1977Development of a Rapid Gene Sequencing Technique by Sanger and Coulson

Frederick Sanger and Alan Coulson presented a rapid gene seq...
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Year
1977
1978
2022

🔬 Development of a Rapid Gene Sequencing Technique by Sanger and Coulson

Frederick Sanger and Alan Coulson presented a rapid gene sequencing technique which uses dideoxynucleotides and gel electrophoresis.
Development of a Rapid Gene Sequencing Technique by Sanger and Coulson (1977)
Molecular BiologyDNA SequencingGenetics1970sFrederick SangerAlan CoulsonDideoxynucleotidesGel Electrophoresis
United KingdomUnited Kingdom

🧬 Development of a Rapid DNA Sequencing Technique by Gilbert and Maxam

Walter Gilbert and Allan Maxam present a rapid DNA sequencing technique which uses cloning, base destroying chemicals, and gel electrophoresis.
Development of a Rapid DNA Sequencing Technique by Gilbert and Maxam (1977)
Molecular BiologyDNA SequencingGenetics1970sWalter GilbertAllan MaxamCloningGel Electrophoresis
United StatesUnited StatesUnited KingdomUnited Kingdom

🧪 Frederick Sanger Sequences First DNA Genome of an Organism

Frederick Sanger sequences the first DNA genome of an organism using Sanger sequencing
Frederick Sanger Sequences First DNA Genome of an Organism (1977)
Molecular BiologyDNA SequencingGenetics1970sFrederick SangerSanger SequencingGenomePhiX174
United KingdomUnited Kingdom

👾 Sequencing of the PhiX174 Virus Genome

Frederick Sanger presented the 5,386 base sequence for the virus PhiX174; first sequencing of an entire genome.
Sequencing of the PhiX174 Virus Genome (1978)
Molecular BiologyDNA SequencingVirology1970sFrederick SangerGenomePhiX174Gene Sequencing
United KingdomUnited Kingdom

🧬 Complete Sequencing of the Human Genome Reference Gene GRCh38.p14

The standard reference gene, GRCh38.p14, of the human genome, is fully sequenced and contains 3.1 billion base pairs.
Complete Sequencing of the Human Genome Reference Gene GRCh38.p14 (2022)
GeneticsHuman GenomeGRCh38.p14DNAMolecular Biology21st CenturyBioinformaticsSequencing