Porphyria Collection

Porphyria, (oil on canvas)
657026 Porphyria, (oil on canvas) by Rothenstein, William (1872-1945); Private Collection; (add.info.: Porphyria. Sir William Rothenstein (1872-1945). Oil on canvas

Dolls of Porphyria Brocard and Sylvie Leconte
Dolls of dancers Mlle. Porphyria or Porphirin Brocard and Mlle. Sylvie Leconte dressed by young Princess Victoria. Color plate after an illustration by Alan Wright from Frances H

Marie Taglioni, ballerina costume dolls by young Princess
Ballerina Marie Taglioni dolls dressed in costumes of La Bayadere, La Sylphide and William Tell by young Princess Victoria. Color plate after an illustration by Alan Wright from Frances H

Interior of St. Pauls Cathedral during the Thanksgiving Service for the recovery of
SPC209114 Interior of St. Pauls Cathedral during the Thanksgiving Service for the recovery of King George III (1738-1820) 23rd April 1789 (coloured engraving) by Prattent, T. (18th century); St

King George III. George III (George William Frederick, 1738-1820) was King of Great Britain and King of Ireland from 25 October 1760 until 1 January 1801

King George III of Great Britain, c1850. Portrait of George William Frederick (1738-1820), King of Great Britain, and below, a vignette of an attempt to shoot the king in Hyde Park

King George III of Great Britain, 19th century. Artist: W Holl
King George III of Great Britain, 19th century. Portrait of George William Frederick (1738-1820), King of Great Britain

George the III, King of Great Britain, 1777. Artist: W Walker
George the III, King of Great Britain, 1777. Portrait of George III (1738-1820), king from 1760. A plate from The Copper-Plate Magazine or A Monthly Treasure, London, 1777

Charlotte and Feodora of Prussia
Princess Charlotte of Prussia (1860-1919), daughter of Vicky (Princess Royal), Crown Princess of Prussia, with her daughter Feodora (1879-1945) in 1880

Uroporphyrinogen III decarboxylase F006 / 9387
Uroporphyrinogen III decarboxylase. Molecular model of the enzyme human uroporphyrinogen III decarboxylase (UROD). Mutations or deficiencies in this enzyme cause the disorder porphyria with a build

Human chromosome 10, SEM
Human chromosome 10, coloured scanning electron micrograph (SEM). Chromosomes are a packaged form of the genetic material DNA (deoxyribonucleic acid)

The King and Queen at the Windsor festivities
George III (1738-1820)and Queen Charlotte observing the roasting of an ox at Windsor, part of celebrations to mark the kings Diamond Jubilee in 1810

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"Porphyria: A Captivating Tale of Royalty, Art, and Medical Mystery" Step into the world of porphyria, a rare genetic disorder that has fascinated scientists, artists, and historians alike. From oil paintings to ballerina dolls, this condition has left its mark on various aspects of culture. In the realm of art, "Porphyria" stands as an exquisite masterpiece painted on canvas. Its vibrant colors and intricate details capture the essence of this enigmatic disorder. Similarly, the Dolls Brocard and Sylvie Leconte showcase how even in miniature form, porphyria's allure remains captivating. Delving into history reveals intriguing connections between porphyria and royalty. During a Thanksgiving Service held at St. Paul's Cathedral for King George III's recovery from illness, we catch a glimpse of how this condition affected one of Britain's most iconic monarchs. Portraits from different eras depict his regal presence while shedding light on the medical challenges he faced. But it is not only kings who have been touched by porphyria; Princess Marie Taglioni herself created ballerina costume dolls inspired by her own battle with the disorder. These delicate figurines serve as a testament to both her artistic talent and personal struggle. On a microscopic level lies Uroporphyrinogen III decarboxylase F006 / 9387 – an enzyme crucial in understanding porphyria at its core. Visualized through scanning electron microscopy (SEM), it offers insights into the intricate workings within our chromosomes – specifically Human chromosome 10 where many genes associated with this condition reside. As we explore these diverse facets surrounding porphyria – from art to genetics – we are reminded that there is still much to uncover about this mysterious ailment. Yet amidst all its complexities lies an undeniable fascination that continues to captivate minds across disciplines.