
Oxford Optronix
@oxfordoptronix
Oxford Optronix is a global pioneer in the design, development and manufacture of sophisticated instrumentation for clinical medicine and the life sciences.
ID: 1374506803
http://www.oxford-optronix.com 23-04-2013 12:03:08
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New study in Nature Communications unveils the potential of NOS inhibition in sensitizing metaplastic breast cancer. Our #GelCount platform played a major role in counting the #mammosphere assays. #BreastCancer #CancerTherapy #researchtools #LabAutomation nature.com/articles/s4146ā¦

New research on triple-negative breast cancer! CD-44 nanoparticles show promise in combination therapy with high therapeutic efficacy and reduced tumor growth. The #HypoxyLab was used to mimic low O2 conditions #Nanoparticle #BreastCancer #CancerResearch sciencedirect.com/science/articlā¦


Recreate in vivo oxygen conditions in your cell culture! Our guide explores: - #Physoxia vs. #hypoxia in research - Best practices for oxygen control - Tools like #HypoxyLab for precise environments Boost the relevance of your experiments! Learn more: oxford-optronix.com/resources/simuā¦

Breakthrough for oesophageal adenocarcinoma: New Scientific Reports study by a Queen's University Belfast š group shows dual inhibition of AKT + IAPs boosts chemo efficacy + overcomes resistance in organoids. #GelCount used for precise analysis. #CancerResearch Read more: nature.com/articles/s4159ā¦


New study in Journal of Physiology shows how the brain regulates blood pressure! Intracranial baroreceptors respond to pressure changes, triggering BP increases to maintain #cerebral flow. Using #OxyLite, the team showed pO2 dips were minimal, ruling out hypoxia. physoc.onlinelibrary.wiley.com/doi/10.1113/JPā¦

Most cell cultures live in hyperoxiaāfar from physiological conditions. Why does this matter? #Hypoxia/#physoxia modeling is key for cancer, stem cell, and disease research. This paper explains the science and solutions. #CellCulture #TranslationalScience oxford-optronix.com/resources/whatā¦

NIR-II photoacoustic imaging cuts tissue oxygenation error by 50% over NIR-l. The study was validated with our gold standard #OxyLite sensors for direct and precise pOā monitoring in a phantom model. #Biomedical #MedTech #PhotoacousticImaging #NIR pmc.ncbi.nlm.nih.gov/articles/PMC11ā¦

New study: α1-adrenergic receptors donāt limit fetal cerebral blood flow during hypoxia, even at high altitude. #OxyLite/#OxyFlo sensors tracked pOā & flow in fetal lambs. Key for perinatal research! journals.physiology.org/doi/abs/10.115⦠#Neonatology #BiomedTech #CerebrovascularResearch

Ensuring sterility in hypoxia chambers is crucial. Our whitepaper covers best practices & how the #HypoxyLab system uses HEPA filtration, UV sterilization & smart design to minimize contamination risks. Read more: oxford-optronix.com/resources/cont⦠#ContaminationControl #HypoxiaResearch



It's the little things in cell research that make a big differenceāhumidity is often overlooked in hypoxia chambers. Learn how active humidification boosts reproducibility & cell viability: oxford-optronix.com/resources/acti⦠#CellResearch #Hypoxia #LabTech #Reproducibility #LifeSciences

For teams needing assurance their workstation is completely free of any contamination - Oxford Optronix is thrilled to announceĀ MycoFog, a convenient bio-decontamination device for use in our widely trustedĀ HypoxyLab cell culture workstation. Read more: oxford-optronix.com/news-events/inā¦




ITPP cuts mortality in pulmonary hypertension in rats by tackling RV hypoxia. Real-time #OxyLite measurements showed RV pOā halved in PH (15 vs. 31.5 mmHg). ITPP restored pOā to 22 mmHg, improving survival outcomes. #PH #HeartResearch #hypoxia bpspubs.onlinelibrary.wiley.com/doi/10.1111/bpā¦