101. Notes on sequencing and Henikoff method

Format:

Text

102. Notes on viruses affecting the nervous system

Format:

Text

103. Notes on strains of E-coli to use to make cDNA library

Format:

Text

104. Laboratory project: "Regulation of Adenylate Cyclase by Alpha-Adrenergic Receptors"

Format:

Text

105. Laboratory project: "Acetylcholine Receptors in the Developing Nervous System"

Format:

Text

106. Draft of "Annual Report of the Laboratory of Biochemical Genetics, October 1, 1975 - September 30, 1976"

Format:

Text

107. Draft of "Annual Report of the Laboratory of Biochemical Genetics" [summary of laboratory projects]

Format:

Text

108. Laboratory project: "Acetylcholine Receptors"

Format:

Text

109. Laboratory project: "The Development of Chick Embryo Retina"

Format:

Text

110. Laboratory project: "Morphine Receptors as Regulators of Adenylate Cyclase"

Format:

Text

111. Annual Report of the Laboratory of Biochemical Genetics, October 1, 1989 - September 30, 1990

Format:

Text

112. Notes on effects of monoclonal antibodies

Format:

Text

113. Annual Report of the Laboratory of Biochemical Genetics [summary of laboratory projects]

Format:

Text

114. Laboratory project: "Cell Recognition and Synapse Formation"

Format:

Text

115. Acceptance speech for Gairdner Foundation Award

Format:

Text

116. Letter from Marshall W. Nirenberg to Nikolai V. Podgorny

Format:

Text

117. Lab Chiefs' Meeting

Format:

Text

118. Open Letter to Congress

Format:

Text

119. Laboratory project: "Cell Recognition and Synapse Formation"

Format:

Text

120. Annual Report of the Laboratory of Biochemical Genetics [Summary of laboratory projects]

Format:

Text

121. Laboratory project: "Cell Recognition and Synapse Formation"

Format:

Text

122. Annual Report of the Laboratory of Biochemical Genetics, October 1, 1977 - September 30, 1978

Format:

Text

123. Annual Report of the Laboratory of Biochemical Genetics [summary of laboratory projects]

Format:

Text

124. Laboratory project: "Cell Recognition and Synapse Formation"

Format:

Text

125. Annual Report of the Laboratory of Biochemical Genetics [summary of laboratory projects]

Format:

Text

126. Annual Report of the Laboratory of Biochemical Genetics [summary of laboratory projects]

Format:

Text

127. Laboratory project: "Regulation of Gene Expression"

Format:

Text

128. Laboratory project: "Cell Recognition and Synapse Formation"

Format:

Text

129. Bradykinin- Activated Transmembrane Signals are Coupled via No or Ni to Production of Inositol 1,4,5- Trisphosphate, a Second Messenger in NG108-15 Neuroblastoma-Glioma Hybrid Cells

Format:

Text

130. Molecules Localized at the Neuromuscular Synapse

Format:

Text

131. Biographical Sketch

Format:

Text

132. Letter from Marshall W. Nirenberg to Gaylord P. Harnwell

Format:

Text

133. Interview with Marshall W. Nirenberg

Format:

Text

134. Interview with Marshall W. Nirenberg

Format:

Text

135. Letter from Marshall W. Nirenberg to Edward C. Rosenow, Jr., American College of Physicians

Format:

Text

136. Man's Power to Shape His Own Biologic Destiny--Will Society Be Prepared to Use It Wisely?

Format:

Text

137. Notes on the code, taken at an art exhibit

Format:

Text

138. Characteristics and Composition of RNA Coding Units

Format:

Text

139. Summary of Dr. Marshall W. Nirenberg's Work

Format:

Text

140. Genetic Versus Neural Information Processing Systems

Format:

Text

141. RNA Codewords and Protein Synthesis, VII. On the General Nature of the RNA Code

Format:

Text

142. Regulation of Axon Formation by Clonal Lines of a Neural Tumor

Format:

Text

143. Neurotransmitter Synthesis by Neuroblastoma Clones

Format:

Text

144. A Neuroblastoma x Glioma Hybrid Cell Line with Morphine Receptors

Format:

Text

145. Synapse Turnover: A Mechanism for Acquiring Synaptic Specificity

Format:

