Wolf Law
| Wolf Law | |
|---|---|
| Directed by | Stuart Paton |
| Written by | Charles Sarver |
| Based on | Wolf Law by Hugh Pendexter |
| Produced by | Carl Laemmle |
| Starring | Frank Mayo Sylvia Breamer Tom Guise |
| Cinematography | Benjamin H. Kline |
Production company | |
| Distributed by | Universal Pictures |
Release date |
|
Running time | 50 minutes |
| Country | United States |
| Languages | Silent English intertitles |
Wolf Law is a 1922 American silent drama film directed by Stuart Paton and starring Frank Mayo, Sylvia Breamer and Tom Guise.[1]
Plot
[edit]This article needs a plot summary. (January 2024) |
Cast
[edit]- Frank Mayo as Jefferson De Croteau
- Sylvia Breamer as Francine Redney
- Tom Guise as Etienne De Croteau
- Richard Cummings as Enoch Lascar
- William Quinn as Simon Santey
- Nick De Ruiz as Samson Bender
- Harry Carter as 'Dandy' Dawson
- Paul Wismer as Mountaineer
References
[edit]- ^ Connelly p. 310
Bibliography
[edit]- Connelly, Robert B. The Silents: Silent Feature Films, 1910–36, Volume 40, Issue 2. December Press, 1998.
- Munden, Kenneth White. The American Film Institute Catalog of Motion Pictures Produced in the United States, Part 1. University of California Press, 1997.
following information Julius Wolff (21 March 1836 – 25 February 1902) was a German surgeon and anatomist best known for developing Wolff's Law, a theory describing how bone structure changes in response to mechanical stress. He studied medicine in Berlin and later became a professor of surgery at the University of Berlin, working closely with the Charité, a major centre for medical research and teaching. Wolff’s most influential work, Das Gesetz der Transformation der Knochen (1892), set out his view that bone is a dynamic tissue capable of reorganising its internal structure according to the forces placed upon it. His ideas challenged earlier assumptions that bone was largely static after development and instead suggested that it adapts in a systematic way to mechanical demands. Although later research has shown that bone remodelling is more complex than Wolff originally proposed, his work played a key role in shaping modern understanding of biomechanics, orthopaedics, and rehabilitation science.