Ruth Lyttle Satter
| Ruth Lyttle Satter | |
|---|---|
 |
|
| Born | March 8, 1923 |
| Died | August 3, 1989 (aged 66) |
| Fields | Botany, plant physiology, chronobiology |
| Institutions |
Bell Laboratories Maxson Company University of Connecticut Yale University |
| Alma mater |
Barnard College University of Connecticut |
| Spouse | Robert Satter |
| Children | Four |
Ruth Lyttle Satter (March 8, 1923 – August 3, 1989) was an American botanist best known for her work on circadian leaf movement.
Ruth Lyttle Satter was born March 8, 1923 in New York City.
Satter received a B.A. in mathematics and physics from Barnard College in 1944. After graduating, she worked at Bell Laboratories and Maxson Company until 1947 when she became a homemaker, having four children to raise. In 1964, she enrolled for graduate studies in plant physiology at the University of Connecticut, where she earned her Ph.D. in botany in 1968. Her Ph.D. thesis was on the control of flowering by red/far-red light in Sinningia species (Gloxinia).
In postdoctoral work at Yale, she studied the control of leaf movements, first reported to be observed by the French monk Jean-Jacques d'Ortous de Mairan in the 18th century, and published a series of papers that showed the involvement of K+ and Cl− flux and red and blue light in rhythmic leaf movements.ments.☃☃ Leaflets are usually horizontal (open) during daylight and vertical (closed) at night, indicative of a circadian clock in the plant. Her work demonstrated that movements are driven by ion flux in leaf motor cells, and that this movement persists regardless of light color or the endogenous rhythm.
In 1980, Satter became a professor-in-residence at the University of Connecticut, where she collaborated with Richard Crain, a lipid biochemist, in discovering that the phosphatidylinositol cycle is the basic light signal transduction mechanism in the leaf motor cells. She was married to Robert Satter, who was a judge in the Superior Court of Connecticut.
According to the Association for Women in Science (AWIS):
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