Zenosense is a
detection device development company based in Valencia, Spain. The company is
focused on emerging healthcare technology, specifically, on a device that
detects Methicillin-resistant Staphylococcus aureus (MRSA) in hospitals and
other healthcare settings.
Founded in 2008,
Zenosense was previously known as Braeden Valley Mines and adopted its present
name in November of 2013. From the start, the company’s sole aim has been to
co-develop an operational MRSA detector (by way of licensed technology) that
could be sold to healthcare providers for use in clinical environments.
Zenosense believes
there is a huge underlying demand for a cost-effective MRSA detector and that
it has identified a lucrative new market segment for a wearable detection device.
The costs of MRSA and other hospital-acquired infections to both patients and
healthcare providers amount to tens of thousands of invasive infections and
deaths as well as billions of dollars in treatments costs, and have spurred
Zenosense’s MRSA detection device initiative.
Over the years, MRSA
has placed a high financial toll on private and public health care systems,
creating a critical issue for healthcare providers and authorities. Early
detection of the bug is imperative so that protective actions, such as deep
cleaning and ward/patient isolation, can be performed.
Zenosense has an
outsourced development model; it has contracted out the development of the
device to the Sgenia Group, a known sensor developer with the ability to
produce such a sophisticated device. The development of the device started in
December 2013 and, should Zenosense successfully co-develop a cost-effective
MRSA detector to address the multibillion dollar, and often lethal, MRSA
problem, it will likely be extremely attractive to potential distribution
partners and end users.
To develop the MRSA
device for Zenosense, Sgenia has set up a dedicated subsidiary, Zenon
Biosystem. Sgenia already supplies the sensors used in the Tokamak device for
important, global nuclear fusion research project. The company also produces an
algal contamination detector for use in water supply applications. This
detector speedily and successfully scans for unstable organic compounds
released by the target algae; a distinctive “chemical signature” that
ascertains the presence or absence of the algae. The Sgenia detector is
effectively an electronic “nose” that can smell this signature, and Zenon will
be using essential elements of this technology platform to develop the MRSA
device for Zenosense.
For more
information, visit www.zenosense.net
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