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61. Andrew Szent-Gyorgyi lecturing at a symposium

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62. Andrew Szent-Gyorgyi preparing a sample for X-ray exposure at the Woods Hole Marine Biological Laboratory (back view)

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63. Andrew Szent-Gyorgyi preparing a sample for X-ray exposure at the Woods Hole Marine Biological Laboratory (front view)

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64. Andrew Szent-Gyorgyi, Herman Kalckar, and Seymour Cohen at a symposium

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65. Andrew and Albert Szent-Gyorgyi talking at a party

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66. Ascorbate-Quinone Interactions: Electrochemical, Free Radical, and Cytotoxic Properties

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67. Autographed portrait of Albert Szent-Gyorgyi

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68. Bioelectronics

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69. Bioenergetics

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70. Cathedral of Szeged, Hungary

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71. Competitive Binding of ATP and Acridine Orange by Muscle

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72. Composite photograph of Albert Szent-Gyorgyi giving a lecture

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73. Crystallized Vitamin C and Hexuronic Acid

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74. Das kontraktile Element des Muskels [The contractile element of muscles]

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75. Delbert Philpott and Andrew Szent-Gyorgyi admiring their first successful electron micrograph of a protein crystal

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76. Delbert Philpott operating an electron microscope at the Woods Hole Marine Biological Laboratory

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77. Delbert Philpott setting up equipment at the Woods Hole Marine Biological Laboratory

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78. Delbert Philpott with the electron microscope at the Marine Biological Laboratory at Woods Hole, Massachusetts

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79. Enzyme-Controlled Scavenging of Ascorbyl and 2,6-Dimethoxysemiquinone Free Radicals in Ehrlich Ascites Tumor Cells

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80. Eva Szent-Gyorgyi measuring tension changes in preserved muscle tissue at the Woods Hole Marine Biological Laboratory

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