(Before this, children had to cross the river by boat to go to school. This is how Maud Menten, perhaps Harrison Mills most famous resident, was educated.)
In 1912 she moved to Berlin where she worked with Leonor Michaelis and co-authored their paper in Biochemische Zeitschrift (1913;49:333–369) which showed that the rate of an enzyme-catalyzed reaction is proportional to the amount of the enzyme-substrate complex.
Maud of Wales | Lucy Maud Montgomery | Princess Maud, Countess of Southesk | Maud Gonne | Maud Adams | Maud | Maud Menten | Maud Doria Haviland | Maud Allan | Maud Karpeles | Maud Hart Lovelace | Maud de Braose | John Redcliffe-Maud, Baron Redcliffe-Maud | Jean Redcliffe-Maud | SS Dronning Maud (1906) | SS ''Dronning Maud'' (1906) | Redcliffe-Maud Report | Princess Maud | Pieter Menten | My Night at Maud's | Maud Powell | Maud Fontenoy pictured by ''2512'' magazine the day she left the Réunion | Maud Fontenoy | Maud de Ufford, Countess of Oxford | Maud Cunnington | Maud Chaworth | Even Madder Aunt Maud | Elsie Maud Wakefield |
In a seminal paper in 1913, Michaelis and Menten derived the equation in more detail and interpreted it more profoundly.
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Notably, his work was taken up by German biochemist Leonor Michaelis and Canadian physician Maud Menten.