On defining communication: another stab.
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Biomedical subjects
Publications and source records attributed to G R Miller.
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McClary, Dan O. (Southern Illinois University, Carbondale), Wilbert D. Bowers, Jr., and Glendon R. Miller. Ultraviolet microscopy of budding Saccharomyces. J. Bacteriol. 83:276-283. 1962.-Synchronous cell division was obtained in Saccharomyces by transferring starved cells into nutrient medium. Ultraviolet microscopy and Giemsa-stained preparations of these cells showed nuclear division to occur in the mother cell early in the budding process. The divided nucleus passed into the neck between the mother cell and the bud, and either fused together again or the two parts became so closely associated that one continuous dumbbell-shaped body was seen which seemed to divide by constriction. This effect was probably due to the retention of the intact nuclear membrane until nuclear division was otherwise complete. The nuclear apparatus lies outside the vacuole. The extent to which these bodies function together cannot be determined by the techniques employed in this work. Parallel experiments on meristematic cells of onion root tips show the reliability of these cytological methods.
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Osteotomy of the anterolateral aspect of the calcaneus in 81 hypermobile flatfeet produced a good or excellent clinical result in 95 per cent of the feet. Roentgenographically, 72.8 per cent of the feet have normal alignment and normal joint spaces, 5 per cent have narrow subtalar joints, and 22.2 percent have narrowing of the talonavicular joint. Arthrosis of the talonavicular joint can be demonstrated preoperatively by routine roentgenograms and probably develops as a result of excessive load on this joint by the flatfoot position. It is frequently associated with loss of foot motion postoperatively but is usually not accompanied by foot pain. There is no relationship between preoperative pain in the foot and arthrosis of the talonavicular joint.