Sharif Digital Repository

Effect of Cu2+ ion on biological performance of nanostructured uorapatite doped with copper

Author

Nikonam Mofrad, R.

Pub. Year

2017

Subjects

Ball milling. / Biological performance. / Nanostructured uorapatite. / Apatite. / Bacteria. / Biocompatibility. / Calcium compounds. / Copper. / Electron microscopy. / Fourier transform infrared spectroscopy. / High resolution transmission electron microscopy. / Milling (machining) / Phosphate minerals. / Scanning electron microscopy. / Testing. / Transmission electron microscopy. / Anti-bacterial behaviors. / Antibacterial effects. / Kokubo's simulated body fluid. / Nano-structured. / Nanostructured copper. / Planetary ball milling. / Copper compounds. / Antimicrobial activity. / Bacterium. / Bioactivity. / Bioassay. / Biotechnology. / Body fluid. / Cation. / Cells and cell components. / Enzyme activity. / Equipment. / Fluorapatite. / Inorganic compound. / Metabolism. / Milling. / Nanoparticle. / Neutralization. / Testing method. / Bacteria (microorganisms) / Staphylococcus aureus.

Mechanism of nanostructured fluorapatite formation from CaO, CaF2 and P2O5 precursors by mechanochemical synthesis

Author

Nikonam Mofrad,, R.

Publisher

Science Reviews 2000 Ltd,

Pub. Year

2018

Subjects

Intermediate compounds. / Mechanochemical process. / Nanostructured fluorapatite. / Reaction mechanism. / Absorption spectroscopy. / Binary mixtures. / Calcite. / Calcium carbonate. / Calcium fluoride. / Field emission microscopes. / Fluorspar. / Fourier transform infrared spectroscopy. / High resolution transmission electron microscopy. / Hydrated lime. / Milling (machining) / Scanning electron microscopy. / Transmission electron microscopy. / Ambient atmosphere. / Field emission scanning electron microscopy. / Fluorapatites. / Intermediate compound. / Mechanochemical process. / Mechanochemical synthesis. / Reaction mechanism. / Spherical crystalline. / Reaction intermediates.

Simulation of the effects of oxygen carriers and scaffold geometry on oxygen distribution and cell growth in a channeled scaffold for engineering myocardium

Author

Zehi Mofrad, A.

Pub. Year

2017

Subjects

Cardiomyocyte. / Scaffold. / Simulation. / Tissue. / Cell engineering. / Cells. / Computational geometry. / Cytology. / Geometry. / Growth kinetics. / Oxygen. / Scaffolds. / Balance equations. / Cardiac constructs. / Cardiomyocytes. / Flow equations. / Initial and boundary conditions. / Oxygen distribution. / Perfluorocarbons. / Scaffolds (biology) / Hemoglobin. / Bioengineering. / Boundary condition. / Histology. / Numerical model. / Anisotropy. / Cardiac muscle. / Cardiac muscle cell. / Cell density. / Cell growth. / Cell motion. / Cell respiration. / Cell transport. / Cell volume. / Computational fluid dynamics. / Diffusion coefficient. / Human. / Michaelis Menten kinetics. / Oxygen consumption. / Oxygen transport. / Porosity. / Prediction. / Shear stress. / Tissue engineering. / Tissue oxygenation. / Validation process. / Viscosity.

Directional migration and differentiation of neural stem cells within three-dimensional microenvironments

Author

Shamloo, A.

Publisher

Royal Society of Chemistry,

Pub. Year

2015

Subjects

Chemoattractant. / Collagen. / Microtubule associated protein 2. / Nerve growth factor. / Stromal cell derived factor 1. / Animal cell. / Cell density. / Cell differentiation. / Cell growth. / Cell interaction. / Cell migration. / Controlled study. / Female. / In vitro study. / Microcirculation. / Neural crest cell. / Neural stem cell. / Nonhuman. / Priority journal. / Protein expression. / Rat.

Fabrication of gas ionization sensor based on titanium oxide nanotube arrays

Author

Nikfarjam, A. (Alireza).

Pub. Year

2014

Subjects

Gas ionization sensor. / Titanium oxide nanotube.

Comparison of logarithmic, elliptic, and conical helical spiral for isolation of circulating tumor cells based on inertial method

Author

Shamloo, A.

Publisher

American Institute of Physics Inc,

Pub. Year

2022

Subjects

Aspect ratio. / Blood. / Diseases. / Drag. / Geometry. / Microfluidics. / Tumors. / Cancerous cells. / Causes of death. / Cell-based. / Circulating tumour cells. / Ellipticals. / High-throughput. / Inertial method. / Inertial microfluidics. / Large volumes. / Microfluidics devices. / Flow velocity.

Cooperation within von Willebrand factors enhances adsorption mechanism

Author

Heidari, M.

Publisher

Royal Society of London,

Pub. Year

2015

Subjects

Coarse-grained modelling. / Collagen. / Glycoproteins. / Shear deformation. / Van der Waals forces. / Adsorption mechanism. / Adsorption probabilities. / Coarse grained models. / Coarse-grained. / Cooperativity. / Hydrodynamic interaction. / Van Der waals interactions. / Von willebrand factor. / Adsorption. / Collagen receptor. / Adsorption kinetics. / Adsorption probability. / Coarse grained model. / Collagen fiber. / Hydrodynamics. / Model. / Protein cooperativity. / Protein function. / Shear flow. / Simulation. / Statistical parameters.