aspiringdoctors
humanoidhistory:

Happy birthday to trailblazing scientist Barbara McClintock (June 16, 1902-September 2, 1992). One of the world’s most distinguished cytogeneticists, she is best known for her discovery of DNA transposition, the moving of genetic material from one part of a chromosome to another. Basically, she helped to prove genes were not static and unchanging as they passed from one generation to another. McClintock won 1983 Nobel Prize in Physiology or Medicine for “her discovery of mobile genetic elements.” Here’s the bulk of her speech at the Nobel Banquet in Sweden on December 10, 1983:
"I understand I am here this evening because the maize plant, with which I have worked for many years, revealed a genetic phenomenon that was totally at odds with the dogma of the times, the mid-nineteen forties. Recently, with the general acceptance of this phenomenon, I have been asked, notably by young investigators, just how I felt during the long period when my work was ignored, dismissed, or aroused frustration. At first, I must admit, I was surprised and then puzzled, as I thought the evidence and the logic sustaining my interpretation of it, were sufficiently revealing. It soon became clear, however, that tacit assumptions - the substance of dogma - served as a barrier to effective communication. My understanding of the phenomenon responsible for rapid changes in gene action, including variegated expressions commonly seen in both plants and animals, was much too radical for the time. A person would need to have my experiences, or ones similar to them, to penetrate this barrier. Subsequently, several maize geneticists did recognize and explore the nature of this phenomenon, and they must have felt the same exclusions. New techniques made it possible to realize that the phenomenon was universal, but this was many years later. In the interim I was not invited to give lectures or seminars, except on rare occasions, or to serve on committees or panels, or to perform other scientists’ duties. Instead of causing personal difficulties, this long interval proved to be a delight. It allowed complete freedom to continue investigations without interruption, and for the pure joy they provided."
(NobelPrize.org/U.S. National Library of Medicine)

Science women! <3

humanoidhistory:

Happy birthday to trailblazing scientist Barbara McClintock (June 16, 1902-September 2, 1992). One of the world’s most distinguished cytogeneticists, she is best known for her discovery of DNA transposition, the moving of genetic material from one part of a chromosome to another. Basically, she helped to prove genes were not static and unchanging as they passed from one generation to another. McClintock won 1983 Nobel Prize in Physiology or Medicine for “her discovery of mobile genetic elements.” Here’s the bulk of her speech at the Nobel Banquet in Sweden on December 10, 1983:

"I understand I am here this evening because the maize plant, with which I have worked for many years, revealed a genetic phenomenon that was totally at odds with the dogma of the times, the mid-nineteen forties. Recently, with the general acceptance of this phenomenon, I have been asked, notably by young investigators, just how I felt during the long period when my work was ignored, dismissed, or aroused frustration. At first, I must admit, I was surprised and then puzzled, as I thought the evidence and the logic sustaining my interpretation of it, were sufficiently revealing. It soon became clear, however, that tacit assumptions - the substance of dogma - served as a barrier to effective communication. My understanding of the phenomenon responsible for rapid changes in gene action, including variegated expressions commonly seen in both plants and animals, was much too radical for the time. A person would need to have my experiences, or ones similar to them, to penetrate this barrier. Subsequently, several maize geneticists did recognize and explore the nature of this phenomenon, and they must have felt the same exclusions. New techniques made it possible to realize that the phenomenon was universal, but this was many years later. In the interim I was not invited to give lectures or seminars, except on rare occasions, or to serve on committees or panels, or to perform other scientists’ duties. Instead of causing personal difficulties, this long interval proved to be a delight. It allowed complete freedom to continue investigations without interruption, and for the pure joy they provided."

(NobelPrize.org/U.S. National Library of Medicine)

Science women! <3

Reflexion of the Day

Society should learn to LET BE. If we let other people be, we wouldn’t have prejudices and we wouldn’t judge others just for fun. Each person has their right to do what they want with their body and life. Society is always looking for a way to establish what’s “right”…but, what is right? Is the Bible right? Are the laws right? In reality, there is no “right” in a imperfect world; so be you, and be free the way you want, as long as you don’ hurt the people around you.

La sociedad debería de aprender a DEJAR SER. Si dejamos al otro ser, no tuviéramos prejuicios ni tomáramos diversión en juzgar al otro. Cada persona está en su pleno derecho en hacer lo que le parezca con su cuerpo y vida. La sociedad siempre estará buscando la forma de establecer “lo correcto”….pero, qué es lo correcto? La biblia es correcta? Las leyes estan correctas? En verdad, lo “correcto” no existe en un mundo tan imperfecto; por tanto, sé tú y sé libre, de la forma que te parezca, siempre y cuando no hieras o perjudiques a los que están a tu alrededor.