Text

146. Regulation of Adenylate Cyclase Activity Mediated by Muscarinic Acetylcholine Receptors

Format:

Text

147. Regulation of Acetylcholine Release from Neuroblastoma x Glioma Hybrid Cells

Format:

Text

148. Muscarinic Acetylcholine Receptors of the Developing Retina

Format:

Text

149. Letter from Marshall W. Nirenberg to Wendell M. Stanley

Format:

Text

150. Letter from Marshall W. Nirenberg to Kiyoshi Kurahashi

Format:

Text

151. Letter from Marshall W. Nirenberg to G. Schramm

Format:

Text

152. Letter from Marshall W. Nirenberg to Xandra Breakefield

Format:

Text

153. Neuroblastoma research data

Format:

Still Image

154. Neuroblastoma research data

Format:

Still Image

155. Genetic code chart

Format:

Still Image

156. Second and last summary of the genetic code

Format:

Still Image

157. Genetic code chart

Format:

Still Image

158. Large working copy of genetic code chart (first half)

Format:

Still Image

159. Cell-Free Protein Synthesis and the Genetic Code

Format:

Text

160. Neuronal Tumor Cells With Excitable Membranes Grown In Vitro

Format:

Text

161. Hox-1.11 and Hox-4.9 Homeobox Genes

Format:

Text

162. Notes taken in graduate school

Format:

Text

163. The Current Status of the RNA Code

Format:

Text

164. Cell-Free Protein Synthesis Directed by Messenger RNA

Format:

Text

165. The Genetic Code: II

Format:

Text

166. Modulation of Synapse Formation by Cyclic Adenosine Monophosphate

Format:

Text

167. A Biochemical Characteristic of Ascites Tumor Cells

Format:

Text

168. The NK-2 Homeobox Gene and the Early Development of the Central Nervous System of Drosophila

Format:

Text

169. Desensitization of Adenylate Cyclase to Prostaglandin E1 or 2-Chloroadenosine

Format:

Text

170. Unpublished draft of introduction to the Nobel speech

Format:

Text

171. On the Translation of the Genetic Code

Format:

Text

172. Drawing of two spiders

Format:

Still Image

173. Neuroblastoma research data

Format:

Still Image

174. Neuroblastoma research data

Format:

Still Image

175. First summary of the genetic code

Format:

Still Image

176. Compilation of data contributing to the genetic code

Format:

Still Image

177. Template used to compile data for the genetic code

Format:

Still Image

178. Data contributing to "large working copy of code" chart

Format:

Still Image

179. Experiments related to the genetic code examining longer polynucleotides

Format:

Still Image

180. Compilation of data contributing to the genetic code chart

Format:

Still Image

181. Large working copy of genetic code chart (second half)

Format:

Still Image

182. On the Coding of Genetic Information

Format:

Text

183. Murine Hox-1.11 Homeobox Gene Structure and Expression

Format:

Text

184. Human cDNA Clones for an [Alpha] Subunit of Gi Signal-Transduction Protein

Format:

Text

185. Genetic Memory

Format:

Text

186. Notes taken in graduate school

Format:

Text

187. Markers for Gene Expression in Cultured Cells from the Nervous System

Format:

Text

188. Will Society Be Prepared?

Format:

Text

189. Regulation of Adenylate Cyclase of Neuroblastoma x Glioma Hybrid Cells by a-Adrenergic Receptors. I. Inhibition of Adenylate Cyclase Mediated by Alpha Receptors

Format:

Text

190. Some Characteristics of a Cell-Free DNAase Sensitive System Incorporating Amino Acids into Protein

Format:

Text

191. Approximation of Genetic Code Via Cell-Free Protein Synthesis Directed by Template RNA

Format:

Text

192. Regulation of Calcium Uptake in Neuroblastoma or Hybrid Cells - A Possible Mechanism for Synapse Plasticity

Format:

Text

193. Unpublished conclusion intended for Nobel speech

Format:

Text

194. Unpublished transcript of the Columbia University Symposium on the Relationship between Biological and Physical Sciences

Format:

Text

195. Unpublished introduction to comparison between genetic and neural codes

Format:

Text

196. Proposed Training

Format:

Text

197. Notes on triplets

Format:

Text

198. Notes on deciphering the amino acid codes

Format:

Text

199. 64 triplets and complementary triplets

Format:

Text