Search Results - "Mel, H. C."

Osmotic fragility model for red cell populations by Massaldi, H.A., Richieri, G.V., Mel, H.C.

“…A model that predicts the osmotic fragility curve of a red cell population is developed by relating the critical osmotic pressure to the size distribution of…”
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Alternative interpretation for the osmotic response of human erythrocytes by Massaldi, H A, Richieri, G V, Mel, H C

“…In a recent publication, Heubusch et al. (J Cell. Physiol, 122:266-272, 1985) reported changes of erythrocyte volume measured by the Coulter counter technique…”
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Temperature effects on osmotic fragility, and the erythrocyte membrane by Richieri, G V, Mel, H C

“…Results are reported on the temperature-dependence of intact-cell surface area, isotonic volume, hemolytic volume, and ghost steady-state surface area and…”
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Deformability and other rheological interactions of red blood cells in electronic cell sizing by Akeson, S P, Mel, H C

“…The red blood cell apparent-size spectrum, obtained using resistive pulse spectroscopy (RPS) with typical electrical response times, is characterized by a…”
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Erythrocyte and ghost cytoplasmic resistivity and voltage-dependent apparent size by Akeson, S.P., Mel, H.C.

“…Particle resistivity is explicitly included in the equations relating volume to voltage pulse, in electronic cell sizing or resistive pulse spectroscopy (RPS)…”
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Theoretical considerations on cell ensembles by Mel, H C

“…Structure-function interdependency must apply at the supracellular level as well as at cellular and molecular levels. The overall structure and the…”
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Stable-flow free boundary (STAFLO) migration and fractionation of cell mixtures. 3. Migration principles--sedimentation and electrophoresis by Mel, H C

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Cell-membrane and rheological mechanisms: dynamic osmotic hemolysis of human erythrocytes and repair of ghosts, as studied by resistive pulse spectroscopy by Yee, J P, Mel, H C

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Some remarks on red cell shape and on surface and volume relationships by Mel, H C

“…Red cell (RBC) form is of interest for its own sake and for its role in characterizing physiologically altered and pathological cell types. RBC shape is also…”
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Biophysics of cell separations by Mel, H C, Ross, D W

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Microelectrophoretic and enzymic studies concerning the carbohydrate at the surface of rat erythrocytes by Glaeser, R M, Mel, H C

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Kinetics of glutaraldehyde fixation of erythrocytes: size, deformability, form, osmotic and hemolytic properties by Yee, J P, Mel, H C

“…Red blood cells interact with glutaraldehyde (GA) in a complex kinetic pattern of events. At a given GA concentration in phosphate buffered saline (PBS), the…”
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THE ELECTROPHORETIC BEHAVIOR OF OSMIUM TETROXIDE-FIXED AND POTASSIUM PERMANGANATE-FIXED RAT ERYTHROCYTES by GLAESER, R M, MEL, H C

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Measurement of biophysical properties of red blood cells by resistive pulse spectroscopy: volume, shape, surface area, and deformability by Richieri, G V, Akeson, S P, Mel, H C

“…This paper presents a simple, new approach to the determination of size, shape, surface area, and deformability information for cells, notably red blood cells…”
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Fractionation of Spinach Chloroplasts by Flow Sedimentation-Electrophoresis by Packer, Lester, Nobel, Park S., Gross, Elizabeth L., Mel, Howard C.

“…A separation of spinach chloroplasts in vitro into fractions according to size (volume) and activity (light-dependent shrinkage and NADP reduction) has been…”
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Zonal fractionation of mammalian metaphase chromosomes and determination of their DNA content by Burki, H J, Regimbal, Jr, T J, Mel, H C

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Reflections on science, technology, beauty, and human welfare: a tribute to Marcel Bessis by Mel, H C

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Electrophoretic interaction studies by the stableflow free-boundary method by MEL, H C

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Reticulocyte motility and form: studies on maturation and classification by Mel, HC, Prenant, M, Mohandas, N

“…A new two-stage living cell cytological classification is presented for reticulocytes in the rat and shown on an overall population basis to be the equivalent…”
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Time-evolution of erythrocyte physico-chemical properties in blood stored at different temperatures by Rabinovici, S S, Mel, H C, Williams, M C

“…Several interrelated biophysical and biochemical properties of erythrocytes and plasma from whole blood stored at 4 degrees C, and 37 degrees C with CPD…”
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