Applying the findings to all types of muscle
3-D model of muscle fibreThe two scientists returned to England in 1954 and began working on complementary research to apply their findings to various types of tissue and explore precisely the smaller scale motile mechanism of fibre movement or what it was that caused the fibres to pull against one other.
Huxley concentrated his research on vertebrate striated muscle and Hanson, now back at King's, on invertebrates, in particular insect flight muscle and molluscs, and focussing on the other main kind of contractile tissue: smooth muscle.
During this stage of her studies, from 1958, Hanson worked alongside the physiologist, Jack Lowy, an expert on invertebrates.
Together, they showed that the sliding filament mechanism was indeed applicable to all kinds of muscle; their fruitful academic partnership again also demonstrating Hanson's great talent for collaborative research.
In this exhibition
- South Africa in the nineteenth century
- Declaration of War 1899
- Arrival in South Africa
- On campaign
- The heat of battle
- Climate and landscape
- Peace: the Treaty of Vereeniging 1902
- The pioneering work of Professor Jean Hanson, 1919-1973
- Early career
- Biophysics at King's College
- Hanson's research on muscles
- Work with Dr Hugh Huxley
- The sliding filament hypothesis
- Hanson’s later career and legacy
- Applying the findings to all types of muscle
- Discovering the structure of actin
- The Muscle Biophysics Unit
- Hanson's Legacy