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Martin Rodbell - Profiles in Science
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Martin Rodbell
The Martin Rodbell Papers
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Early Work in Cellular Metabolism, 1956-1969
Signal Transduction and the Discovery of G-Proteins, 1969-1980
Cells as "Programmable Messengers," 1981-1994
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1.
Martin Rodbell age 3 years
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2.
Martin Rodbell playing beneath a gun turret
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3.
Martin Rodbell in Study of Rabbi Israel 'Bar-Mitzvah Boy'
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4.
[Entry from] Desk Private: Appointments - Memoranda - Reminders - Diary
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5.
Marty [Rodbell] -- Bob Wolfe -- Neil Zierler [at Baltimore City College]
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6.
Martin Rodbell in a Navy uniform
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7.
Mart[in] in Navy
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8.
Martin Rodbell 22 years old
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9.
Wedding Day. [Martin and Barbara Rodbell]
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10.
The Relationship of Epinephrine and Glucagon to Liver Phosphorylase
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11.
Martin Rodbell at the University of Brussels
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12.
Mart[in] in Venice
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13.
Martin Rodbell and Ann Butler Jones at NIH
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14.
The Metabolism of Isolated Fat Cells: I. Effects of Hormones on Glucose Metabolism and Lipolysis
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15.
Influence of Additions on Glucagon Binding
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16.
ATP? or GTP
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17.
Effect of Nucleotides
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18.
Release of Glucagon -- I-125
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19.
Martin Rodbell and Oscar H. Hechter at the 4th Capri (Italy) Conference
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20.
Martin Rodbell at the 4th Capri (Italy) Conference
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21.
Participants in the 1970 Gordon Research Conference on Hormone Action, New London, New Hampshire
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22.
The Glucagon-Sensitive Adenyl Cyclase System in Plasma Membranes of Rat Liver: II. Comparison Between Glucagon- and Fluoride-Stimulated Activities
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23.
The Glucagon-Sensitive Adenyl Cyclase System in Plasma Membranes of Rat Liver: IV. Effects of Guanyl Nucleotides on Binding of 125 I-Glucagon
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24.
The Glucagon-Sensitive Adenyl Cyclase System in Plasma Membranes of Rat Liver: V. An Obligatory Role of Guanyl Nucleotides in Glucagon Action
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25.
The Glucagon-Sensitive Adenyl Cyclase System in Plasma Membranes of Rat Liver: III. Binding of Glucagon: Method of Assay and Specificity
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26.
The Glucagon-Sensitive Adenyl Cyclase System in Plasma Membranes of Rat Liver: I. Properties
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27.
Letter from Martin Rodbell to Anil Joshi
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28.
5'-Guanylylimidodiphosphate, A Potent Activator of Adenylate Cyclase Systems in Eukaryotic Cells
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29.
Martin Rodbell with beard
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30.
GTP Stimulates and Inhibits Adenylate Cyclase in Fat Cell Membranes through Distinct Regulatory Processes
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31.
The Fat Cell Adenylate Cyclase System: Characterization and Manipulation of Its Biomodal Regulation by GTP
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32.
Letter from Martin Rodbell to Peter F. Hall
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33.
The Role of Hormone Receptors and GTP-Regulatory Proteins in Membrane Transduction
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34.
Letter from Martin Rodbell to Andre DeLean
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35.
Martin Rodbell at the University of Geneva
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36.
Gairdner Lecture: Introduction
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37.
Martin Rodbell
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38.
Signal Transduction in Biological Membranes
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39.
Farewell to Somerset, Hello Chapel Hill
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40.
The Final Farewell or The Last Ode from Building 6
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41.
Programmable Messengers: A New Theory of Hormone Action
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42.
Signal Transduction: A Twenty Year History of G-Proteins
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43.
Figure 4: Late 1970 Model of the Glucagon-Sensitive Liver Membrane Adenylyl Cyclase As an Information Transfer System
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44.
Fig[ure]. 6: 1984 Model of Adenylyl Cyclase System Susceptible to Both Stimulatory and Inhibitory Regulation
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45.
Fig[ure]. 1: 1967 Conceptualization of an Hormone-Sensitive Adenylyl Cyclase
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46.
Fig[ure]. 5: 1977 Model of Hormonal Stimulation of an Adenylyl Cyclase System
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47.
Fig[ure]. 3: Early 1970 Representation of the Hormone Sensitive Adenylyl Cyclase As a System Formed of Three Functional Elements: Discriminator, Transducer, and Amplifier
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48.
Fig[ure]. 2: 1969 Conceptualization of Adenylyl Cyclase System Stimulated by Multiple Hormones
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49.
Getting the Message Across
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50.
The Beginnings of an Endocrinologist
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