401. The Genetic Code--Yesterday, Today, and Tomorrow

Format:

Text

402. The Genetic Control of Protein Synthesis (Korkes Memorial Lecture)

Format:

Text

403. The Influence of Physics on Molecular Biology (Cherwell-Simon Lecture)

Format:

Text

404. The Laboratory of Molecular Biology: Proposals for Extension

Format:

Text

405. The Molecular Biology of Higher Organisms

Format:

Text

406. The Molecular Structure of Polyadenylic Acid

Format:

Text

407. The Origin of the Genetic Code

Format:

Text

408. The Original Plans and the Present Position

Format:

Text

409. The Physical Properties of Cytoplasm: A Study by Means of the Magnetic Particle Method, Part I. Experimental

Format:

Text

410. The Physical Properties of Cytoplasm: A Study by Means of the Magnetic Particle Method, Part II. Theoretical Treatment

Format:

Text

411. The Present Position of the Coding Problem

Format:

Text

412. The Race for the Double Helix--Providence and Personalities

Format:

Text

413. The Scale of Pattern Formation

Format:

Text

414. The Social Impact of Biology (Rickman Godlee Lecture)

Format:

Text

415. The Structure of Collagen

Format:

Text

416. The Structure of Collagen

Format:

Text

417. The Structure of DNA

Format:

Text

418. The Structure of DNA

Format:

Text

419. The Structure of the Nucleic Acids and Related Substances

Format:

Text

420. The Structure of the Synthetic alpha-Polypeptides

Format:

Text

421. The Theory of Inter-allelic Complementation

Format:

Text

422. The Theory of Mutagenesis [Editorial letter]

Format:

Text

423. The Time Needed to Set Up a Gradient: Detailed Calculations

Format:

Text

424. The Two Languages of Biology

Format:

Text

425. Towards a Neurobiological Theory of Consciousness

Format:

Text

426. Towards the Genetic Code

Format:

Text

427. UGA: A Third Nonsense Triplet in the Genetic Code

Format:

Text

428. Virus Structure: General Principles

Format:

Text

429. What Are the Properties of Genetic RNA?: A Note for the RNA Tie Club

Format:

Text

430. What Is a Gene?

Format:

Text

431. X-Ray Analysis and Protein Structure

Format:

Text

432. X-Ray Diffraction of Protein Crystals

Format:

Text

433. [Notebook entry on] "Action of RNase on Microsomal RNA"

Format:

Text

434. [Notebook entry on] "Cell Wall Prep"

Format:

Text

435. [Notebook entry on] "Cell Walls"

Format:

Text

436. [Notebook entry on] "Centrifuging Egg White"

Format:

Text

437. [Notebook entry on] "DNA"

Format:

Text

438. [Notebook entry on] "Effect of RNase on Microsomal RNA"

Format:

Text

439. [Notebook entry on] "Egg White Column"

Format:

Text

440. [Notebook entry on] "Model Building"

Format:

Text

441. [Notebook entry on] "Rate of Hydrolysis of 'Yeast RNA' by Prostatic Acid Phosphatase"

Format:

Text

442. [Notebook entry on] "Repeat of Experiment to Determine Effect of RNase on Microsomal RNA"

Format:

Text

443. [Notes on] "Degenerate Templates"

Format:

Text

444. [Notes on] "Genetics"

Format:

Text