Linked from

The 31 pages that link to Rosalind Franklin, each with the reason it gives.

• University of CambridgeRelated: Franklin studied chemistry at Newnham College before pursuing research elsewhere.

• X-ray crystallographyRelated: Her diffraction images and analysis constrained the structure of DNA.

• DNARelated: Her diffraction data constrained the double-helix model’s dimensions and geometry.

• Molecular biologyRelated: Her diffraction data constrained the molecular model of DNA.

• Nobel Prize controversiesRelated: Her death made a Nobel award impossible, while debate persists over recognition of her contribution.

• Francis CrickRelated: Her diffraction data, especially Photo 51, informed the double-helix model.

• James WatsonRelated: Her diffraction data, including Photo 51, informed the model Watson and Crick developed.

• Scientific priorityRelated: Her DNA images became central to later accounts of credit for the double-helix model.

• Watson–Crick base pairingRelated: Her diffraction data constrained the molecular form in which paired bases fit.

• Structural biologyRelated: Her diffraction data were central to determining DNA’s molecular structure.

• Molecular geneticsRelated: Her diffraction data constrained models of DNA’s molecular architecture.

• BiophysicsRelated: Her diffraction measurements show how physical techniques can resolve biological structure.

• Maurice WilkinsRelated: Her King’s College research produced DNA diffraction data that informed Wilkins’s structural work.

• Tobacco mosaic virusRelated: Her diffraction analysis supplied detailed structural evidence about the viral particle.

• Photo 51Related: Franklin supervised the experiment and analyzed the DNA diffraction data.

• DNA structureRelated: Her diffraction data constrained the helical model and its dimensions.

• John KendrewRelated: Franklin’s diffraction work provides a parallel case of crystallographic evidence shaping molecular biology.

• King's College LondonRelated: Her King's research produced key evidence about DNA's molecular structure.

• Aaron KlugRelated: Franklin’s virus research at Birkbeck shaped the structural problems Klug later tackled.

• CambridgeRelated: She studied at Newnham College, part of the University of Cambridge.

• Double helixRelated: Her diffraction data constrained the dimensions and helical form of DNA.

• History of geneticsRelated: Her diffraction data were central to identifying DNA’s helical structure.

• Lawrence BraggRelated: Her diffraction work extended the structural methods Bragg’s research helped establish.

• Nucleic acid structureRelated: Her measurements provided critical evidence about DNA's dimensions and symmetry.

• Tim HuntRelated: Hunt studied biochemistry at Cambridge during the period Franklin’s structural work shaped molecular biology.

• Gertrude B. ElionRelated: Franklin and Elion are notable women scientists whose contributions were recognized within male-dominated fields.

• History of biochemistryRelated: Her X-ray measurements supplied critical evidence about DNA’s structure.

• Rosalyn Sussman YalowRelated: Franklin and Yalow became prominent women scientists despite institutional barriers in their era.