The True Story Behind Photo 51

The True Story Behind Photo 51:

The room is silent except for the hum of the X-ray apparatus. Beyond the quiet laboratory, other scientists are competing towards the same prize - identifying the secret structure of the DNA. Sheets of diffraction patterns hang on the wall. Amongst them is photo 51- the clearest evidence yet of DNA’s double helix.

Rosalind Franklin's Childhood:

Rosalind Franklin was born on 25 July 1920 in London, England. From early childhood, Rosalid Franklin showed exceptional abilities, especially in science and mathematics. She attended St Pauls’s Girl’s School in London, one of the few schools that taught science and physics to girls. There, she developed a strong interest in chemistry and decided at that age of about 16 she wanted to become a scientist. Her school encouraged scientific study, which helped her build knowledge and confidence needed for her future career. From there on Rosalind Franklin became a British chemist and an expert in X-ray crystallography. She worked in Kings college London and carefully produced high-quality images of DNA fibers. Her very work provided accurate measurements that helped scientists understand the shape and complexities of the DNA.

Later life and recognition:

Later in her career, Rosalind Franklin continued her work with X-ray crystallography to study molecular structures. Her work required long exposure to radiation, which was not fully understood at that time to be dangerous. In 1958, she died of ovarian cancer at the age of 36.

Her famous x-ray image, known as the photo 51, helped reveal the double helix structure of the DNA. The photograph was shown to James Watson and Francis Crick, who used information to develop their DNA model. Historians have debated whether the image was shared with them without Franklin's knowledge, but till this date it is unknown. In 1962, Watson, Crick and Maurice Wilkins received the Nobel prize for the discovery of the DNA model. Franklin did not receive the Nobel prize because she had unfortunately passed away in 1958, and noble prizes are not awarded after death. But even today her contributions have sparked many young gifted women to initiate their ideas in science and other fields, she is seen as a role model for future generations of scientists to explore new ideas.