measured according to current guidelines using a NIOX MINO electrochemical analyser or a NIOX chemiluminescence analyser (both Aerocrine, Solna, Sweden).The latter was available at the Research Unit, 5km. from the Health Centre, but was used only when there was technical failure of the NIOX MINO. To validate FENO results, the sensors from the NIOX MINO device were tested against a calibrated standard, and where appropriate, a correction factor was applied to take account of signal drift.

ericmattt saved and folkd this page on 01/03/2010 10:49pm

FENO was measured according to current guidelines using a NIOX MINO electrochemical analyser or a NIOX chemiluminescence analyser (both Aerocrine, Solna, Sweden).The latter was available at the Research Unit, 5km. from the Health Centre, but was used only when there was technical failure of the NIOX MINO. To validate FENO results, the sensors from the NIOX MINO device were tested against a calibrated standard, and where appropriate, a correction factor was applied to take account of signal drift.

zoesera saved and folkd this page on 01/03/2010 10:50pm

FENO was measured according to current guidelines using a NIOX MINO electrochemical analyser or a NIOX chemiluminescence analyser (both Aerocrine, Solna, Sweden).The latter was available at the Research Unit, 5km. from the Health Centre, but was used only when there was technical failure of the NIOX MINO. To validate FENO results, the sensors from the NIOX MINO device were tested against a calibrated standard, and where appropriate, a correction factor was applied to take account of signal drift.

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by matttdav, by lukemattt, by ryanmattias, by gracemareena, by danisaxon, by miajaccob, by davhunter1, by sarajone8, by ericmattt, by zoesera