
THE PARLIAMENTARY REVIEW
Highlighting best practice
36 | ANCON TECHNOLOGIES
A timely solution to an urgent
chemical problem
As threats of chemical attack continue
to mount, government officials are
pushing for better security standards,
with regulations requiring upgraded
equipment in some transportation
systems and the implementation of
mass screening of venues.
The need for early detection methods
has never been more evident. The
chemical attack this year in Salisbury
showed the danger that chemicals
continue to pose to the public.
We offer a state-of-the-art security
device that can swiftly and reliably
detect the presence of explosives,
chemicals or other compounds
through precise atmospheric readings,
which are accurate down to the
molecular level. This advantage makes
our security products a thousand times
more sensitive than market leaders.
Disruptive breakthrough in
screening, diagnosis and
disease management
We have developed a “once-in-
a-generation technology” known
as nanoparticle biomarker tagging
(NBT). The mission is to bring this
technology to the medical screening
and diagnostic market. NBT will have
a similar impact in today’s healthcare
market as the MRI and x-ray created in
the past and will generate very-early-
stage screening and diagnosis via a
non-invasive breath test.
This technique uses biomarker disease
profiling and the latest artificial
intelligence software, so every patient
increases the knowledge stored in
the cloud database and the screening
process becomes ever more accurate.
Nanoparticle biomarker tagging:
non-invasive, quick and precise
NBT screening and diagnosis systems
will be in every medical clinic, hospital,
pharmacy and public health setting,
providing real-time early-stage
screening and diagnosis for cancers
and other diseases, leading to effective,
personalised treatments that will save
lives, improve quality of life and reduce
the cost of long-term medical care.
The NBT will also be used as a disease
management tool, monitoring the effects
of treatments such as chemotherapy
and radiotherapy in a live data setting.
Nanoparticle biomarker tagging is the
only technology that directly detects
concentration, through an inventive
process that tags and counts the
elemental unit of mass – the single
molecule through breath. This non-
invasive, versatile technology is truly at
the cutting edge of innovation in the
medical device industry.
How nanoparticle biomarker
tagging works
Nanoparticle biomarker tagging
can be utilised as the foundation of
a device that serves as a portable
micro-laboratory. The process is similar
to gas chromatography with mass
spectrometry detection; however, the
latter requires a high vacuum that
makes it expensive, slow and suitable
only for laboratory study. Conversely,
nanoparticle biomarker tagging
technology ionises a breath sample, tags
the ions with specially generated nano-
objects and then uses a laser to count
the molecules, to identify the biomarker
chemicals and to gauge concentrations.
The nano-objects serve to increase
the physical volume of each targeted
Non-invasive lung cancer
screening and diagnosis
Environmental
monitoring
Once-in-a-
generation
technology
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