History of Genetics
We have learned a great deal in the field of genetics over the last century. Many scientists have spent their whole lives studying genetics. These scientists discovered many vaccines and cures for diseases. We now have a better understanding of how heredity, DNA, chromosomes, and many other things play a part in every life. The first group of scientists that started work with genetics was focused on working with vaccines. Edward Jenner started this with the discovery of a vaccine for small pox. That discovery impacted society greatly because many lives were saved. Many more vaccines came about after that discovery. Another great discovery of this time wa
She worked with x-ray diffraction and discovered the double helix. Barbara McClintock worked with corn and discovered that they had "jumping genes". Her work was actually sold to Watson and Crick. These scientists started manipulating genes and working with enzymes. Wilson then discovered the sex chromosomes and the significance of X and Y-chromosomes. Fleming started this work by seeing chromosomes and discovering Mitosis. We now began answering questions about DNA: what it was, why we have it, and what we could use it for. ------------------------------------------------------------------------**Bibliography**. s the realization of how characteristics are inherited. He didn't really know what the chromosomes were for. She then realized that we could genetically engineer chromosomes to cure diseases of unborn children. The research will continue into the far future and I know many more diseases will be cured. The next group of scientists started the field of genetic engineering, which some are still working on today. This meant that genes would move to different chromosomes.
Common topics in this essay:
Gregor Mendel,
DNA Jefferys,
History Genetics,
Watson Crick,
Barbara McClintock,
Edmund Wilson,
Edward Jenner,
Rosaline Franklin,
scientists started,
field genetics,
double helix,
history genetics,
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