Lucid Scientific is proud to join #Euromit2026 as a Silver Sponsor, supporting the global mitochondrial research community. Our Resipher system enables real-time, long-term measurement of cellular oxygen consumption.
lucidsci.com?t=euromit
#LucidScientific #Resipher #MitochondrialResearch
Lucid EMEA Sales Director Mike Lu wraps up his 2025 conference schedule this week in Saudi Arabia! Come say hi and learn more about our #Resipher technology if you're planning to attend We will have a poster at this event.
Event info here >>> natureconferences.streamgo.live/brain-health...
Our march through Europe continues with next week's European Association for Cancer Research Neuroscience Conference, held in Spain. Lucid's Mike Lu will be representing our booth, exhibiting our #Resipher device and other technologies. Stop by and say hi!
Event info >>> eacr.org/conference/c...
Science is hard. Resipher is easy.
With the #Resipher starter kit, you'll be ready to track long-term, real-time oxygen consumption rate (OCR) data in just minutes - opening up a world of new possibilities within your research. Learn more here >>> lucidsci.com/resipher
Unlock the power of oxygen consumption rate (OCR) with Resipher - it provides valuable insight into metabolic activity, mitochondrial function, drug effects, and other key cellular processes.
Learn more and request a demo >>> lucidsci.com
#OCR #oxygenconsumption #mitochondria #resipher
We're live from day 2 of the 22nd SFRRI Biennial Meeting in Galway, Ireland! Stop by if you're in the area and learn more about our Resipher technology.
#sfrri #galway #metabolism #resipher
Another one of Resipher's many applications! Continued success and big thanks to Dr. Masfique Mehedi and his team for the kind words.
#oxygenconsumption #metabolicresearch #resipher
Our CEO Walker Inman, PhD providing a brief overview of how the #Resipher works and how it can accelerate your research.
#oxygenconsumption #cellmetabolism #cellculture #scientificresearch
With help from #Resipher, this application can be used to identify the appropriate level and/or range of #mitochondrial activity of the product based on multiple factors such as cell type, media, etc.
Learn how #OxygenConsumption rate (OCR) evaluation can help your research >>> lucidsci.com/ocr
We're heading to the Windy City for the 2025 American Association for Cancer Research Annual Meeting! Silke and Kin will be in attendance - let us know if you'd like to set up a meeting to learn more about our #Resipher technology.
Event info here >>> bit.ly/3EpvP2z
#AACR2025 #cancerresearch
In the study "Extracellular Matrix Mechanical Cues (Dys)regulate Metabolic Redox Homeostasis Due to Impaired Autophagic Flux", #Resipher was employed to measure oxygen consumption rates (OCR) in mouse HT22 cells under varying ECM stiffness conditions.
View the publication here >>> bit.ly/4j48stZ
Mike Lu will be representing the Lucid booth at next week's #CITIM2025 conference in Bucharest, Romania. Make sure to stop by and see the #Resipher in action if you'll be in attendance!
Get full show info here >>> cancerimmuno.org/citim2025/
#cancer #immunotherapy #immunomonitoring
In "Cellular and Metabolic Impacts of Repeated Sub-Acute Exposures to Biomass-Burning Extracts In Vitro” by Michal Pardo et al., #Resipher was employed to measure oxygen consumption rates (OCR) in A549 (lung), HepG2 (liver), and U937 (immune) cell lines.
View the publication here >>> bit.ly/4ijE5zS
Measurement magic!
Light emissions are sent to each #Resipher probe, which obtain real-time readings through sensing material applied to probe tips.
Visit lucidsci.com/resipher to schedule a demo!
(video timeline altered for aesthetics) 🙂
#cellculture #cellbiology
Cloé Tessier, et al., developed a protocol for real-time measurement of mitochondrial bioenergetics in 3D-cultured brain tumor stem cells using #Resipher. View it here! >>> bit.ly/41FsN1F
Also, stay tuned for info on an upcoming webinar that will dive deeper into the science of this publication!
We’re excited to turn the spotlight towards Ghainaa Abousleiman, Sales Application Specialist at Lucid!
Now moving into her first position post-grad, she serves a critical role for us - helping customers run successful pilot experiments with the #Resipher and assisting with biological questions.
Using the cross-platform Lucid Lab web app, you can create and manage your experiments, stream and monitor data from devices in real-time, and generate plots that are ready for publishing.
Learn more here >>> lucidsci.com/resipher
#Resipher #CellCulture #OxygenConsumption
Cellular metabolism can change rapidly in response to various stimuli. Capturing real-time #metabolic data within this microenvironment is challenging, but if achieved, can inform therapeutic strategies aimed at modulating metabolic adaptations.
Learn how #Resipher can assist >>> lucidsci.com
One of the newest members of our team, Henry Deslaurier joined us on January 27th as a Senior Software Engineer. Henry has jumped right in and acclimated himself into our Software department, helping with development of web applications used to support #Resipher and our other technologies.
The authors explore therapeutic potential of MSCs and their secretome in addressing hypoxic-ischemic encephalopathy, a condition linked to neonatal brain injury. #Resipher was pivotal in continuously monitoring #OxygenConsumption rate.
Read the publication here >>> www.biorxiv.org/content/10.1...
Turn your 96-well plate into a precise dynamic, real-time oxygen consumption reader - gaining valuable insights into cellular metabolism.
Visit bit.ly/44vPHJS to learn more 👍
#resipher #cellculture #cellbiology #oxygenconsumption #metabolism
We’re excited to introduce Shaylin Marn, one of our talented Manufacturing Engineers at Lucid! Originally from Hawaiʻi, she joined our team in October 2024 and has already made a significant impact with her backgrounds in science, #manufacturing, and #engineering to support our #Resipher technology.
In the study led by Sophie Dani et al., researchers explored a novel co-culture system of bioprinted murine islets of Langerhans and photosynthetically active microalgae. #Resipher was instrumental in continuously measuring dissolved oxygen levels.
Read the publication here >>> lnkd.in/eJySstAN
Science is hard. Resipher is easy.
With the #Resipher starter kit, you'll be ready to track long-term, real-time oxygen consumption rate (OCR) data in just minutes - opening up a world of new possibilities within your research. Learn more at lucidsci.com/resipher
#oxygenconsumption #cellmetabolism
This study utilizes #Resipher to explore the therapeutic potential of inhibiting N-myristoylation for treating acute myeloid leukemia (AML). Researchers found that the NMT2 enzyme is a promising biomarker for #AML patient survival.
Read it here >>> aacrjournals.org/mct/article/...
#DrugDiscovery
This chart represents the wide range of published applications that #Resipher has been used with. Talk about versatility!
Feel free to browse Resipher-powered publications here on our website >>> bit.ly/4boewJA
#metabolism #cellmodeling #mitoprogramming #mitochondria
Check out the Lucid Lab section on our website for real examples of how it uses the data captured from #Resipher to generate publishing-ready plots! >>> bit.ly/44vPHJS
#OxygenConsumption #O2analysis #cellculture
Using the #Resipher system, the authors measured oxygen consumption rates over extended periods in both A431 and HaCaT cells, providing valuable insights into their distinct metabolic responses to CAP.
View the publication here >> www.mdpi.com/1422-0067/25...
#SkinCancer #CancerTherapy
OCR (oxygen consumption rate) is a powerful tool for #cellculture experiments, offering valuable insights into #cellular health, function, and response to various stimuli.
Learn more about the impact of OCR and its relation to the #Resipher here >>> lucidsci.com/ocr
