Resources
Product flyers
Citation lists
Customer spotlight articles
Customer Spotlight: Prof. Yugeesh Lankadeva
Florey Institute of Neuroscience and Mental Health, Melbourne, Australia
Investigating the pathophysiology of brain and kidney injury caused by sepsis, heart surgery and heart failure
Customer Spotlight: Linda Rogers
The Chris O’Brien Lifehouse Comprehensive Cancer Hospital, Sydney, Australia
Enhancing cancer cell death by use of a striped radiation beam pattern
Customer Spotlight: Dr. Chao Fang
Dr. Chao Fang, Shanghai Jiao Tong University School of Medicine, China
Exploring the use of platinum nanoparticles to oxygenate hypoxic tumor regions and improve photodynamic therapies
Customer Spotlight: Prof. Clive May
The Florey Institute, University of Melbourne, Australia
Investigating the causes of acute kidney injury in sepsis and following cardiopulmonary bypass
Blog articles
HypoxyLab™
In Vitro Dissolved Oxygen Monitoring in Hypoxia Chambers
OxyLite sensors enable precise real-time pericellular oxygen monitoring in hypoxia chambers
Hypoxia Workstation Gas Consumption
Optimizing gas use in hypoxia workstations cuts costs, boosts reproducibility, and enhances sustainability via efficient design and maintenance
Active Humidification and Hypoxia Chambers
Active humidification in hypoxia chambers prevents sample dehydration, maintains physiological conditions, and improves experimental accuracy and…
Contamination Control in Hypoxia Chambers
Contamination control in hypoxia chambers ensures reliable research by preventing microbial growth through sterilization, filtration, and regular…
What is the Principle of a Hypoxia Chamber?
Hypoxia chambers mimic low-oxygen environments for cell research, controlling oxygen, CO2, and temperature to study physiological responses accurately
What is Hypoxia in Cell Cultures?
Mimicking physiological oxygen conditions in cell culture is central to the study of cellular responses
Simulating In Vivo Oxygen Conditions: A Guide for Cell Culture Protocols
Replicating in vivo oxygen conditions during cell culture enhances the relevance and accuracy of research
Low Oxygen, High Potential: The Role of Hypoxia in Stem Cell Biology
Hypoxia enhances stem cell survival, proliferation, and differentiation, mimicking in vivo conditions for improved regenerative medicine and research…
The Benefits of Oxygen Control in Immunotherapy Studies
Oxygen control enhances T-cell function, mimics tumour microenvironments, and improves research accuracy for better therapeutic outcomes
Key Considerations for Scientists Venturing into Hypoxia and Physoxia Research
Precise oxygen control, equipment calibration, and mimicking physiological conditions for accurate, reproducible results
The Importance of Oxygen Partial Pressure in Cell Culture
Mimicking in vivo oxygen conditions during cell culture ensures physiologically relevant cellular behaviour and research outcomes
From Cell Culture to Clinical Trials
Controlling the oxygen microenvironment during cell culture is critical for translational relevance
The Importance of Oxygen in Tumours; Accelerating Oncology Research
Accelerating oncology research by enabling real-time oxygen monitoring in tumour tissues
5 Reasons to Control Oxygen in Organoid Models
Control of oxygen in organoid models enhances physiological accuracy, cell viability, differentiation, reproducibility, and translational relevance
The HypoxyLab Easy-Entry system
The HypoxyLab entry hatch system simplifies sample transfer, while maintaining oxygen stability, saving time and costs
Oxygen and the Biocompatibility of Scaffolds in Tissue Engineering
Monitoring oxygen levels in tissue scaffolds, enhances biocompatibility and outcomes in tissue engineering research
Addressing the Reproducibility Issue within Hypoxia Chambers
Precise oxygen control using units of oxygen partial pressure (pO2) instead of % oxygen provides an accuracy advantage
COVID-19 and Cellular Hypoxia
Hypoxia reduces SARS-CoV-2 infection by decreasing spike protein binding, suggesting HIF pathway as COVID-19 therapeutic target
