SCIREQ
SCIREQ is dedicated to making a significant impact on global lung health by empowering scientists to better understand and eradicate respiratory diseases. They produce innovative tools that help researchers gain new insights into lung physiology and disease mechanisms, contributing to the advancement of respiratory research through publications, conferences, and supporting young investigators. Their mission is to help the world breathe better.
Industries
Nr. of Employees
small (1-50)
SCIREQ
Patents
Products
Preclinical lung mechanics measurement system (forced-oscillation and controlled ventilation)
Modular preclinical system for detailed in vivo lung-function phenotyping, combining forced-oscillation analysis and controlled ventilation to provide sensitive, reproducible mechanical endpoints and integration with imaging and exposure workflows.
Compact inhalation exposure system (programmable nose-only / whole-body)
Computer-controlled exposure platform for aerosols, smoke, vaping emissions and dry powders with modular exposure configurations, small internal volumes to reduce compound use and programmable puff/exposure profiles.
ALI/ex vivo exposure and dosimetry platform with QCM monitoring
Plate-based ALI exposure interface for in vitro/ex vivo samples using thermophoresis-enhanced deposition and integrated QCM sensors for real-time deposited-dose measurement; supports multiple QCM sensors in parallel and sterilisable sensor surfaces.
Automated PCLS imaging and perfusion platform
Automated microscopy and fluid-handling system for precision-cut lung slices enabling combined brightfield and fluorescence imaging, automated region detection and perfusion-controlled pharmacology assays for higher throughput ex vivo studies.
Preclinical lung mechanics measurement system (forced-oscillation and controlled ventilation)
Modular preclinical system for detailed in vivo lung-function phenotyping, combining forced-oscillation analysis and controlled ventilation to provide sensitive, reproducible mechanical endpoints and integration with imaging and exposure workflows.
Compact inhalation exposure system (programmable nose-only / whole-body)
Computer-controlled exposure platform for aerosols, smoke, vaping emissions and dry powders with modular exposure configurations, small internal volumes to reduce compound use and programmable puff/exposure profiles.
ALI/ex vivo exposure and dosimetry platform with QCM monitoring
Plate-based ALI exposure interface for in vitro/ex vivo samples using thermophoresis-enhanced deposition and integrated QCM sensors for real-time deposited-dose measurement; supports multiple QCM sensors in parallel and sterilisable sensor surfaces.
Automated PCLS imaging and perfusion platform
Automated microscopy and fluid-handling system for precision-cut lung slices enabling combined brightfield and fluorescence imaging, automated region detection and perfusion-controlled pharmacology assays for higher throughput ex vivo studies.
Services
Personalized literature review and application assessment by application specialists, delivered as a report with relevant publications and equipment/protocol recommendations.
Provision of user manuals, technical notes, validation and calibration guides, SOP templates, checklists and training presentations to support experimental setup, calibration, data validation and reproducible workflows.
Installation packages, OS configuration guidance, database creation and template transfer, data-export instructions and remote-session support for setting up and troubleshooting acquisition and analysis software.
Guides and maintenance programs covering hardware setup, leak troubleshooting, module replacement, peristaltic and microflow maintenance, consumables management and decontamination procedures.
Curated lists of relevant funding bodies and grant programs, plus guidance resources to help investigators identify suitable funding mechanisms for respiratory and inhalation-related research.
Personalized literature review and application assessment by application specialists, delivered as a report with relevant publications and equipment/protocol recommendations.
Provision of user manuals, technical notes, validation and calibration guides, SOP templates, checklists and training presentations to support experimental setup, calibration, data validation and reproducible workflows.
Installation packages, OS configuration guidance, database creation and template transfer, data-export instructions and remote-session support for setting up and troubleshooting acquisition and analysis software.
Guides and maintenance programs covering hardware setup, leak troubleshooting, module replacement, peristaltic and microflow maintenance, consumables management and decontamination procedures.
Curated lists of relevant funding bodies and grant programs, plus guidance resources to help investigators identify suitable funding mechanisms for respiratory and inhalation-related research.
Expertise Areas
- Preclinical respiratory mechanics phenotyping
- Inhalation exposure engineering and inhalation toxicology
- Aerosol dosimetry for ALI and ex vivo models
- Pulmonary drug-delivery and inhaled-therapeutics evaluation
Key Technologies
- Forced-oscillation technique and controlled ventilation
- Barometric plethysmography (whole-body, double-chamber, head-out)
- Programmable aerosol/smoke generation with robotic puff control
- Air–liquid interface exposure with thermophoresis-assisted deposition
News & Updates
Participating as an exhibitor and host in the Society of Toxicology 2025 event.
Presenting new research and products at the American Thoracic Society 2025.
An article on aligning with FDA roadmaps for animal testing.
Combining ex vivo and in vitro experiments to study lung mechanics.
emka & SCIREQ systems have been referenced in more than 7,670 peer-reviewed scientific publications.
Participating as an exhibitor and host in the Society of Toxicology 2025 event.
Presenting new research and products at the American Thoracic Society 2025.
An article on aligning with FDA roadmaps for animal testing.
Combining ex vivo and in vitro experiments to study lung mechanics.
emka & SCIREQ systems have been referenced in more than 7,670 peer-reviewed scientific publications.