Sharif Digital Repository

Advanced on-site glucose sensing platform based on a new architecture of free-standing hollow Cu(OH)2 nanotubes decorated with CoNi-LDH nanosheets on graphite screen-printed electrode

Author

Shahrokhian, S.

Publisher

Royal Society of Chemistry,

Pub. Year

2019

Subjects

Architecture. / Catalytic oxidation. / Cost benefit analysis. / Costs. / Durability. / Electrocatalysts. / Electrochemical sensors. / Electrolytes. / Electrooxidation. / Enzyme electrodes. / Glass membrane electrodes. / Glucose. / Glucose sensors. / Graphite. / Graphite electrodes. / Nanosheets. / Nanostructured materials. / Nanotubes. / Nickel compounds. / Shells (structures) / Stability. / Yarn. / Electrocatalyst layers. / Electrocatalytic performance. / Functional Nano materials. / Glassy carbon electrodes. / Screen printed electrodes. / Structural controllability. / Structural stabilities. / Three dimensional arrays. / Copper compounds.

Direct growth of metal-organic frameworks thin film arrays on glassy carbon electrode based on rapid conversion step mediated by copper clusters and hydroxide nanotubes for fabrication of a high performance non-enzymatic glucose sensing platform

Author

Shahrokhian, S.

Publisher

Elsevier Ltd,

Pub. Year

2018

Subjects

Amperometry. / Direct growth, MOFs thin film. / Glassy carbon electrode. / Non-enzymatic glucose sensor. / Surface modification. / Copper compounds. / Crystalline materials. / Electrocatalysis. / Electrolytes. / Fabrication. / Film growth. / Film preparation. / Glucose sensors. / Nanotubes. / Organometallics. / Surface treatment. / Thin films. / Yarn. / Analytical determination. / Direct growth. / Electro-catalytic oxidation. / Electroactive surface areas. / Electrochemical performance. / Glassy carbon electrodes. / Non-enzymatic glucose sensors. / Glass membrane electrodes. / Copper hydroxide nanotube. / Electrolyte. / Hydroxide. / Metal organic framework. / Nanotube. / Unclassified drug. / Carbon nanotube. / Hydroxide ion. / Article. / Chemical modification. / Chemical structure. / Controlled study. / Diffusion. / Glassy carbon electrode. / Glucose assay. / Glucose oxidation. / Nanofabrication. / Non enzymatic glucose sensor. / Surface area. / Surface property. / Chemistry. / Electrochemical analysis. / Electrode. / Genetic procedures. / Isolation and purification. / Oxidation reduction reaction. / Biosensing Techniques. / Catalysis. / Copper. / Electrochemical Techniques. / Electrochemistry. / Electrodes. / Glass. / Glucose. / Hydroxides. / Metal-Organic Frameworks. / Nanotubes, Carbon. / Oxidation-Reduction.

Band-structure calculation of SH-waves in 1D hypersonic nano-sized phononic crystals with deformable interfaces

Author

Jam, M.T.

Publisher

Elsevier B.V,

Pub. Year

2022

Subjects

Band gap. / Deformable interfaces. / Hypersonic phononic crystals. / Interface inertial parameters. / Negative refraction. / Phononic band-structure. / Calculations. / Crystal structure. / Deformation. / Elasticity. / Multilayers. / Phonons. / Shear waves. / Terahertz waves. / Wave propagation. / Zirconia. / Deformable interface. / Inertial parameters. / Interface inertial parameter. / Layer stacks. / Multilayer stacks. / Nano sized. / Negative refractions. / SH-waves. / Energy gap.

Analysis of near well-bore behavior of gas condensate reservoir in production stage

Author

Allahyari, M.

Pub. Year

2012

Subjects

Gas condensate. / Permeability. / Pressure drawdown. / Skin factor. / Absolute permeability. / Compositional simulations. / Condensate blockage. / Deliverability. / Dry gas. / Dry gas reservoirs. / Fine grids. / Gas condensate reservoirs. / Gas relative permeabilities. / Production data. / Production stage. / Skin factors. / Well deliverability. / Gas permeability. / Gases. / Mechanical permeability. / Petroleum reservoirs. / Gas condensates.

Colorimetric assay for exon 7 SMN1/SMN2 single nucleotide polymorphism using gold nanoprobes

Author

Ahmadpour Yazdi, H.

Pub. Year

2013

Subjects

Colorimetric. / Gold Nanoprobe. / Single Nucleotide Polymorphism (SNP) / Spinal Muscular Atrophy (SMA) / Nanoparticle. / Sodium chloride. / Survival motor neuron protein 1. / Survival motor neuron protein 2. / Unclassified drug. / Amplicon. / Colorimetry. / Controlled study. / Exon. / Gene deletion. / Gene dosage. / Genetic analysis. / Genome size. / Genotype. / Heterozygote. / Homozygote. / Hybridization. / Polymerase chain reaction. / Quantitative analysis. / Restriction fragment length polymorphism. / Single nucleotide polymorphism. / SMN2 gene. / Spinal muscular atrophy. / Ultraviolet spectroscopy.

Colourimetric-based method for the diagnosis of spinal muscular atrophy using gold nanoprobes

Author

Ahmadpour Yazdi, H.