A scientific review of oxygen and its effects in bone and osteo-biology
Revealing the critical role of oxygen in bone health and osteo-biology research
GelCount™
Mammalian Cell Colony, Spheroid and Organoid Counter Applications
Explore the applications for high-throughput, quantitative analysis of mammalian cell colonies, spheroids, and organoids in biomedical research and…
Object Classification in Mammalian Cell Colony, Spheroid, and Organoid Counting
A discussion of object classification algorithms and techniques for the categorization of mammalian cell colonies, spheroids, and organoids
Enhancing Precision in Neurosphere Analysis
GelCount automates precise neurosphere detection, sizing, and analysis, boosting efficiency and standardization in neuroscience research
Automating High Throughput Colony Formation Assays in Library Screen Protocols
Automation in high-throughput colony formation assays improves efficiency and precision in library screening
How to make Mammosphere Assays more Practical and Reliable
Automating mammosphere assay counting and sizing enhances practicality and reliability in research
Quantifying Organoid Size and Counts: Solving a Common Issue using Automation
Improving accuracy and efficiency in organoid research by automating organoid detection and size analysis
OxyLite™ and OxyLite™ Pro
In Vitro Dissolved Oxygen Monitoring in Hypoxia Chambers
OxyLite sensors enable precise real-time pericellular oxygen monitoring in hypoxia chambers
Transplantation and the OxyLite
Real-time tissue oxygen monitoring for assessing organ viability during transplantation
Monitoring Oxygen in the Eye
OxyLite enables precise, real-time oxygen monitoring in ocular research
Chronically Implantable Sensors: Going Beyond Acute Tissue Oxygen Monitoring
Employing OxyLite and chronically implantable oxygen sensors for long term measurements of tissue oxygen
Phantom Models and the Importance of Dissolved Oxygen Measurements
The value of dissolved oxygen monitoring in phantom models to biomedical and tissue engineering research
The Importance of Oxygen in Tumours; Accelerating Oncology Research
Accelerating oncology research by enabling real-time oxygen monitoring in tumour tissues
Utilizing Cerebral Oxygen and Blood Flow to provide Insights into Brain Function, Damage, and Recovery
Using combined OxyLite and OxyFlo systems to provide insights into brain function, damage, and recovery
Oxygen and the Biocompatibility of Scaffolds in Tissue Engineering
Monitoring oxygen levels in tissue scaffolds, enhances biocompatibility and outcomes in tissue engineering research
A Scientific Review of Oxygen and its Effect in Ageing
OxyLite: revealing oxygen's critical role in ageing and tissue health research
A scientific review of oxygen and its effects in bone and osteo-biology
Revealing the critical role of oxygen in bone health and osteo-biology research
OxyFlo™ and OxyFlo™ Pro
What Does a Laser Doppler Flowmeter Measure?
Measuring microcirculatory blood flow to support research into tissue perfusion and vascular dynamics
Utilizing Cerebral Oxygen and Blood Flow to provide Insights into Brain Function, Damage, and Recovery
Using combined OxyLite and OxyFlo systems to provide insights into brain function, damage, and recovery
MycoFog™
Common Contaminants in CO₂ Incubators and Hypoxia Workstations
Contamination by bacteria, mycoplasma, fungi, and viruses is a constant threat to cell culture in incubators and workstations
Keeping Incubators and Workstations Contamination-Free
Regular cleaning, bio-decontamination, HEPA filtration, UV sterilization, and good practice are key to contamination-free workstations and incubators
Webinars
Evaluating Organoid Models for Drug Discovery and Toxicology (Webinar)
Presented by Justin Croft, 21 April 2023
The Elephant in the Tissue Culture Room: Incubator Oxygen Control (Webinar)
Presented by Michael Rau, 23 September 2022
Product FAQ's
OxyLite™ and OxyLite™ Pro (oxygen monitors)
OxyFlo™ and OxyFlo™ Pro (blood flow monitors)
Product videos
Product support
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