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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51. The Nobel Prize in Physiology or Medicine 1994 [poster]

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52. Martin Rodbell

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53. Martin Rodbell, George H. Hitchings, and Gertrude B. Elion

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54. To My Friends: Thoughts from 'On High'

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55. Martin Rodbell, EHP cover

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56. Martin Rodbell at the Nobel ceremonies

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57. 1994 Nobel Diploma

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58. Nobel Banquet 'Speech'

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59. Signal Transduction: Evolution of an Idea

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60. Letter from Martin Rodbell to Joseph J. Hoet

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