Publisher

Institution of Engineering and Technology,

Pub. Year

2015

Subjects

Aggregates. / Diagnosis. / Neuromuscular rehabilitation. / Salt removal. / Absorption peaks. / Aggregation index. / Gold nanoparticle. / High salt concentration. / Molecular methods. / Repulsive forces. / Spinal muscular atrophy. / UV-vis spectra. / Nanoprobes. / Diagnostic use. / Genetics. / Nucleic acid amplification. / Procedures. / Colorimetry. / Gold. / Humans. / Metal Nanoparticles. / Muscular Atrophy, Spinal. / Nucleic Acid Amplification Techniques.

Manufacturing of hydrogel biomaterials with controlled mechanical properties for tissue engineering applications

Author

Vedadghavami, A.

Pub. Year

2017

Subjects

Hydrogel biomaterials. / Mechanical gradients. / Mechanical properties. / Biomaterial. / Nanocomposite. / Polymer. / Biomechanics. / Bioprinting. / Cell function. / Chemical analysis. / Electrospinning. / Hydrogel. / Microfluidics. / Nanofabrication. / Polymerization. / Priority journal. / Review. / Tissue engineering.

Graphene oxide negatively regulates cell cycle in embryonic fibroblast cells

Author

Hashemi, E.

Publisher

Dove Medical Press Ltd,

Pub. Year

2020

Subjects

Apoptosis. / Cell cycle. / Fibroblast cell. / Graphene. / TP53 gene. / Cell DNA. / Graphene oxide. / Nanoparticle. / Protein p53. / Reactive oxygen metabolite. / Nanomaterial. / Trp53 protein, mouse. / Animal cell. / Article. / Cell cycle regulation. / Cell viability. / Concentration (parameter) / Controlled study. / DNA content. / DNA degradation. / Embryo cell. / Female. / Fibroblast. / Flow cytometry. / G1 phase cell cycle checkpoint. / Genotoxicity. / MEF cell line. / Mouse. / MTT assay. / Nonhuman. / Particle size. / Animal. / Cell culture. / Cytology. / Drug effect. / Genetics. / Mammalian embryo. / Metabolism. / Mutagen testing. / Physiology. / Animals. / Cell Survival. / Cells, Cultured. / Embryo, Mammalian. / Fibroblasts. / Gene Expression Regulation. / Graphite. / Mice. / Mutagenicity Tests. / Nanostructures. / Reactive Oxygen Species. / Tumor Suppressor Protein p53.

Microfluidic-based multi-organ platforms for drug discovery

Author

Rezaei Kolahchi, A.

Publisher

MDPI AG

Pub. Year

2016

Subjects

Body-on-chip. / In silico modeling. / Organ-on-chip. / Biomimetics. / Crosstalk. / Drug interactions. / Drug products. / Medical applications. / Tissue. / Clinical application. / Drug discovery. / In-silico models. / Microfluidic-based. / New therapeutic agent. / On chips. / State of the art. / Tissue interactions. / Microfluidics.

Skin diseases modeling using combined tissue engineering and microfluidic technologies

Author

Mohammadi, M. H.

Publisher

Wiley-VCH Verlag

Pub. Year

2016

Subjects

Microfluidics. / Organ-on-chip. / Skin disease. / Tissue engineering.

Impacts of graphene oxide contamination on a food web: threats to somatic and reproductive health of organisms

Author

Hashemi, E.

Pub. Year

2024

Subjects

Algae. / Aquatic food web. / Artemia. / Toxicity. / Nanostructures. / Water pollutants, chemical. / Zebrafish. / Phosphate buffered saline. / Reactive oxygen metabolite. / Graphene oxide. / Nanomaterial. / Aquatic community. / Crustacean. / Cyprinid. / Food web. / Graphite. / Reproductive health. / Alga. / Aquatic environment. / Artemia salina. / Assay. / Bioaccumulation. / Cell density. / Centrifugation. / Chlorella vulgaris. / Fow cytometry. / Fluorescence. / Fluorescence intensity. / Fluorescence microscopy. / Human. / Ingestion. / Ninetics. / Lethality. / Microscopy. / Nonhuman. / Physiological process. / Raman spectrometry. / Reactive oxygen species assay. / Reproduction. / Spectrophotometry. / Animal. / Drug effect. / Food chain. / Water pollutant.

Controlling differentiation of stem cells for developing personalized organ-on-chip platforms

Author

Geraili, A.

Publisher

Wiley-VCH Verlag,

Pub. Year

2018

Subjects

Biomaterials. / Differentiation. / Drug discovery. / Organ-on-chip. / Stem cells. / Tissue engineering. / Adipose derived stem cell. / Bioprinting. / Blood brain barrier. / Blood vessel. / Bone marrow. / Brain. / Cardiac muscle cell. / Cell differentiation. / Cell fate. / Electromagnetism. / Embryonic stem cell. / Extracellular matrix. / Heart. / Hematopoietic stem cell. / Human. / Hydrogel. / Induced pluripotent stem cell. / Liver. / Lung. / Mesenchymal stem cell. / Microfluidics. / Microtechnology. / Neoplasm. / Neural stem cell. / Nonhuman. / Organ on chip. / Paracrine signaling. / Priority journal. / Review. / Skin. / Stem cell. / Stem cell niche. / Stem cell self-renewal. / Three dimensional printing.