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Francis Crick - Profiles in Science
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Francis Crick
The Francis Crick Papers
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The Story
Biographical Overview
The Discovery of the Double Helix, 1951-1953
Defining the Genetic Coding Problem, 1954-1957
Deciphering the Genetic Code, 1958-1966
Embryology and the Organization of DNA in Higher Organisms, 1966-1976
From Molecular Biology to Neurobiology, 1976-2004
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1.
[Notes on] "Genetics"
Format:
Text
2.
[Notes on] "Degenerate Templates"
Format:
Text
3.
[Notebook entry on] "Repeat of Experiment to Determine Effect of RNase on Microsomal RNA"
Format:
Text
4.
[Notebook entry on] "Rate of Hydrolysis of 'Yeast RNA' by Prostatic Acid Phosphatase"
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5.
[Notebook entry on] "Model Building"
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Text
6.
[Notebook entry on] "Egg White Column"
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7.
[Notebook entry on] "Effect of RNase on Microsomal RNA"
Format:
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8.
[Notebook entry on] "DNA"
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Text
9.
[Notebook entry on] "Centrifuging Egg White"
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Text
10.
[Notebook entry on] "Cell Walls"
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Text
11.
[Notebook entry on] "Cell Wall Prep"
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Text
12.
[Notebook entry on] "Action of RNase on Microsomal RNA"
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13.
X-Ray Diffraction of Protein Crystals
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14.
X-Ray Analysis and Protein Structure
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15.
What Is a Gene?
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16.
What Are the Properties of Genetic RNA?: A Note for the RNA Tie Club
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17.
Virus Structure: General Principles
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18.
UGA: A Third Nonsense Triplet in the Genetic Code
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19.
Towards the Genetic Code
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20.
Towards a Neurobiological Theory of Consciousness
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21.
The Two Languages of Biology
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22.
The Time Needed to Set Up a Gradient: Detailed Calculations
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Text
23.
The Theory of Mutagenesis [Editorial letter]
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24.
The Theory of Inter-allelic Complementation
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25.
The Structure of the Synthetic alpha-Polypeptides
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26.
The Structure of the Nucleic Acids and Related Substances
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27.
The Structure of DNA
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28.
The Structure of DNA
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29.
The Structure of Collagen
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30.
The Structure of Collagen
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31.
The Social Impact of Biology (Rickman Godlee Lecture)
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32.
The Scale of Pattern Formation
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33.
The Race for the Double Helix--Providence and Personalities
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34.
The Present Position of the Coding Problem
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35.
The Physical Properties of Cytoplasm: A Study by Means of the Magnetic Particle Method, Part II. Theoretical Treatment
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36.
The Physical Properties of Cytoplasm: A Study by Means of the Magnetic Particle Method, Part I. Experimental
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37.
The Original Plans and the Present Position
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38.
The Origin of the Genetic Code
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39.
The Molecular Structure of Polyadenylic Acid
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40.
The Molecular Biology of Higher Organisms
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41.
The Laboratory of Molecular Biology: Proposals for Extension
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42.
The Influence of Physics on Molecular Biology (Cherwell-Simon Lecture)
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43.
The Genetic Control of Protein Synthesis (Korkes Memorial Lecture)
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44.
The Genetic Code--Yesterday, Today, and Tomorrow
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45.
The Genetic Code for Proteins
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46.
The Genetic Code
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47.
The Function of Dream Sleep
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48.
The Double Helix: A Personal View
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49.
The Double Helix Revisited--Francis Crick and James Watson Talk to Paul Vaughan about Their Discovery of the Molecular Structure of DNA
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50.
The Discovery of the Structure of DNA
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51.
The Croonian Lecture, 1966: The Genetic Code
Format:
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52.
The Computer, the Eye, the Soul
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53.
The Complementary Structure of Deoxyribonucleic Acid
Format:
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54.
The Complementary Structure of DNA
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55.
The Biological Revolution: Its Meaning for Medicine (lecture notes)
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56.
The Biological Revolution: Its Meaning for Medicine (abstract)
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57.
The Biochemistry of Genetics
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58.
The Absolute Sign of Certain Phase-Shift Mutants in Bacteriophage T4
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59.
Telegram from Sten Friberg, Karolinska Institute to Francis Crick
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60.
Structure of Small Viruses
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61.
Structure of Polyglycine II
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62.
Structure and Function of DNA
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63.
Staff members of the Division of Cell Biology at the Medical Research Council Laboratory of Molecular Biology, Cambridge
Format:
Still Image
64.
Split Genes and RNA Splicing
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65.
Some Footnotes on Protein Synthesis: A Note for the RNA Tie Club
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66.
Some Aspects of Medical Research: The Genetic Code
Format:
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67.
Selfish DNA: The Ultimate Parasite
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68.
Selfish DNA [Editorial letter]
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69.
Satirical note announcing the death of the DNA helix
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70.
Report to the Medical Research Council on the Work of the Division of Molecular Genetics, now the Division of Cell Biology, from 1961-1971
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71.
Ready-made reply card to refuse invitations
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72.
Proposal to the System Development Foundation for funds for a theoretical neurobiology group at the Salk Institute
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73.
Properties of Ribosomes
Format:
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74.
Project K: 'The Complete Solution of E. Coli'
Format:
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75.
Photograph of Francis Crick lecturing in Mainz, Germany, looking down at his lectern
Format:
Still Image
76.
Photograph of Francis Crick lecturing in Mainz, Germany, looking behind him and to his right
Format:
Still Image
77.
Photograph of Francis Crick lecturing in Mainz, Germany
Format:
Still Image
78.
Our Approach to Developmental Biology
Format:
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79.
Origin of the Genetic Code [Editorial letter]
Format:
Text
80.
On the Genetic Code
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81.
On Running a Summer School
Format:
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82.
On Protein Synthesis
Format:
Text
83.
On Degenerate Templates and the Adaptor Hypothesis: A Note for the RNA Tie Club
Format:
Text
84.
Obituary of Jacques Monod
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85.
Notes on the structure of DNA
Format:
Text
86.
Notes on the possible configuration of bases in the DNA structure
Format:
Text
87.
Notes on the genetical implications of the structure of DNA
Format:
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88.
Notes on possible genetic codes (#3)
Format:
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89.
Notes on possible genetic codes (#2)
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90.
Notes on possible genetic codes (#1)
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91.
Notes on a proposed structure for DNA
Format:
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92.
Notes for two lectures at MIT on chromosomes and gene expression in higher organisms
Format:
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93.
Notes for a Talk on Brooklyn Work
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Text
94.
Nobel Laureate Predicts Medical Discoveries
Format:
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95.
Mutagenesis by Acridines in Bacteriophage T4
Format:
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96.
Molecular Structure of Nucleic Acids: A Structure for Deoxyribose Nucleic Acid
Format:
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97.
Molecular Genetics: The Present Position (Mendel Lecture)
Format:
Text
98.
Molecular Genetics: The Ideas
Format:
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99.
Molecular Biology in the Year 2000
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100.
Molecular Biology and Medical Research
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