Cardea's BPU™ (Biosignal Processing Unit) is a biocompatible semiconductor capable of translating real-time streams of multiomics signals to digital information
San Diego, CA
Joined March 2019
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Have you started following @Paragraf_Gr yet? Don't miss out on future news about Cardea, now part of Paragraf. This page will soon be inactive - follow us now:
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Have you checked out our Knowledge Centre, with topics such as #quantumcomputing, #EVbatteries and #biosensors. Now that Cardea has joined Paragraf, this LinkedIn page will be inactive. Don't miss out on new content - follow @Paragraf_Gr .
paragraf.com/our-knowledge-c…
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Cardea Bio has joined forces with Paragraf, combining expertise in #graphene electronics and life science applications. We are thrilled to embark on this shared journey & will soon close this account. Continue to stay updated on our news, follow Paragraf® paragraf.com
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The acquisition of Cardea Bio will enable Paragraf to offer a new generation of biosensing devices. As we grow together as a company, we will be closing this account. Stay up to date with Cardea Bio and Paragraf news, follow us at @Paragraf_Gr.
paragraf.com/paragraf-acquir…
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In May, Cardea Bio became part of Paragraf, transforming #graphene device manufacturing with its pioneering scalable approach. We are excited to continue our journey together. Stay informed about Cardea Bio and Paragraf news by following us at @Paragraf.
paragraf.com/biosensors/
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"We're taking significant leaps forward! With drastically increased bandwidth in terms of graphene-based biosensor production, but also being able to significantly reduce the time to developing the next generations of BPUs." - states Dr. @kiana_aran
More eu1.hubs.ly/H04b9Qz0
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Novel multiomics methodology enables detection of both protein and RNA or DNA biosignals simultaneously on a single graphene-based biosensor:
eu1.hubs.ly/H043MBd0 #multiomics #CRISPR #graphene #biosensor #BPU
“It's not common for scientists to have their tech featured in a museum, so to see my CRISPR-chip next to Watson and Crick's DNA model is a proud moment in my career!” states @kiana_aran
Ful story:
eu1.hubs.ly/H03wPjs0 #crispr #crisprchip #dhmd #dresden #kianaaran
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We're immensely proud that the startup community is acknowledging and supporting our CSO, Dr. @kiana_aran’s tremendous achievements - today she made Inc.'s official 2023 list of Female Founders:
eu1.hubs.ly/H03ngSk0 #femalefounders
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Previously unachievable drug discovery insights created by Cardea’s BPU platform. Interview with Dr. @NirQvit from @ubarilan here:
eu1.hubs.ly/H02xDbs0
#barilan #cardea #BPU #BPUplatform #gFET #biosensor #JPM #jpmorgan #healthcare #drugdiscovery #pharma #pharmacology
"We see a bright future for diagnostic tools based on graphene electronics, but we’re not waiting for that future - we’re making it happen! That means driving reliability and predictability in the graphene material industry." ~ states Brett Goldsmith eu1.hubs.ly/H02rj8Q0
ALT From left to right: Caio Lo Sardo, VP, MITO® Material Solutions; Dr. Angela Hight Walker, Senior Scientist, NIST; Brett Goldsmith, PhD, CTO, Cardea.
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Senior Scientist at @NIST, Dr. @HightWalker, continues: “Graphene will play a major role in multiple industries; developing documentary standards will certainly hasten the pace. Leadership by U.S. industry in developing standards is critical for emerging technologies.”
"Breaking the Silos: How One Doctor is Working to Reshape Medicine"
We're super proud of this @biospace interview with our CSO, Dr. @kiana_aran - read the entire interview here:
eu1.hubs.ly/H02h99y0
#womeninstem #aranlab #CRISPRchip #cardea #cardeabio #arannebula
Last week, our CSO, Dr. @kiana_aran received the prestigious 2022 Rutgers Engineering Alumni Distinguished Engineer Award!
eu1.hubs.ly/H0257BR0 #rutgers #award #cardea #cardeabio #aranlab #arannebula #womeninstem @RutgersU
ALT Dr. Kiana Aran, receives the 2022 Rutgers Engineering Alumni Distinguished Engineer Award
Excited that @srcorg has invited us to be part of defining how to integrate biology with electronics!
Full story here: eu1.hubs.ly/H01C5ft0 🙏💜💪
#biosensor #biosensing #gfet #graphene #biocompatible #semiconductor #transistor #chip #nanotech #nanotechnology #SRC #NIST – at San Diego, CA
"As we expanded our partnerships with commercial and academic partners, that really enabled us to develop the broad portfolio of applications that we're offering to our partners today." - states Dr. @kiana_aran in an interview with the @GrapheneCouncil
eu1.hubs.ly/H01BD6p0
ALT Today the Graphene Council and Cardea published an interview on how the wide range of applications available on Cardea?s BPU (Biosignal Processing Unit) platform facilitate the next generation of human diagnostics.
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Read more on why the IEEE Medal of Honor recipient and founder of numerous MEMS (Micro-ElectroMechanical System) semiconductor companies, Dr. Kurt Petersen, states this about @CardeaBio
More here:fal.cn/3rd5l #bpu #biosensor #gfet #graphene #MEMS #semiconductor
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“...making graphene work reliably is much harder than I think a lot of us understood in the beginning. Standards and what the @GrapheneCouncil is doing, is important for that.” - Dr. Goldsmith, CTO at Cardea.
#biosensor #graphene #bpu #sensor #gfet
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“Making graphene work reliably is much harder than a lot of us understood in the beginning. Standards and what the @GrapheneCouncil is doing, is important for that!" states Dr. Brett Goldsmith, CTO at Cardea. More on this: eu1.hubs.ly/H01y_B70 #graphene #ISO #IEC #ANSI
Brett Goldsmith, CTO: "I’m immensely proud to say that we reached over half a million sensors produced in total and believe we have the capacity to reach more than one million in 2023."
More here: eu1.hubs.ly/H01y9yH0 #cardea #cardeabio #bpu #bpuplatform #biosensor #gfet
ALT Brett Goldsmith, CTO: "I?m immensely proud to say that we reached over half a million sensors produced in total and believe we have the capacity to reach more than one million in 2023."
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We agree, @DesignNews: Graphene finally coming to electronic, industrial applications
"Cardea graphene biosensors were used in 2021 when Army scientists were partnering with @DARPA to develop a sensor that can detect airborne SARS-CoV-2."
More: eu1.hubs.ly/H01xvfs0
ALT DesignNews: Graphene Is Finally Coming to Electronic, Industrial Applications