MiniBox+ Brochure |
MiniBox+ Brochure
Le premier appareil d’EFR complète avec pléthysmographie de bureau, sans gaz, sans cabine, incluant les tests de spirométrie, de pléthysmographie et de diffusion, quel que soit l’environnement clinique.
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Téléchargements
Résumé de l'article CHEST |
Pourquoi la MiniBox+ |
Le Dr Aerik Williams parle de la MiniBox |
Le Dr Aerik Williams parle de la MiniBoxLe témoignage brièvement rapporté par un allergologue. |
Le Dr Jonathan Wiesen parle de la MiniBox+ |
Le Dr Jonathan Wiesen parle de la MiniBox+Bref témoignage d’un pneumologue sur la MiniBox+ vs la Body Box |
Additional Resources in English
Summary of Dal Negro paper |
Interview with the Experts |
MiniBox+ Brochure |
MiniBox+ Brochure
MiniBox+TM is the world’s first desktop, gasless, cabinless device for lung volume measurements, as well as spirometry and diffusion testing, in any clinical setting.
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Sample PFT Reports |
COVID-19 Safety Recommendations: Summary |
COVID-19 Safety Recommendations: Summary
Overview of ERS Group 9.1 and ATS/APCCSDD Task Force Recommendations
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Comparison to N2 Washout and Body Box |
Comparison to N2 Washout and Body Box
Comparison tables of the MiniBox+ vs. N2 Washout and Body Box Plethysmography
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Dr. Jonathan Wiesen discusses the MiniBox+ |
Dr. Jonathan Wiesen discusses the MiniBox+
Brief testimonial by a pulmonologist on the MiniBox+ vs. the Body Box
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Dr. Jeffrey Weiss discusses the MiniBox+ |
Dr. Jeffrey Weiss discusses the MiniBox+
Brief testimonial on the clinical value of the MiniBox+ in the allergist’s practice
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Summary of CHEST paper |
LVM with the MiniBox+ |
LVM with the MiniBox+
Presentation by Prof. Robert Brown MD, Director PFT Lab, Massachusetts General Hospital, Boston, MA
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IC/TLC and COPD |
IC/TLC and COPD
The inspiratory capacity/total lung capacity ratio as a predictor of survival in an emphysematous phenotype of chronic obstructive pulmonary disease. The objective of this study was to…
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White Paper |
White Paper
Among the most basic measures of respiratory function is the total lung capacity (TLC). Defined as the pulmonary gas volume at maximal lung inflation, TLC is the sum of the…
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