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Gregor Mendel
uses peas to
figure out the
fundamental
principles of
heredity
1865 1869
1953
19731965 1970
1972
1975
1977
1984
1986
1995 1996
1998
1999
2000
2001
2002
2005
2007 2008
2009
2011
2012
2017+
Friedrich Miescher
isolates DNA, in
the form of
chormatin
Francis Crick and
James Watson
publish the
structure of DNA
as a double helix
Robert Holley
and co-workers
sequence yeast
tRNA
Ray Wu uses
primer extension
to read a short
sequence of DNA
for the first time
Walter Fiers
sequences first
whole gene -
coding for a MS2
virus protein
Walter Gilbert and
Allan Maxam
develop way to
sequence DNA
using chemicals to
cut DNA at certain
bases
Frederick Sanger
introduces “plus
and minus”
method for DNA
sequencing using
gels to separate
newly synthesized
DNA by size
Frederick Sanger
establishes dideoxy
sequencing - uses it
to sequence genome
of bacteriophage
øx174
Fritz Pohl develops
non-radioactive
sequencing
platform
Leroy Hood and
ABI develop first
semi-automated
DNA sequencing
machines
First bacteria
gets its genome
sequenced: H.
influenza
Mostafa Ronaghi
introduces
pyrosequencing,
a next-generation
“sequencing-by-
synthesis” method
ABI introduces first
commercial
sequencing using
capillary
electrophoresis
S. cerevesiae genome
is sequenced
Solexa develops
sequencing-by-synthesis
method that uses
fluorescent dyes
C. elegans genome is
sequenced
First human
chromosome 22
is sequenced
A. thaliana and
D. melanogaster
genomes are
sequenced
Human Genome
Project publishes
first draft human
genome sequence,
final sequence in
2003
Complete
mouse
genome is
published
The 454 system,
based on
pyrosequencing,
becomes the first
next-generation
sequencer to come on
the market
Illumina buys Solexa for
$600 million
SOLiD system, which
uses sequencing by
ligation, is launched
Whole DNA
sequence of a
cancer is decoded
for the first time
Third-generation
sequencing with
single molecule
fluorescent
technology is
launched with
Helicos sequencer
Pacific Biosciences
launches first
commercial product
- PacBio RS - based
on single molecule
real time technology
Oxford Nanopore
Technologies
commercializes
nanopore
sequencing
Era of bioinformatics
analysis and
personalised
medicine
A BRIEF HISTORY OF DNA SEQUENCING
Your sequencing services provider

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A brief history of DNA sequencing

  • 1. Gregor Mendel uses peas to figure out the fundamental principles of heredity 1865 1869 1953 19731965 1970 1972 1975 1977 1984 1986 1995 1996 1998 1999 2000 2001 2002 2005 2007 2008 2009 2011 2012 2017+ Friedrich Miescher isolates DNA, in the form of chormatin Francis Crick and James Watson publish the structure of DNA as a double helix Robert Holley and co-workers sequence yeast tRNA Ray Wu uses primer extension to read a short sequence of DNA for the first time Walter Fiers sequences first whole gene - coding for a MS2 virus protein Walter Gilbert and Allan Maxam develop way to sequence DNA using chemicals to cut DNA at certain bases Frederick Sanger introduces “plus and minus” method for DNA sequencing using gels to separate newly synthesized DNA by size Frederick Sanger establishes dideoxy sequencing - uses it to sequence genome of bacteriophage øx174 Fritz Pohl develops non-radioactive sequencing platform Leroy Hood and ABI develop first semi-automated DNA sequencing machines First bacteria gets its genome sequenced: H. influenza Mostafa Ronaghi introduces pyrosequencing, a next-generation “sequencing-by- synthesis” method ABI introduces first commercial sequencing using capillary electrophoresis S. cerevesiae genome is sequenced Solexa develops sequencing-by-synthesis method that uses fluorescent dyes C. elegans genome is sequenced First human chromosome 22 is sequenced A. thaliana and D. melanogaster genomes are sequenced Human Genome Project publishes first draft human genome sequence, final sequence in 2003 Complete mouse genome is published The 454 system, based on pyrosequencing, becomes the first next-generation sequencer to come on the market Illumina buys Solexa for $600 million SOLiD system, which uses sequencing by ligation, is launched Whole DNA sequence of a cancer is decoded for the first time Third-generation sequencing with single molecule fluorescent technology is launched with Helicos sequencer Pacific Biosciences launches first commercial product - PacBio RS - based on single molecule real time technology Oxford Nanopore Technologies commercializes nanopore sequencing Era of bioinformatics analysis and personalised medicine A BRIEF HISTORY OF DNA SEQUENCING Your sequencing services provider