121. Albert Szent-Gyorgyi with friends on the beach at Penzance Point, Massachusetts

Format:

Still Image

122. Albert Szent-Gyorgyi on the beach at Penzance Point, Massachusetts

Format:

Still Image

123. Peter Gascoyne, Ronald Pethig, Albert Szent-Gyorgyi, and Jane McLaughlin

Format:

Still Image

124. Water Structure-Dependent Charge Transport in Proteins

Format:

Text

125. Albert Szent-Gyorgyi working at the Marine Biological Laboratory, Woods Hole, Massachusetts

Format:

Still Image

126. Albert Szent-Gyorgyi working at his desk in Woods Hole, Massachusetts

Format:

Still Image

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

Format:

Text

128. Albert Szent-Gyorgyi at his 90th birthday party

Format:

Still Image

129. Albert Szent-Gyorgyi Day program

Format:

Text

130. Albert Szent-Gyorgyi discusses his approach to research

Format:

Moving Image

131. Nobel laureate George Wald describes the impact of Szent-Gyorgyi's muscle research during the 1940s

Format:

Moving Image

132. Albert-Szent-Gyorgyi talks about isolating vitamin C

Format:

Moving Image

133. Albert Szent-Gyorgyi testifies before a U.S. Senate Committee in 1966

Format:

Moving Image

134. Albert Szent-Gyorgyi discusses religion

Format:

Moving Image

135. Albert Szent-Gyorgyi talks about testing paprika for vitamin C

Format:

Moving Image

136. Albert Szent-Gyorgyi discusses his approach to cancer research

Format:

Moving Image

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

Format:

Text

138. Free Radical Investigations as a Tool for the Study of Quinone Detoxification by Whole Cells and Enzymes

Format:

Text

139. Hungarian postage stamp featuring a portrait of Albert Szent-Gyorgyi

Format:

Still Image

140. Hungarian postage stamp featuring the twelve Hungarian Nobel laureates

Format:

Still Image