Electron Microscopic Observation of Mo<SUB>2</SUB>C Precipitated in a Ni-Mo-C Alloy

Electron microscopic observation of thioridazine-induced hepatitis.

The introduction of new drugs for clinical practice in recent years, has caused an increasing number of drug-induced hepatic injuries, which are currently receiving much attention because of their iatrogenic nature . As one of the approaches to the study of pathogenesis, electron microscopic studies have been undertaken. This report is concerned with an electron microscopic observation of the l...

Electron microscopic observation of pulmonary alveolar structures.

The structure of alveolus has long been one of the themes that attracted the attention of many physicia[s, and since 1808, when Reisseisen said that the air cells were merely extremities of as many bronchial tubes lined by erdinary mucous membrane, the covering tissue of the alveolar wall has become a pivotal point of discussions and many opinions have been expressed as to the existence and cha...

Electron Microscopic Observation of the Reticuloendothelial System.

Reticulum cells in the lymph nodes and the spleen, and histiocytes in the subcutaneous connective tissue were both studied with electron microscope. Reticulum cells showed marked development of endoplasmic reticules both rough and smooth varieties, and were classified with their fine structures into the mature, ingesting, immature and productive types. In the productive in flammatory lesions, t...

Electron microscopic observation of domain movement in reconstituted erythrocyte membranes.

The movement of labeled concanavalin A (Con A) receptors in reconstituted human erythrocyte membranes was observed directly in an electron microscope, using an environmental stage that kept the sample fully hydrated at all experimental temperatures. Human erythrocyte membrane ghosts were spread on the air/water interface in a Langmuir trough. The surface monolayer film contained most native pro...

Influence of temperature on passive film properties on Ni–Cr–Mo Alloy