Binax was founded in 1986 by Roger Piasio and Myron
Hamer with a vision of developing a diagnostic company that is
dedicated to providing the tools for health care providers to
accurately assess patients' diseases at point-of-care facilities
and improve global health. With a background in industrial science
at Becton Dickinson and Corning Glass Works, and prior to founding
Binax, Roger Piasio was one of the co-founders of Ventrex, one of
Maine's first biotechnology companies.
Binax's mission is to develop fundamentally new diagnostic tools
that facilitate pathogen identification, thereby allowing targeted
treatment for infectious diseases and promoting better patient
management.
In 1990, commensurate with the development of the Company's ICT
NOW
® platform and the launch of its first test, the
Binax NOW
Strep A Test, the Company recognized that rapid
diagnostic testing could have a great impact on curbing the
ever-increasing spread of antibiotic resistant bacteria. Since
then, the Company has systematically introduced the medical and
scientific communities to the reality of identifying the etiology
of pneumonia through the use of the NOW
Legionella Urinary
Antigen Tests and NOW
Streptococcus pneumoniae Antigen
Tests.
The rapid ICT platform, combined with Binax's demonstrated reagent
technologies, inherently allows for a paradigm shift in function
and delivery of diagnostic devices. The platform allows for
accurate, reliable tests that can be performed at any location –
the laboratory, clinic, bedside, or in the field. The World Health
Organization (WHO), as well as physicians and scientists, see the
value of rapid diagnostic testing for pathogen identification, as
evidenced by our clinical involvement with researchers around the
world in the areas of pneumonia, otitis media, chronic obstructive
pulmonary disorder and tuberculosis.
Binax currently focuses on tests that identify the causative
pathogen of respiratory tract infections. Because clinicians are
able to rapidly assess whether a disease is of viral or bacterial
origin, proper use of antibiotic therapy can be implemented. Not
only do accurate, rapid diagnostics empower health care providers
to tailor an appropriate treatment plan, the resultant decrease in
the inappropriate use of antibiotics has been shown to slow the
spread of antibiotic resistant bacteria.
Binax is at the forefront of technological advancements in the
rapid diagnostic test market. We have a portfolio of patents and
patent applications that position us as a leader in the market. Our
core business is antigen-based diagnostic tests for rapid detection
of causative pathogens of infectious diseases utilizing innovative
technology.
In 1986, the Binax NOW
Strep A Test received FDA
clearance. In 1994, the world's first
Legionella ELISA
test was introduced to detect the causative pathogen of
Legionnaires' Disease. In 1997, our NOW
Strep A test was
CLIA Waived, granting access to physicians' office laboratories.
Other milestones in 1998 and 1999 included FDA clearance of two
urinary antigen tests, NOW
Streptococcus pneumoniae
Antigen Test, for the detection of the most common cause of
bacterial pneumonia, and NOW
Legionella Urinary Antigen
Test.
In 2000, Binax acquired the ICT division of Australian-based AMRAD,
expanding the NOW product line to include NOW Malaria Test and the
NOW Filariasis Test. The following year, we received FDA clearance
of the NOW RSV Test, and FDA clearance for the expanded use of the
NOW
Streptococcus pneumoniae Antigen Test with
cerebrospinal fluid (CSF) to detect pneumococcal meningitis.
In 2002, NOW Flu A and NOW Flu B received FDA clearance. In 2003,
these tests in addition to the NOW RSV Test, received CLIA Waived
status for use in physician office laboratories.
In 2004, Binax received FDA clearance for the BinaxNOW
®
Influenza A & B Test. This test allows for the differentiation
of influenza A and influenza B virus on a single test device. Later
that year, Binax also recieved CLIA Waived status for the BinaxNOW
Influenza A & B Test which allowed for its use in physician
office laboratories.