Lucid Scientific, Inc.
@lucidsci
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The world's first real-time cell culture monitor to measure oxygen consumption in standard multi-well plates, providing continuous insight from your incubator.
Atlanta, GA
Joined September 2017
In this study, the authors investigated a novel strategy to stabilize neuronal cultures by growing them under a fluorinated oil overlay, which reduced media evaporation and increased environmental stability. Resipher was employed to measure oxygen consumption rate (OCR) in
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Happy Fourth of July from Lucid Scientific! Wishing you and your loved ones a wonderful holiday weekend.
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New study sheds light on the nervous system's ability to support cancer metabolism, with #mitochondria playing a key role.
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The Resipher lid uses non-invasive micro probes to dynamically scan above cells, measuring the oxygen concentration gradient that forms. Our algorithms then convert concentration readings to cellular oxygen consumption in real-time. Learn more >>>
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In this study by Michal Pardo, et al., researchers used the Resipher platform to monitor real-time oxygen consumption rate (OCR) in HepG2 liver cells to investigate how pre-existing metabolic states associated with nonalcoholic fatty liver disease (NAFLD) modulate cellular
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Using a base editor, researchers in the Netherlands have taken another step towards treating #mitochondrial diseases.
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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 >>> #OCR #oxygenconsumption
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In a recent Nature paper, @DJCalebC et al. explore how PIKfyve regulates lysosomal lipid recycling in pancreatic ductal adenocarcinoma (PDAC). Loss of PIKfyve disrupts this recycling, driving tumor cells to compensate via de novo lipogenesis. This compensatory shift opens up a
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Achieving scaled delivery of cell and gene therapies requires novel, cell based instrumentation that establishes and scales quality control. Although working with living cells makes this challenging, measurable metabolic features such as oxygen consumption rate (OCR) can be
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Inés Marmisolle et al. (2025) provide new insight into how mitochondrial metabolism drives the pro-inflammatory secretory phenotype (SASP) in oncogene-induced senescent (OIS) fibroblasts. The study demonstrated that OIS cells exhibit a substantial and sustained increase in
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Researchers at the University Medical Center Göttingen have developed a new technology that can be used to alter protein production in the mitochondria of living cells.
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With the Resipher Starter Kit, you'll have everything you need to begin tracking oxygen consumption rate in just minutes, providing invaluable cellular metabolism insights:. ☑️ 32-channel or 96-channel device.☑️ 8-port Hub.☑️ 5 sensing lids.☑️ All necessary cords and connectors
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Some significant happenings this past month, including a big step forward with #CRISPR and potential new #ALS therapy.
Top 5 advances in medicine in May (🧵). 1. A record-breaking genetic therapy. This bespoke CRISPR therapy was tailored for one patient's mutation, breaking two records: the first personalised gene editing, and (possibly) the fastest a medicine's ever been produced. There's a
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RT @mann_ivel: 22nd SFRRI Biennial Meeting Galway, 3-6 June 2025…generous support Baker, BMG Labtech, Lucid Scientific, Nanion Technol., A4….
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Making great connections at #SFRRI2025! University of Galway Postdoc Dr. Rossella Parrotta pictured with @Willhotham and our own Ghainaa at Dr. Eva Zegezdi Laboratory, where Resipher is being utilized to help accelerate their AML (Acute Myeloid Leukemia) Research.
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We're live from day 1 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
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