Throughout time, monumental discoveries have been made that have greatly benefited society. Although every discovery eventually receives its time in the spotlight, the brilliance of many discoveries by hardworking scientists go overlooked until long after the scientists are gone. We who benefit from these discoveries end up saying that these people were “ahead of their time,” and therefore they were not recognized for their greatness and potential during the time in which they lived.
This anthology includes 20 instances where discoveries from a wide variety of scientific fields were made before the world was ready for them. Also included in these 20 examples are the profiles of scientists who did not receive the recognition they should have at the time, simply because their discovery was not made in a time period that could fully implement and comprehend their discovery’s advanced features and societal importance.
Continue reading “Scientific Anthology: Discoveries Ahead of Their Time”
Chapter 6 of Genentech sparked my curiosity about Interferons. I wanted to know why they are so important, what the do, and why Genentech wanted to work with them so badly. I did some research about Interferons in an encyclopedia, and found out a lot of useful information. Below is some of that information.
What are interferons:
Interferons are “a group of proteins known primarily for their role in inhibiting viral infections and in stimulating the entire immune system to fight disease.”
What are their medical uses:
Interferons “can inhibit cell division, which is one reason why they hold promise for stopping cancer growth. Recent studies have also found that one interferon may play an important role in the early biological processes of pregnancy.”
Also, “several interferon proteins have been approved as therapies for diseases like chronic hepatitis , genital warts, multiple sclerosis, and several cancers.”
Directly relating to Genentech:
The encyclopedia stated, ” biotechnological advances, making genetic engineering easier and faster, are making protein drugs like interferons more available for study and use. Using recombinant DNA technology, or gene splicing, genes that code for interferons are identified, cloned, and used for experimental studies and in making therapeutic quantities of protein. These modern DNA manipulation techniques have made possible the use of cell-signaling molecules like interferons as medicines.
This photo was taken from The Free Dictionary by Farlex