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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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[Notes on] "Genetics"
1 of 444
[Notes on] "Degenerate Templates"
2 of 444
[Notebook entry on] "Repeat of Experiment to Determine Effect of RNase on Microsomal RNA"
3 of 444
[Notebook entry on] "Rate of Hydrolysis of 'Yeast RNA' by Prostatic Acid Phosphatase"
4 of 444
[Notebook entry on] "Model Building"
5 of 444
[Notebook entry on] "Egg White Column"
6 of 444
[Notebook entry on] "Effect of RNase on Microsomal RNA"
7 of 444
[Notebook entry on] "DNA"
8 of 444
[Notebook entry on] "Centrifuging Egg White"
9 of 444
[Notebook entry on] "Cell Walls"
10 of 444
[Notebook entry on] "Cell Wall Prep"
11 of 444
[Notebook entry on] "Action of RNase on Microsomal RNA"
12 of 444
X-Ray Diffraction of Protein Crystals
13 of 444
X-Ray Analysis and Protein Structure
14 of 444
What Is a Gene?
15 of 444
What Are the Properties of Genetic RNA?: A Note for the RNA Tie Club
16 of 444
Virus Structure: General Principles
17 of 444
UGA: A Third Nonsense Triplet in the Genetic Code
18 of 444
Towards the Genetic Code
19 of 444
Towards a Neurobiological Theory of Consciousness
20 of 444
The Two Languages of Biology
21 of 444
The Time Needed to Set Up a Gradient: Detailed Calculations
22 of 444
The Theory of Mutagenesis [Editorial letter]
23 of 444
The Theory of Inter-allelic Complementation
24 of 444
The Structure of the Synthetic alpha-Polypeptides
25 of 444
The Structure of the Nucleic Acids and Related Substances
26 of 444
The Structure of DNA
27 of 444
The Structure of DNA
28 of 444
The Structure of Collagen
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The Structure of Collagen
30 of 444
The Social Impact of Biology (Rickman Godlee Lecture)
31 of 444
The Scale of Pattern Formation
32 of 444
The Race for the Double Helix--Providence and Personalities
33 of 444
The Present Position of the Coding Problem
34 of 444
The Physical Properties of Cytoplasm: A Study by Means of the Magnetic Particle Method, Part II. Theoretical Treatment
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The Physical Properties of Cytoplasm: A Study by Means of the Magnetic Particle Method, Part I. Experimental
36 of 444
The Original Plans and the Present Position
37 of 444
The Origin of the Genetic Code
38 of 444
The Molecular Structure of Polyadenylic Acid
39 of 444
The Molecular Biology of Higher Organisms
40 of 444
The Laboratory of Molecular Biology: Proposals for Extension
41 of 444
The Influence of Physics on Molecular Biology (Cherwell-Simon Lecture)
42 of 444
The Genetic Control of Protein Synthesis (Korkes Memorial Lecture)
43 of 444
The Genetic Code--Yesterday, Today, and Tomorrow
44 of 444
The Genetic Code for Proteins
45 of 444
The Genetic Code
46 of 444
The Function of Dream Sleep
47 of 444
The Double Helix: A Personal View
48 of 444
The Double Helix Revisited--Francis Crick and James Watson Talk to Paul Vaughan about Their Discovery of the Molecular Structure of DNA
49 of 444
The Discovery of the Structure of DNA
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The Croonian Lecture, 1966: The Genetic Code
51 of 444
The Computer, the Eye, the Soul
52 of 444
The Complementary Structure of Deoxyribonucleic Acid
53 of 444
The Complementary Structure of DNA
54 of 444
The Biological Revolution: Its Meaning for Medicine (lecture notes)
55 of 444
The Biological Revolution: Its Meaning for Medicine (abstract)
56 of 444
The Biochemistry of Genetics
57 of 444
The Absolute Sign of Certain Phase-Shift Mutants in Bacteriophage T4
58 of 444
Telegram from Sten Friberg, Karolinska Institute to Francis Crick
59 of 444
Structure of Small Viruses
60 of 444
Structure of Polyglycine II
61 of 444
Structure and Function of DNA
62 of 444
Staff members of the Division of Cell Biology at the Medical Research Council Laboratory of Molecular Biology, Cambridge
63 of 444
Split Genes and RNA Splicing
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Some Footnotes on Protein Synthesis: A Note for the RNA Tie Club
65 of 444
Some Aspects of Medical Research: The Genetic Code
66 of 444
Selfish DNA: The Ultimate Parasite
67 of 444
Selfish DNA [Editorial letter]
68 of 444
Satirical note announcing the death of the DNA helix
69 of 444
Report to the Medical Research Council on the Work of the Division of Molecular Genetics, now the Division of Cell Biology, from 1961-1971
70 of 444
Ready-made reply card to refuse invitations
71 of 444
Proposal to the System Development Foundation for funds for a theoretical neurobiology group at the Salk Institute
72 of 444
Properties of Ribosomes
73 of 444
Project K: 'The Complete Solution of E. Coli'
74 of 444
Photograph of Francis Crick lecturing in Mainz, Germany, looking down at his lectern
75 of 444
Photograph of Francis Crick lecturing in Mainz, Germany, looking behind him and to his right
76 of 444
Photograph of Francis Crick lecturing in Mainz, Germany
77 of 444
Our Approach to Developmental Biology
78 of 444
Origin of the Genetic Code [Editorial letter]
79 of 444
On the Genetic Code
80 of 444
On Running a Summer School
81 of 444
On Protein Synthesis
82 of 444
On Degenerate Templates and the Adaptor Hypothesis: A Note for the RNA Tie Club
83 of 444
Obituary of Jacques Monod
84 of 444
Notes on the structure of DNA
85 of 444
Notes on the possible configuration of bases in the DNA structure
86 of 444
Notes on the genetical implications of the structure of DNA
87 of 444
Notes on possible genetic codes (#3)
88 of 444
Notes on possible genetic codes (#2)
89 of 444
Notes on possible genetic codes (#1)
90 of 444
Notes on a proposed structure for DNA
91 of 444
Notes for two lectures at MIT on chromosomes and gene expression in higher organisms
92 of 444
Notes for a Talk on Brooklyn Work
93 of 444
Nobel Laureate Predicts Medical Discoveries
94 of 444
Mutagenesis by Acridines in Bacteriophage T4
95 of 444
Molecular Structure of Nucleic Acids: A Structure for Deoxyribose Nucleic Acid
96 of 444
Molecular Genetics: The Present Position (Mendel Lecture)
97 of 444
Molecular Genetics: The Ideas
98 of 444
Molecular Biology in the Year 2000
99 of 444
Molecular Biology and Medical Research
100 of 444
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