Products & Services

See also: Categories | Featured Products | Technical Articles | More Information
Page: 1

Conduct Research Top

  • ATP-dependent mechanics of red blood cells
    Red blood cells are amazingly deformable structures able to recover their initial shape even after large deformations as when passing through tight blood capillaries. The reason for this exceptional property is found in the composition of the membrane and the membrane-cytoskeleton interaction. We
  • Medical Device Link . Coatings for Blood-Contacting Devices
    constituent of the external membranes of cells that circulate in blood; it inhibits protein adsorption and platelet adhesion and activation, which are key events in surface-initiated thrombus formation. Experimental results from in vitro and in vivo studies indicate the potential benefits
  • Battery Pack for Portable Medical Blood & Fluid Warmer
    equipment weigh them down. Additional Case Studies. Reverse Engineered Membrane Switch Assembly. Mobile Device Manufactured to Operate in Harsh Environments. Battery Pack for Portable Medical Blood and Fluid Warmer. Rigid-Flex Medical Care Communication Handheld Device. Reverse Engineered & Redesigned
  • Choosing the Appropriate Membrane
    . * Filtration of corrosive solutions. 0.8um. * Removal of RBC from plasma. * Toxicity testing. 1.0um. * Serum prefiltration. * General microfiltration. 1.2um. * Particulate analysis. * Medical Assays. * Immobilizations. 2.0um. * Chemotaxis. * Red Blood Cells. * DNA. 5.0um. * NIOSH Analysis methods. * X-ray
  • Membrane Selection Guide by Application
    . Blood Analysis / Filtration. Plasmapheresis. PCTE or PETE. 0.6, 0.8um. Low h emolysis due to smooth membrane surface. Low non-specific binding of proteins. Red blood cell deformability. PCTE for RBC deformability. 4.7um. Thinness and capillary pores of membrane allow near in-vivo measurements
  • Membrane Selection Guide by Application
    for combined SEM/X-ray fluorescence analysis. Blood Analysis / Filtration. Plasmapheresis. PCTE or PETE. 0.6, 0.8um. Low h emolysis due to smooth membrane surface. Low non-specific binding of proteins. Red blood cell deformability. PCTE for RBC deformability. 4.7um. Thinness and capillary pores of membrane
  • Medical Device Link . Design Solutions Using Microporous Hydrophobic Membranes
    surface area in contact with the membrane, it will bead up and refuse to enter the pores. The greater the difference in surface tension, the more pronounced this repellent action will be. Low-surface-tension fluids--such as blood, urine, or multivitamin infusions--may require membranes with reduced
  • Medical Device Link . The role of membranes in molecular diagnostics Jason M. Alter
    blood cells so that such intracellular viruses can be submitted for further analysis. Membrane-Based DNA Assays There are a number of reasons for employing membranes in DNA-based, molecular assays. In addition to their familiarity and established performance record, membranes often offer qualities

More Information Top

Lock Indicates content that may require registration and/or purchase. Powered by IHS Goldfire