If chromosomes are broken by various means, the broken ends appear to be adhesive and tend to fuse with one another 2-by-2.
American scientist and cytogeneticist
She saw genes jump — decades before anyone believed her. McClintock's maize work in the 1940s uncovered transposons, mobile DNA that could leap between chromosomes and flip traits on or off, but the field dismissed it as impossible. She stopped publishing in 1953 and waited.
McClintock earned her PhD in botany from Cornell in 1927 and built maize cytogenetics from the ground up, developing techniques to visualize chromosomes under the microscope. Through the late 1920s and 1930s she demonstrated genetic recombination during meiosis and identified the functions of telomeres and centromeres — work so sharp she was elected to the National Academy of Sciences in 1944. In the 1940s and 1950s she discovered transposons and showed that genes could regulate themselves across generations, but skepticism of her findings drove her out of publication by 1953. She spent years…
Sourced, dated quotes from Barbara McClintock
If chromosomes are broken by various means, the broken ends appear to be adhesive and tend to fuse with one another 2-by-2.
When, through radiation or other causes, chromosomes are broken within a single nucleus, 2-by-2 fusions may occur between the broken ends.
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