Stopping Malaria: POCT Diagnostic Platform image

Stopping Malaria: POCT Diagnostic Platform

Stopping Malaria: POCT Diagnostic Platform

According to the World Health Organization (WHO), around 3.3 billion people are at risk of contracting malaria – just under half of the world’s population. In 2013, there were nearly 200 million cases of the disease globally, and it caused around 584,000 deaths. Ninety percent of cases occurred in Africa, where the disease is endemic in large areas.

Tackling a problem as complex as eradicating malaria in the developing world requires collaboration among experts from diverse subject areas. That’s why GE Research partnered with Global Good itself a collaboration between the Bill Gates and Intellectual Ventures, to develop a malaria diagnostic test platform. From 2015-2017, the two organizations developed a new paper-based test called a lateral flow assay (LFA) that uses a patient's blood sample to detect malaria in asymptomatic carriers.  In addition to the paper-based LFA test, the partners are also collaborated on an electronic test reader that is backpack-portable and battery-operated. Like a pregnancy test from a supermarket, the malaria LFA is designed to identify proteins made by the parasite that are present in the blood, and provides results within minutes. A positive result is indicated by a color change on the bioactive paper. The clinician or technician performing the test will then further analyze the result by the electronic reader to obtain even more sensitive and accurate results.

An equally eclectic team of experts in materials science, biology, healthcare, chemistry and electrical, chemical, process and optical engineering poured in their wisdom to improve the test's performance.

Project Impact

In 2017, Intellectual Ventures’ Global Good Fund and GE signed a licensing agreement with the diagnostics technology company Access Bio to manufacture and distribute innovative diagnostic technologies that will help global health workers to more rapidly identify asymptomatic malaria in low-resource regions around the world.

The new diagnostics technologies for malaria detection were co-developed by a team of scientists and engineers at GE Research in Upstate New York and Global Good. GE Ventures, GE’s strategic arm to accelerate innovation and growth with partners, drove the commercialization model for the technology and the licensing agreement between GE, Global Good and Access Bio.

  • Our Expertise

    Capabilities utilized for Stopping Malaria: POCT Diagnostic Platform project

  • Advanced Manufacturing

    Redesigning the manufacturing life-cycle to disrupt industry, enable novel designs and allow creativity to meet production

    Read more
    Advanced Manufacturing image
  • Materials Characterization

    Inspecting a material's chemical, microstructure and physical properties to provide quality, market-ready products to meet consumer demands

    Read more
    Materials Characterization image
  • Polymer & Composite Materials

    Leveraging our development and production of complex composite and polymer materials to enable commercialization outcomes

    Read more
    Polymer & Composite Materials image
  • Sensing Materials

    Inventing and developing wide-ranging sensing materials and systems to provide solutions across many sectors

    Read more
    Sensing Materials image
  • Biosciences

    Working from the molecular scale through human health and disease by building novel technology solutions for cell analysis and imaging applications

    Read more
    Biosciences image
  • Optics & Photonics

    Developing novel technologies for applications in sensing, data communication, imaging, directed energy systems, and energy conversion

    Read more
    Optics & Photonics image

We're ready to partner with you. 

Contact Us