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The Living Cell

Presenting an issue on the fundamental particle of life. Anatomical and chemical views of the cell have now converged to show that it is not a droplet of protoplasm but a highly organized molecular factory

By Jean Brachet

How Cells Transform Energy

In the chloroplasts of plant cells the energy of sunlight is transformed into cells these fuels chemical fuels. In the mitochondria of animal are oxidized to run the cellular machinery

By Albert L. Lehninger

How Cells Make Molecules

The inherited master plan of the cell is contained in the molecules of deoxyribonucleic acid. They direct the manufacture of protein enzymes, which in turn engineer all the chemical reactions of life

By Alfred E. Mirsky and Vincent G. Allfrey

How Cells Divide

All cells arise by division. In the process of mitosis each cell is apportioned a complete set of hereditary instructions when the chromosomes replicate and are separated by the mitotic apparatus

By Daniel Mazia

How Cells Specialize

The egg cell of a multicellular organism differentiates into all the specialized cells of the adult organism. It is now believed that this differentiation begins in the egg itself

By Antonie W. Blackler and Michail Fischberg

How Cells Associate

The cells of many-celled organisms are marshaled and held together by specific physical and chemical factors. These factors are studied by dispersing the cells of a tissue and allowing them to recombine

By A. A. Moscona

How Things get into Cells

It seems that some things passively flow through the cell membrane under various pressures, others are somehow actively pumped across the membrane and others are engulfed when the membrane folds inward

By Heinz Holter

How Cells Communicate

The activities of cells in multicellular animals are co-ordinated by chemical messengers and nerve cells. During the past few years the character of the nerve impulse has been considerably clarified

By Bernhard Katz

How Cells Receive Stimuli

In complex organisms certain cells are highly specialized to detect changes in the environment. The properties of such cells have been elucidated by studies of the visual receptors of the horseshoe crab

By Floyd Ratliff, H. K. Hartline and William H. Miller

Departments

  • 50 and 100 Years Ago: September 1961

  • Science and the Citizen: September 1961

  • How Cells Move

  • Letters

    Letters to the Editors, September 1961

  • Recommended

    Books

  • Mathematical Recreation

    Mathematical Games

  • Amateur Scientist

    The Amateur Scientist

  • Departments

    The Authors

  • Bibliography

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September 1961

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