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Dive into the research topics where Florence S. Lewis is active.

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Featured researches published by Florence S. Lewis.


Science | 1966

Bipiperidyl Mustard, A New Obesifying Agent in the Mouse

Robert J. Rutman; Florence S. Lewis; William D. Bloomer

Bipiperidyl mustard, after conversion to its bis-cyclic immonium ion forme, has been found to cause rapid and extensive lipid deposition in mice given single doses of the drug. The obe sity appears to result from an alkylation reaction; the responses of the treated ani mals to food restriction and realimenta tion resemble those observed in gold thioglucose-treated mice; also in anal ogy to gold thioglucose, the bipiperidyl mustard effects can be counteracted by sulfhydryl compounds. These observa tions are suggestive of a similarity of mode of action between the alkylating agent and gold thioglucose, a conclusion which is supported by preliminary find ings of ventromedial lesions in the hypo thalamus of the bipiperidyl mustard treated mice.


Cancer Research | 1969

Differences in the in Vivo Alkylation and Cross-linking of Nitrogen Mustard-sensitive and -resistant Lines of Lettre'-Ehrlich Ascites Tumors

E.H.L. Chun; Leon Gonzales; Florence S. Lewis; Judith Jones; Robert J. Rutman


Biochemical and Biophysical Research Communications | 1968

Permeability difference as a source of resistance to alkylating agents in ehrlich tumor cells.

Robert J. Rutman; E.H.L. Chun; Florence S. Lewis


Biochemistry | 1974

Messenger ribonucleic acid metabolism in mammalian mitochondria. Quantitative aspects of structural information coded by the mitochondrial genome.

Narayan G. Avadhani; Florence S. Lewis; Robert J. Rutman


Annals of the New York Academy of Sciences | 1967

SECTION OF BIOLOGICAL AND MEDICAL SCIENCES: METABOLIC INVESTIGATIONS DURING THE DEVELOPMENT OF OBESITY IN BIPIPERIDYL MUSTARD‐TREATED MICE*

Robert J. Rutman; Florence S. Lewis; W. Bloomer


Biochemistry | 1976

Messenger ribonucleic acid metabolism in mammalian mitochondria. Isolation and characterization of polyribosomes from ehrlich ascites mitochondria.

Florence S. Lewis; Robert J. Rutman; Narayan G. Avadhani


Cancer Research | 1964

Experimental Chemotherapy Studies. IV. The Protective Action of Mercaptoalkylamines against Alkylating Agents

Robert J. Rutman; Florence S. Lewis; Charles C. Price; Syrene Buckner; Catherine Fluellen


Biochemistry | 1976

Messenger ribonucleic acid metabolism in mammalian mitochondria. Discrete poly(adenylic acid) lacking messenger ribonucleic acid species associated with mitochondrial polysomes.

Florence S. Lewis; Robert J. Rutman; Narayan G. Avadhani


Cancer Research | 1962

Evaluation of chemotherapeutic agents against a variety of mouse ascites tumors. III.

Robert J. Rutman; Florence S. Lewis; S. Buckner; Charles C. Price; F. Llewellyn; E. Owen


Biochemical Pharmacology | 1964

SEX DIFFERENCE IN MURINE SENSITIVITY TO SEVERAL NITROGEN MUSTARDS.

Robert J. Rutman; Florence S. Lewis

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Robert J. Rutman

University of Pennsylvania

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Charles C. Price

University of Pennsylvania

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E.H.L. Chun

University of Pennsylvania

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Judith Jones

University of Pennsylvania

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W. Bloomer

University of Pennsylvania

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