Sygehuslaboratorier

Sortimentet til hospital laboratorier omfatter udstyr og forbrugsartikler til diagnostik, analyse og prøvehåndtering. Her indgår blandt andet produkter til prøveforberedelse, analyseinstrumenter og tilbehør, som understøtter præcise og pålidelige resultater i klinisk laboratoriearbejde.

  • Inno-Train

    RBC-FluoGene

    FluoGene® er en unik metode til molekylær HLA-, RBC- og HPA-typning, som kombinerer alle fordelene ved SSP‑PCR med hastigheden af end‑point fluorescensdetektion. Analysen er baseret på et specifikt modificeret TaqMan®‑probesystem udviklet af Inno‑train.
    IT001081010 | IT001081030 | IT001082010 | IT001082040 | IT001083010 | IT001083040 | IT001086040 | IT001087048 | IT001089010 | IT001091010 | IT001092010
  • Inno-Train

    RBC-Ready Gene

    Red Blood Cell-Ready Gene (RBC-Ready Gene) anvendes til analyse af erytrocytblodgrupper, er baseret på SSP-PCR-metoden og er det ideelle supplement til serologisk blodtypebestemmelse. Kittene er modulopbyggede, hvilket giver et omfattende udvalg til trinvis typning afhængigt af problemstillingen. CE-certificeret.
    IT001040012 | IT001050012 | IT001061012 | IT001070012 | IT001076012 | IT001020012 | IT001022012 | IT001085010
  • Orochem Technologies

    Reliasil Amino 100Å, 3µm, 4,6 x 150mm

    Reliasil™ HPLC columns are designed for high efficiency (high plate count) and general utility. The proprietary silica gel manufacturing process yields a Gaussian particle size distribution, narrow pore-size distribution, and strong resistance to high pH.
    R3FI-103
  • Orochem Technologies

    Reliasil C1 100Å, 3µm, 4,6 x 150mm

    Reliasil™ HPLC columns are designed for high efficiency (high plate count) and general utility. The proprietary silica gel manufacturing process yields a Gaussian particle size distribution, narrow pore-size distribution, and strong resistance to high pH.
    R3FI-104
  • Orochem Technologies

    Reliasil C18 100Å, 3µm, 4,6 x 150mm

    Reliasil™ HPLC columns are designed for high efficiency (high plate count) and general utility. The proprietary silica gel manufacturing process yields a Gaussian particle size distribution, narrow pore-size distribution, and strong resistance to high pH.
    R3FI-101
  • Orochem Technologies

    Reliasil C8 100Å, 3µm, 4,6 x 150mm

    Reliasil™ HPLC columns are designed for high efficiency (high plate count) and general utility. The proprietary silica gel manufacturing process yields a Gaussian particle size distribution, narrow pore-size distribution, and strong resistance to high pH.
    R3FI-102
  • Orochem Technologies

    Reliasil CN 100Å, 3µm, 4,6 x 150mm

    Reliasil™ HPLC columns are designed for high efficiency (high plate count) and general utility. The proprietary silica gel manufacturing process yields a Gaussian particle size distribution, narrow pore-size distribution, and strong resistance to high pH.
    R3FI-105
  • Orochem Technologies

    Reliasil ODS-1 100Å, 3µm, 4,6 x 150mm

    Reliasil™ HPLC columns are designed for high efficiency (high plate count) and general utility. The proprietary silica gel manufacturing process yields a Gaussian particle size distribution, narrow pore-size distribution, and strong resistance to high pH.
    R3FI-118
  • Orochem Technologies

    Reliasil Phenyl 100Å, 3µm, 4,6 x 150mm

    Reliasil™ HPLC columns are designed for high efficiency (high plate count) and general utility. The proprietary silica gel manufacturing process yields a Gaussian particle size distribution, narrow pore-size distribution, and strong resistance to high pH.
    R3FI-106
  • Orochem Technologies

    Reliasil SAX 100Å, 3µm, 4,6 x 150mm

    Reliasil™ HPLC columns are designed for high efficiency (high plate count) and general utility. The proprietary silica gel manufacturing process yields a Gaussian particle size distribution, narrow pore-size distribution, and strong resistance to high pH.
    R3FI-108
  • Orochem Technologies

    Reliasil SCX 100Å, 3µm, 4,6 x 150mm

    Reliasil™ HPLC columns are designed for high efficiency (high plate count) and general utility. The proprietary silica gel manufacturing process yields a Gaussian particle size distribution, narrow pore-size distribution, and strong resistance to high pH.
    R3FI-107
  • Orochem Technologies

    Reliasil Silica 100Å, 3µm, 4,6 x 150mm

    Reliasil™ HPLC columns are designed for high efficiency (high plate count) and general utility. The proprietary silica gel manufacturing process yields a Gaussian particle size distribution, narrow pore-size distribution, and strong resistance to high pH.
    R3FI-100
  • Orochem Technologies

    RubyPro Protein Crash Plate

    Protein crash & protein precipitate filter allow simple, rapid and high throughput sample preparation. The graded frit is optimized to efficiently remove precipitated protein without plugging or breakthrough. Protein precipitation can be done in-situ in the plate wells, minimizing sample handling. Protein precipitate is removed by filtration.
    OC21PPT20-1 | OC21PPT20-10 | OC21PPT20-25 | OC21PPT20-50 | OMNPPT20-1 | OMNPPT20-10 | OMNPPT20-25 | OMNPPT20-50