polystyrene fluorescent Search Results


fluorescence compatible polystyrene 96 well cell culture plate  (Greiner Bio)
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Greiner Bio fluorescence compatible polystyrene 96 well cell culture plate
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dragon green fluorescent polystyrene microspheres  (Bangs Laboratories)
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Bangs Laboratories dragon green fluorescent polystyrene microspheres
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polystyrene microspheres enclosing time-resolved fluorescent europium (iii) [fm]  (Suzhou Vdo Biotech)
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Suzhou Vdo Biotech polystyrene microspheres enclosing time-resolved fluorescent europium (iii) [fm]
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fluorescent nonfunctionalized ps microspheres  (Polysciences inc)
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fluorescent polystyrene particles diameter  (Magsphere)
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fluorescent polystyrene particles  (Bangs Laboratories)
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Bangs Laboratories fluorescent polystyrene particles
Design and image of the microfluidic system: ( a ) Overall structure of the system; ( b ) Schematic illustration on the system design; ( c ) Microscopic image on the <t>separation</t> area.
Fluorescent Polystyrene Particles, supplied by Bangs Laboratories, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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green fluorescent latex bead (flb) particles  (Polysciences inc)
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Polysciences inc green fluorescent latex bead (flb) particles
Design and image of the microfluidic system: ( a ) Overall structure of the system; ( b ) Schematic illustration on the system design; ( c ) Microscopic image on the <t>separation</t> area.
Green Fluorescent Latex Bead (Flb) Particles, supplied by Polysciences inc, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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fluorescently labeled polystyrene particles 7.32 μ m  (Bangs Laboratories)
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Bangs Laboratories fluorescently labeled polystyrene particles 7.32 μ m
Design and image of the microfluidic system: ( a ) Overall structure of the system; ( b ) Schematic illustration on the system design; ( c ) Microscopic image on the <t>separation</t> area.
Fluorescently Labeled Polystyrene Particles 7.32 μ M, supplied by Bangs Laboratories, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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fluorescent microbeads – dragon green fs06f fs07f  (Bangs Laboratories)
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Design and image of the microfluidic system: ( a ) Overall structure of the system; ( b ) Schematic illustration on the system design; ( c ) Microscopic image on the <t>separation</t> area.
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fluorophorex polystyrene microspheres  (Phosphorex)
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Phosphorex fluorophorex polystyrene microspheres
Design and image of the microfluidic system: ( a ) Overall structure of the system; ( b ) Schematic illustration on the system design; ( c ) Microscopic image on the <t>separation</t> area.
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red fluorescent polystyrene latex microspheres  (Magsphere)
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Magsphere red fluorescent polystyrene latex microspheres
Design and image of the microfluidic system: ( a ) Overall structure of the system; ( b ) Schematic illustration on the system design; ( c ) Microscopic image on the <t>separation</t> area.
Red Fluorescent Polystyrene Latex Microspheres, supplied by Magsphere, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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fluorescent polystyrene polymer beads bangs laboratories, inc., dragon green, fsdg004  (Bangs Laboratories)
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Bangs Laboratories fluorescent polystyrene polymer beads bangs laboratories, inc., dragon green, fsdg004
Design and image of the microfluidic system: ( a ) Overall structure of the system; ( b ) Schematic illustration on the system design; ( c ) Microscopic image on the <t>separation</t> area.
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Image Search Results


Design and image of the microfluidic system: ( a ) Overall structure of the system; ( b ) Schematic illustration on the system design; ( c ) Microscopic image on the separation area.

Journal: Micromachines

Article Title: High-Resolution Separation of Nanoparticles Using a Negative Magnetophoretic Microfluidic System

doi: 10.3390/mi13030377

Figure Lengend Snippet: Design and image of the microfluidic system: ( a ) Overall structure of the system; ( b ) Schematic illustration on the system design; ( c ) Microscopic image on the separation area.

Article Snippet: In order to verify the effect of the separation system, fluorescent polystyrene particles (non-magnetic) with sizes of 200 nm (yellow-green, Thermo Fisher Scientific, ~35,000 particles/μL) and 1000 nm (glacial blue, Bangs Laboratories, Inc, Fishers, IN, USA., ~3500 particles/μL) were mixed in the diluted ferrofluid (EMG 805, 3.6%).

Techniques:

Simulation results of the magnetic field and particle trajectories: ( a ) The force analysis of the particle in separation channel; ( b ) The magnetic field distribution of separation area; ( c ) The magnetic field and its gradient in separation area along x -axis; ( d ) The magnetic field and its gradient in separation area along y -axis.

Journal: Micromachines

Article Title: High-Resolution Separation of Nanoparticles Using a Negative Magnetophoretic Microfluidic System

doi: 10.3390/mi13030377

Figure Lengend Snippet: Simulation results of the magnetic field and particle trajectories: ( a ) The force analysis of the particle in separation channel; ( b ) The magnetic field distribution of separation area; ( c ) The magnetic field and its gradient in separation area along x -axis; ( d ) The magnetic field and its gradient in separation area along y -axis.

Article Snippet: In order to verify the effect of the separation system, fluorescent polystyrene particles (non-magnetic) with sizes of 200 nm (yellow-green, Thermo Fisher Scientific, ~35,000 particles/μL) and 1000 nm (glacial blue, Bangs Laboratories, Inc, Fishers, IN, USA., ~3500 particles/μL) were mixed in the diluted ferrofluid (EMG 805, 3.6%).

Techniques:

Calculated negative magnetophoretic force and particle trajectories based on the simulation results: ( a ) Negative magnetophoretic force acting on 1000 nm particles in the separation area along x -axis and ( b ) along y -axis; ( c ) The trajectories of 200 nm and 1000 nm particles in the simulation.

Journal: Micromachines

Article Title: High-Resolution Separation of Nanoparticles Using a Negative Magnetophoretic Microfluidic System

doi: 10.3390/mi13030377

Figure Lengend Snippet: Calculated negative magnetophoretic force and particle trajectories based on the simulation results: ( a ) Negative magnetophoretic force acting on 1000 nm particles in the separation area along x -axis and ( b ) along y -axis; ( c ) The trajectories of 200 nm and 1000 nm particles in the simulation.

Article Snippet: In order to verify the effect of the separation system, fluorescent polystyrene particles (non-magnetic) with sizes of 200 nm (yellow-green, Thermo Fisher Scientific, ~35,000 particles/μL) and 1000 nm (glacial blue, Bangs Laboratories, Inc, Fishers, IN, USA., ~3500 particles/μL) were mixed in the diluted ferrofluid (EMG 805, 3.6%).

Techniques: