Project Offers - Collaborations

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  • DrugAge database of compounds that increase lifespan

    DrugAge database of compounds that increase lifespan

    Biomedical Sciences Liverpool August 24, 2015 Check with publisher

    We're starting a new database of drugs and compounds (including natural products) with anti-ageing properties that extend longevity in model organisms. The database will be called DrugAge, and although we have some data already, we are looking for da...

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  • DrugAge database of compounds that increase lifespan

    DrugAge database of compounds that increase lifespan

    Biomedical Sciences Liverpool (United Kingdom) August 24, 2015 Check with publisher

    We're starting a new database of drugs and compounds (including natural products) with anti-ageing properties that extend longevity in model organisms. The database will be called DrugAge, and although we have some data already, we are looking for da...

  • Absolute Mag™ Carboxyl Magnetic Particles, Fluorescent Blue, 1.0-1.4 μm

    Absolute Mag™ Carboxyl Magnetic Particles, Fluorescent Blue, 1.0-1.4 μm

    Biological Sciences Shirley (New York) January 20, 2021 Check with publisher

    Absolute Mag™ Carboxyl Magnetic Particles, Fluorescent Blue, 1.0-1.4 μm (# WHM-S148) are prepared by either staining the polystyrene core of the particles with a solution of appropriate fluorophore or by polymerizing a fluorophore in styrene in the p...

  • Absolute Mag™ Carboxyl Magnetic Particles, Fluorescent Yellow, 4.0-4.9 μm

    Absolute Mag™ Carboxyl Magnetic Particles, Fluorescent Yellow, 4.0-4.9 μm

    Biomedical Sciences Shirley (New York) January 20, 2021 Check with publisher

    Absolute Mag™ Carboxyl Magnetic Particles, Fluorescent Yellow, 4.0-4.9 μm (# WHM-S155) are prepared by either staining the polystyrene core of the particles with a solution of appropriate fluorophore or by polymerizing a fluorophore in styrene in the...

  • Absolute Mag™ Carboxyl Magnetic Particles, Fluorescent UV, 7.0-7.9 μm

    Absolute Mag™ Carboxyl Magnetic Particles, Fluorescent UV, 7.0-7.9 μm

    Biomedical Sciences Shirley (New York) January 20, 2021 Check with publisher

    Absolute Mag™ Carboxyl Magnetic Particles, Fluorescent UV, 7.0-7.9 μm (# WHM-S159) are prepared by either staining the polystyrene core of the particles with a solution of appropriate fluorophore or by polymerizing a fluorophore in styrene in the pre...

  • Absolute Mag™ Carboxyl Magnetic Particles, Fluorescent Yellow, 10.0-14.0 μm

    Absolute Mag™ Carboxyl Magnetic Particles, Fluorescent Yellow, 10.0-14.0 μm

    Biological Sciences Shirley (New York) January 20, 2021 Check with publisher

    Absolute Mag™ Carboxyl Magnetic Particles, Fluorescent Yellow, 10.0-14.0 μm (# WHM-S164) are prepared by either staining the polystyrene core of the particles with a solution of appropriate fluorophore or by polymerizing a fluorophore in styrene in t...

  • Absolute Mag™ Carboxyl Magnetic Particles, Magnetite Matrixs, 500-600 nm

    Absolute Mag™ Carboxyl Magnetic Particles, Magnetite Matrixs, 500-600 nm

    Biological Sciences Shirley (New York) January 20, 2021 Check with publisher

    Absolute Mag™ Carboxyl Magnetic Particles, Magnetite Matrixs, 500-600 nm (# WHM-Q095) are iron oxide particles coating a surface layer with carboxyl groups, used in applications of DNA/RNA purification, cell isolation, immunoassay and clinical diagno...

  • Absolute Mag™ Carboxyl Magnetic Particles, Silica Matrix, Embedded, 1-2 μm

    Absolute Mag™ Carboxyl Magnetic Particles, Silica Matrix, Embedded, 1-2 μm

    Biological Sciences Shirley (New York) January 20, 2021 Check with publisher

    Absolute Mag™ Carboxyl Magnetic Particles, Silica Matrix, Embedded, 1-2 μm (# WHM-Q005) are prepared by embeding the magnetic nanoparticles in the silica matrix with strong magnetic response. The magnetic silica particles are particularly useful in a...

  • Absolute Mag™ Carboxyl Magnetic Particles, UF Matrix, 1-2 μm

    Absolute Mag™ Carboxyl Magnetic Particles, UF Matrix, 1-2 μm

    Biological Sciences Shirley (New York) January 20, 2021 Check with publisher

    Absolute Mag™ Carboxyl Magnetic Particles, UF Matrix, 1-2 μm (# WHM-Q044) are prepared by embeding magnetic nanoparticles in the UF matirx under hydrothermal conditions. They can be used as adsorbents for isolation of genomic DNA from biological samp...

  • Absolute Mag™ Carboxyl Magnetic Particles, UF Matrix, 7-8 μm

    Absolute Mag™ Carboxyl Magnetic Particles, UF Matrix, 7-8 μm

    Biological Sciences Shirley (New York) January 20, 2021 Check with publisher

    Absolute Mag™ Carboxyl Magnetic Particles, UF Matrix, 7-8 μm (# WHM-Q049) are prepared by embeding magnetic nanoparticles in the UF matirx under hydrothermal conditions. They can be used as adsorbents for isolation of genomic DNA from biological samp...

  • Absolute Mag™ Magnetic Particles, 2.0-2.9 μm

    Absolute Mag™ Magnetic Particles, 2.0-2.9 μm

    Biological Sciences Shirley (New York) January 20, 2021 Check with publisher

    Absolute Mag™ Magnetic Particles, 2.0-2.9 μm (# WHM-S014) are paramagnetic particles prepared by coating a layer of iron oxide and polystyrene onto polystyrene core particles. They are uniform in size and sphericla in shape, used for cell separation,...

  • Absolute Mag™ Magnetic Particles, 5.0-5.9 μm

    Absolute Mag™ Magnetic Particles, 5.0-5.9 μm

    Biological Sciences Shirley (New York) January 20, 2021 Check with publisher

    Absolute Mag™ Magnetic Particles, 5.0-5.9 μm (# WHM-S017) are paramagnetic particles prepared by coating a layer of iron oxide and polystyrene onto polystyrene core particles. They are uniform in size and sphericla in shape, used for cell separation,...

  • Absolute Mag™ Magnetic Particles, Cross-linked

    Absolute Mag™ Magnetic Particles, Cross-linked

    Biological Sciences Shirley (New York) January 20, 2021 Check with publisher

    Absolute Mag™ Magnetic Particles, Cross-linked (#WHM-S048) are prepared to render them resistant to common organic solvents such as acetone, acetonitrile, DMF and chloroform by coating cross-linked polymer on the surface of iron oxide crystals. Large...