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Dive into the research topics where Robert E. Nordquist is active.

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Featured researches published by Robert E. Nordquist.


British Journal of Dermatology | 1969

DYSKERATOSIS IN BOWEN'S DISEASE*

Robert L. Olson; Robert E. Nordquist; Mark Allen Everett

SUMMARY.— Dyskeratosis is a feature of certain benign and malignant epithelial disorders. In Bowens disease, dyskeratosis is characterized by central displacement, aggregation and condensation of tonofilaments within individual cells at all levels of the epidermis. This premature keratinization is primary and is similar to the benign dyskeratosis observed in keratosis follicularis. Centrally displaced dyskeratotic material was observed intermingled with the mitotic apparatus. Giant cells apparently resulted, since nuclear but not cytoplasmic division was seen. Dyskeratosis may also be secondary, through phagocytosis by one cell of partly or completely keratinized material from other cells. This may result in formation of a second distinct type of giant cell.


Journal of Investigative Dermatology | 1966

Ultramicroscopic Localization of Acid Phosphatase in Human Epidermis

Robert L. Olson; Robert E. Nordquist


Archives of Dermatology | 1966

The Transport, Uptake, and Storage of Ferritin in Human Epidermis

Robert E. Nordquist; Robert L. Olson; Mark Allen Everett


Journal of Investigative Dermatology | 1965

Ultrastructural Changes Induced by Ultraviolet Light in Human Epidermis: Basal and Spinous Layers

Thomas E. Nix; Robert E. Nordquist; J Randolph Scott; Mark Allen Everett


Journal of Investigative Dermatology | 1966

Preliminary and Short ReportUltramicroscopic Localization of Acid Phosphatase in Human Epidermis

Robert L. Olson; Robert E. Nordquist


Journal of Investigative Dermatology | 1964

Ultrastructural Changes in Stratum Corneum Induced by Ultraviolet Light

Thomas E. Nix; Robert E. Nordquist; Mark Allen Everett


Journal of Investigative Dermatology | 1965

The epidermal irregular dense body: correlation of ultrastructural histochemistry with biochemical characteristics.

Thomas E. Nix; Owen Black; Robert E. Nordquist; J. H. Anglin; Mark Allen Everett


Journal of Ultrastructure Research | 1965

Ultrastructural changes induced by ultraviolet light in human epidermis: Granular and transitional cell layers

Thomas E. Nix; Robert E. Nordquist; Mark Allen Everett


Journal of Investigative Dermatology | 1965

An Ultrastructural Study of Nucleolar Enlargement following Ultraviolet Irradiation of Uman Epidermis

Thomas E. Nix; Robert E. Nordquist; J Randolph Scott; Mark Allen Everett


Dermatology | 1969

Mitosis in Human Epidermis

Robert L. Olson; Robert E. Nordquist; Mark Allen Everett

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J. H. Anglin

University of Oklahoma Medical Center

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Thomas E. Nix

University of Oklahoma Medical Center

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