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Featured researches published by David E. Green.


Protoplasma | 1932

Effect of sulfhydryl compounds on regeneration in Podarke obscura

Sergius Morgulis; David E. Green

SummaryNeither thio-p-cresol, thio-phenol, thio-glycollic acid or cystine accelerates the process of regeneration in thePodarke obscura.


Experimental Biology and Medicine | 1931

Effect of Sulfhydryl Compounds on Regeneration in Podarke Obscura.

Sergius Morgulis; David E. Green

From his studies on the toxicity of Pb ions in cell division in onion root tips, which he explained on the basis of the binding and eliminating of a SH-group, and from his experiments designed to show the effect of SH-groups on rate of growth depending on cell multiplication, as in growing onion root tips, Paramecia cultures, and healing of wounds, Hammett 1 postulates his theory that the SH is the “mitotic hormone” and the wound hormone or essential chemical factor in cell proliferation following trauma. With the thought that a specific mitotic hormone would at least accelerate, if not also actually increase, regeneration since the latter depends on cell division and proliferation in its earlier stages, we performed a series of experiments on regeneration of the polychaete worm, Podarke obscura. This animal was chosen because one of us (S. M.) has had extensive experience with this material and had previously made a long study of its regenerative process. 2 The procedure was simple. Under a magnifying glass we cut away the posterior portion of the worm (which, by the way, never regenerates a head) aiming always to effect the severance at practically the same relative level. The cut must be made clean so that the wound closes up smooth and without any adhering shreds of necrotized tissue. All these details of operation are extremely important, if one is to insure a normal progress of regeneration.


Journal of Biological Chemistry | 1973

Induction of transmembrane proton transfer by mercurials in mitochondria. I. Ion movements accompanying transmembrane proton transfer.

James H. Southard; John T. Penniston; David E. Green


Chemical & Engineering News | 1975

A Unifying Model of Bioenergetics

George A. Blondin; David E. Green


Journal of Biological Chemistry | 1974

Induction of Transmembrane Proton Transfer by Mercurials in Mitochondria II. RELEASE OF A NA+/K+ IONOPHORE

James H. Southard; George A. Blondin; David E. Green


BioScience | 1984

Membranes, Molecules, Toxins and Cells

David E. Green; Konrad Bloch; Liana Bolis; Daniel C. Tosteson


BioScience | 1979

Membrane Transport in Biology II: Transport across Single Biological Membranes

David E. Green; Gerhard H. Giebisch; Daniel C. Tosteson; Hans H. Ussing


BioScience | 1978

Molecular Mechanism of Mitochondrial Energy Coupling

David E. Green; George A. Blondin


Archive | 2016

Phospholipids as the molecular instruments of ion and solute transport in biological membranes (phospholipid-mediated transport/modulators of transport/protein-constrained phospholipid/phospholipid-dependent enzymes)

David E. Green; Mitchell Fry; George A. Blondin


Archive | 2016

IN MEMBRANE SYSTEMS, II. CORRELATION BETWEEN CONFORMATIONAL CHANGE AND FUNCTIONAL STATES*

Robert A. Harris; John T. Penniston; Junpei Asai; David E. Green

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George A. Blondin

University of Wisconsin-Madison

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Sergius Morgulis

University of Nebraska Medical Center

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James H. Southard

University of Wisconsin-Madison

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Junpei Asai

University of Wisconsin-Madison

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Mitchell Fry

University of Wisconsin-Madison

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