This lady deserved a lot of fame, fortune and accolades. However, death came in the form of cancer before her work got its due and she remains more or less forogtten. X admitted to a friend that it was her data that they had used, which had earned them Y. Give me the name of the lady and whatever else you can give.
Answer: Rosalind Franklin. X=Francis Crick Y= 1962 Nobel Prize in Physiology or Medicine
Cracked by sharat, Debasish, Aviral, Naavin Pai, Gaurav Jindal, Chithananda, jj, ashwini_nit, SKG, apraman, krishnan, samdrisht singh.
15 comments:
Rosalind Franklin
X - Francis Crick
Y - structure of DNA
Sharat
Rosalind Franklin
Watson-Crick
Nobel Prize
Rosalind Franklin, she died so she could not receive the Nobel Prize which isn't awarded posthumously. Watson and Crick used her data for Dna model and got Nobel Prize
Madame Marie Curie
Rosalind Franklin
Watson and Crick
1962 Nobel Prize
Rosalind Franklin, she made some important contributions in the world of DNA structures
:Gaurav
Rosalind Franklin - Data used for Watson-crick DNA model
Rosalind Franklin
Rosalind Franklin (DNA double helical structure)
X - Rosalind Franklin
Y - Nobel Prize awarded to Watson and Crick for DNA model
X - Rosalind Franklin
Y - Nobel Prize awarded to Watson and Crick for DNA model
Rosalind Franklin. basically, using x ray cryst. techiniques she deciphered the basic structure(double helix) of a strand of DNA. apparently watson/crick duo ripped theirs off of hers..
--Ajay Parasuraman
Rosalind Franklyn is the lady in the picture. She had the X-ray crystallography data of the DNA double helix structure, to which, apparently, Watson and Crick had access. They went to publish this work and win the Nobel for Physiology. It is also claimed that Linus Pauling was close to solving the structure at almost the same time, he cudn cuz he wasn able to visit UK due to visa issues, I guess.
The woman in the photo is Rosalind Franklin. X is Francis Crick and Y is probably James Watson. The 'data' has something to do with the double helical structure of the DNA.
JADE AUSTEN
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