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  2. Charged materials for CO2 capture

    https://www.enterprise.cam.ac.uk/content-to-pdf/?postid=26241
    18 Jul 2024: Charged materials for CO2 capture. Background. Current technologies for CO2 capture are based upon organic amines orinorganic hydroxides, but neither is ideal. For example, amines are prone todegradation when regenerated, and are therefore expensive
    By: Cambridge Enterprise

  3. Biophonics

    https://www.enterprise.cam.ac.uk/content-to-pdf/?postid=25018
    18 Jul 2024: Biophonics. Biophonics. Enabling widespread early detection of valvularheart disease with a unique medical device. Website. Overview. Nearly 2 million people in the UK suffer from significant valvular heart disease,yet more than half remain
    By: Cambridge Enterprise

  4. OutSee

    https://www.enterprise.cam.ac.uk/content-to-pdf/?postid=25024
    18 Jul 2024: OutSee. OutSee. Discovering novel drug targets using an innovativeAI genomics technology that uncovers disease-modulating biological mechanisms. Website. Overview. OutSee is being launched to take advantage of the opportunity to exploit large-scale
    By: Cambridge Enterprise

  5. 360° implant to treat spinal cord injuries

    https://www.enterprise.cam.ac.uk/content-to-pdf/?postid=26299
    18 Jul 2024: 360 implant to treat spinal cord injuries. Background. The spinal cord is a key organ of the nervous system, which is in charge ofcarrying information around the body. Every year between 250,000-500,000people suffer injuries to the spinal cord
    By: Cambridge Enterprise

  6. PredictImmune

    https://www.enterprise.cam.ac.uk/content-to-pdf/?postid=24604
    18 Jul 2024: PredictImmune. PredictImmune. Helping patients diagnosed with chronic immune-mediated disorders to live normal and healthy lives. Website. Overview. PredictImmune developes prognostic assays that predict disease progressionfor patients with
    By: Cambridge Enterprise

  7. MutREAD – Mutational Signature Detection by Restriction…

    https://www.enterprise.cam.ac.uk/content-to-pdf/?postid=23223
    18 Jul 2024: MutREAD – Mutational Signature Detection byRestriction Enzyme-Associated DNA Sequencing. Background. The successful application of mutational signatures in clinical settingsrequires availability of a cost-effective, scalable detection method that
    By: Cambridge Enterprise

  8. Real-time autofocus for videomicroscopy

    https://www.enterprise.cam.ac.uk/content-to-pdf/?postid=26290
    18 Jul 2024: Real-time autofocus for videomicroscopy. Background. Video-microscopy of living subjects is hampered by their movement out of themicroscope’s focal plane. At video frame-rates, manual refocusing becomesimpossible; therefore, autofocus is required.
    By: Cambridge Enterprise

  9. Low-Cost Trace Analyte Detection with Reusable SERS Substrates

    https://www.enterprise.cam.ac.uk/content-to-pdf/?postid=27187
    18 Jul 2024: Low-Cost Trace Analyte Detection with ReusableSERS Substrates. Background. To move beyond current low-cost sensors, towards measuring trace analytes inapplications such as healthcare monitoring, geology and mineralogy, pollutionmonitoring, and
    By: Cambridge Enterprise

  10. Neonatal wireless transmission system

    https://www.enterprise.cam.ac.uk/content-to-pdf/?postid=26298
    18 Jul 2024: Neonatal wireless transmission system. Background. When babies are in intensive care, they need to be continuously monitored.This requires multiple sensors with separate wires. These wires can becometangled and make clinical care harder. Parents
    By: Cambridge Enterprise

  11. Mouse Models of Essential Thrombocythemia (ET) and Myelofibrosis (MF) …

    https://www.enterprise.cam.ac.uk/content-to-pdf/?postid=23888
    18 Jul 2024: Mouse Models of Essential Thrombocythemia (ET)and Myelofibrosis (MF) – Available for PreclinicalStudies. Background. Researchers at the University of Cambridge have generated fully characterised,conditional knock-in mouse models for essential
    By: Cambridge Enterprise

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