Roche Diagnostics
Research
and Development
Innovation
AMPLICOR® Products
Clinical Recognition
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Roche has more than half a century of experience in
biochemistry, pioneering its use in industrial applications and for advancement of medical
science.
Roche Diagnostics is now the premier organisation in the diagnostics market following
the merger of the two most experienced and innovative businesses in the diagnostic area -
Boehringer Mannheim Group and the Roche Group.
Development of the PCR
The process of PCR technology development since 1983 has been exceptionally rapid and
vastly innovative - much more so than science would normally progress
1983
- Invention of PCR technology
- Isolation of HIV as the causative agent of AIDS
1985
- The first publication of PCR in Science by
Cetus Corporation (R. Saiki1 , S. Scharf, F.Faloona, K. Mullis, G. Horn, H.
Erlich, N. Arnheim)
- PCR studies in HIV begin
1989
The major achievement of the year was the development of enzymes able to survive the
heating in the PCR cycle, so that only one enzyme was required to perform both PCR
amplification and reverse transcription activities.
- Thermostable Taq DNA Polymerase, enabling automation of PCR, is declared
Molecule of the Year by Science
- Hoffmann-La Roche Inc. and Cetus Corporation agree to begin development of diagnostic
applications for PCR
1990
- The first forensic PCR Kit is introduced for HLA DQA
- Cetus scientists, H. Erlich and K. Mullis, receive the Biochemical Analysis Award from
the German Society of Clinical Chemistry
- Cetus scientists Gelfand and Stoffel2
named inventors of the year for purifying Taq DNA polymerase
1991
- Hoffmann La Roche Inc acquires the world-wide rights and patents to PCR technology from
Cetus and establishes Roche Molecular Systems Inc., devoted exclusively to the development
of the PCR
- RT-PCR (reverse transcriptase PCR) is developed using a single thermostable enzyme, rTth
DNA Polymerase, facilitating diagnostic tests for RNA viruses such as HIV
1992
- Roche Diagnostics introduces the AMPLICORâ HIV-1 (for HIV)
and AMPLICORâ Test for Chlamydia Trachomatis infections
as the first standardised PCR kits for clinical diagnostic use
1993
- The Nobel Prize in Chemistry is co-awarded to Kary Mullis, one of the scientists who
conceived the concept of PCR
- The Japan Prize is also awarded to Kary Mullis
- Roche Diagnostics introduces the AMPLICOR
â HCV Test (for Hepatitis C) as the first standardised RNA PCR kit
1994
- Roche scientists continue contributions to the research
community through development of "long PCR" amplifying up to 40,000 base pairs
"First standardised quantitative PCR
kits...."
AMPLICOR HIV-1 MONITORä
test used in accelerated trials of protease inhibitors
1995
- The COBAS AMPLICOR ä Analyser, first fully automated system
for routine diagnostic PCR, is introduced
First standardised quantitative PCR kits - AMPLICOR HIV-1
MONITORä and AMPLICOR HCV MONITORä
are launched, expanding the range of Roches innovative portfolio in Diagnostics
AMPLICOR HIV-1 MONITOR Test is approved by the FDA in the United States
AMPLICOR HIV-1 MONITOR test used in
accelerated trials of protease inhibitors
1996
- The AMPLICORâ Enterovirus Test
is launched in Europe
- The AMPLICORâ M. tuberculosis
and AMPLICOR HIV-1 MONITOR tests are launched in the USA
- The AMPLICORâ HIV-1 Monitor Test is approved by the FDA in the United States
1997
- The COBAS AMPLICOR Analyser is launched in US
- Viral load reduced to undetectable levels by new combination antiviral therapies and the
AMPLICOR HIV-1 MONITORä test with UltraSensitive sample
preparation method launched across Europe
- AMPLICOR HBV MONITOR and AMPLICOR® CMV is launched in Europe
1998
- The COBAS AMPLICOR MONITOR System is
launched in Europe with HCV, CMV and HIV viral load testing
- COBAS AMPLICOR C. trachomatis is FDA approved in
the US
This is just the beginning of the power of PCR and how Roche Diagnostics continues to
provide innovative diagnostic solutions in the prevention, identification, treatment,
evaluation and monitoring of disease.
1 Currently Roche Molecular Systems Scientists
2 Currently Roche Molecular Systems Scientists
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