The DNA Sequencer has driven the genomics revolution by enabling the reading of entire genomes in hours, a leap from Frederick Sanger’s 1977 manual chain-termination method that sequenced just 80 bases per run. Today’s nanopore sequencers can decode a human genome of 3 billion base pairs in under 24 hours, producing data for personalized medicine and cancer genomics. This instrument is faster than the typical rival in biochemistry, cutting sequencing costs from $100 million per genome in 2001 to under $1,000 today—a 99,999% reduction. When compared to #8 MRI Scanner, the sequencer’s impact on precise, patient-specific diagnostics is unmatched, as it directly informs treatments for genetic diseases.
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