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  2. ISOLDE: Building High Quality Macromolecular Models into Low…

    https://www.enterprise.cam.ac.uk/content-to-pdf/?postid=26636
    7 May 2024: ISOLDE: Building High Quality MacromolecularModels into Low Resolution Experimental Maps. ISOLDE is a ChimeraX plugin (installable via its built-in Tool Shed)designed to ease the task of building high quality macromolecularmodels into low to medium
    By: Cambridge Enterprise

  3. BloodCounts! an early warning system for infections outbreaks

    https://www.enterprise.cam.ac.uk/content-to-pdf/?postid=26294
    7 May 2024: BloodCounts! an early warning system forinfections outbreaks. BACKGROUND. The loss of 6.9 million lives in the ongoing COVID-19 pandemic has highlighted thatthere is a critical need for simple, affordable, and scalable tools to detect newemerging
    By: Cambridge Enterprise

  4. Early detection of dementia

    https://www.enterprise.cam.ac.uk/content-to-pdf/?postid=26291
    7 May 2024: Early detection of dementia. BACKGROUND. Diagnosis at early stages of neurocognitive decline has major implications for timelyclinical management. We currently intervene too late and often target the wrongpatients. With the recent approval of drugs
    By: Cambridge Enterprise

  5. Wearables for EEG monitoring

    https://www.enterprise.cam.ac.uk/content-to-pdf/?postid=26297
    7 May 2024: Wearables for EEG monitoring. BACKGROUND. Wet EEG electrodes that use an electrolyte gel to form a conductive path betweenthe skin and electrode to reduce the electrode-skin impedance provide a goodquality EEG signal for only a short duration.
    By: Cambridge Enterprise

  6. Sparxell

    https://www.enterprise.cam.ac.uk/content-to-pdf/?postid=25027
    7 May 2024: Sparxell. Sparxell. THE NEXT GENERATION OF COLOURS ANDEFFECTS. Website. The Challenge. Glitters can take many sizes and shapes (from the sequins used in fashion to thefine powder used in the paint of 1 in 4 cars sold in Europe or found in
    By: Cambridge Enterprise

  7. Charged materials for CO2 capture

    https://www.enterprise.cam.ac.uk/content-to-pdf/?postid=26241
    7 May 2024: Charged materials for CO2 capture. BACKGROUND. Current technologies for CO2 capture are based upon organic amines or inorganichydroxides, but neither is ideal. For example, amines are prone to degradationwhen regenerated, and are therefore expensive
    By: Cambridge Enterprise

  8. OSAIRIS: AI cancer imaging tool

    https://www.enterprise.cam.ac.uk/content-to-pdf/?postid=26293
    7 May 2024: OSAIRIS: AI cancer imaging tool. BACKGROUND. Starting radiotherapy promptly improves cancer survival rates and reduces anxietyin newly diagnosed patients. But before any radiotherapy can take place, theoncologist must spend a significant amount of
    By: Cambridge Enterprise

  9. Biophonics

    https://www.enterprise.cam.ac.uk/content-to-pdf/?postid=25018
    7 May 2024: Biophonics. Biophonics. ENABLING WIDESPREAD EARLY DETECTIONOF VALVULAR HEART DISEASE WITH AUNIQUE MEDICAL DEVICE. Website. Overview. Nearly 2 million people in the UK suffer from significant valvular heart disease, yetmore than half remain
    By: Cambridge Enterprise

  10. OutSee

    https://www.enterprise.cam.ac.uk/content-to-pdf/?postid=25024
    7 May 2024: OutSee. OutSee. DISCOVERING NOVEL DRUG TARGETS USINGAN INNOVATIVE AI GENOMICS TECHNOLOGYTHAT UNCOVERS DISEASE-MODULATINGBIOLOGICAL MECHANISMS. Website. Overview. OutSee is being launched to take advantage of the opportunity to exploit large-scale
    By: Cambridge Enterprise

  11. 360° implant to treat spinal cord injuries

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

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